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Managing a project is a team effort that involves several key project roles and each has its own responsibilities so everything can progress as smoothly as possible. Before you begin that project, take a moment to understand the project management roles and their responsibilities so you can assemble an effective project team.
Now let’s review 15 critical project roles and their responsibilities in the project life cycle. Some of these project management roles are individual roles and others involve multiple participants.
While there might be a superior position, like executive sponsor, for most projects there’s a project sponsor sitting on top of the project roles pyramid. This is the person who’s deeply invested in the project and its success.
The project sponsor is in direct communication with the stakeholders which is the reason the project has been initiated. They tend to monitor the budget and hold the purse strings of the project. They also have the final say in making any project decisions, which include resources.
The project manager reports to the project sponsor and helps with the project charter , which is a statement of scope, objectives and people involved in the project.
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The project manager is the one who’s responsible for the project. They plan it, develop a schedule, assemble a project team and manage their workload throughout the project’s life cycle. Project managers are also responsible for managing risk and the budget.
The project manager is the one who drives the project forward, but they’re not working independently. They collaborate with multiple project roles and are also responsible for reporting on progress to the project sponsor and any stakeholders who also have a vested interest in the project.
The project manager is the point person for vendors and independent contractors, creating contracts and managing their services. You can think of the project manager as a bridge that connects the executives or clients to the project team working on the project deliverables.
A senior project manager is an experienced professional in the project management field. Senior project managers are usually employed by large organizations that have an extense project portfolio. Senior project managers oversee the planning and execution of programs and large-scale initiatives that require the cross-functional collaboration of several departments of an organization.
Senior project managers may work in many different industries such as construction, manufacturing, retail or technology-related fields. It’s important that they demonstrate specific knowledge of their industry and years of experience proving their capability to deliver successful projects of that kind.
Often there’s a go-between that helps facilitate the project manager’s job in terms of project operations. They’ll work with the project team and are especially helpful when there are remote teams working in different time zones on the same project. The project coordinator helps to keep the operations running smoothly for the project manager and the project team.
Project administrators support project managers, project coordinators and project analysts, so they’re usually employed by large organizations that have multiple project roles and a large project portfolio. Project administrators, as their name implies, are in charge of administrative tasks such as making reports, planning meetings and facilitating team collaboration activities.
Project analysts act as support to project managers, program managers and PMOs. They’re responsible for gathering and analyzing data for project management decision-making. Project analysts facilitate the work of other project management roles by creating reports and project documentation, analyzing databases, doing quantitative and qualitative research, among other similar activities.
Project directors lead project management teams and external parties such as contractors, sub-contractors and other individuals who participate in the execution of a project. In addition to this, they are the liaison between projects and key stakeholders in companies. Their scope is wider than project managers, as they can oversee multiple projects and are in charge of resource management decision-making. Project directors also oversee project managers and other project roles when it comes to areas such as quality management, performance reporting and budgeting.
A project management consultant is a project management professional that offers services to external organizations and works for finite time periods that are defined by a contractual agreement. Project management consultants might be part of project management consulting firms or might work as a freelancer.
If you need to hire a project management consultant to manage a project or establish project management best practices in your organization, gather as many consulting proposals as possible so you can compare their approaches and determine who’s the best fit for your team.
This project management role is similar to that of a project coordinator, project administrator or project assistant. Project officers are in charge of administrative tasks and organizational aspects of running a project, such as creating and managing project documentation, scheduling project meetings, managing relationships with vendors and contractors, supporting project team members, among other duties.
Similar to a senior project manager, a project executive is an experienced project management professional who leads the project management efforts of an organization. They usually work for project-based organizations that have a project management office (PMO). They make high-level decisions related to staffing, purchasing and strategic planning and are responsible for the success of projects, programs and other large-scale initiatives.
A creative project manager is a project manager who’s in charge of the planning, scheduling and tracking or creative projects in marketing and advertising. A creative project manager might be employed as an in-house project management expert to lead creative projects or can be part of a creative agency. Besides the traditional functions of a project manager, a creative project manager acts as the liaison between the creative team and the project stakeholders to deliver successful projects.
A c hange control board or change review board is a group of project management team members who are in charge of approving changes to the project plan. This board is critical for filtering change requests because otherwise team members or stakeholders could make changes to the project plan, which if left unnoticed, could greatly affect the project schedule or budget. The project roles that can be part of this change control board can vary from one project to another, depending on the size of the organization.
A steering committee is an advisory board that has governance over an organization or project. Steering committees are formed by a cross-functional team of executives. Steering committees oversee project management teams and ensure projects are aligned with their organization’s strategic goals and business objectives.
Sometimes an organization will have a segment devoted to developing a set of standards and policies to govern their project management and to make sure those standards and policies are being followed. This tends to occur only in larger organizations, which might not always apply.
However, if it does exist the project management office will decide on the processes used in a project and how to follow them. The PMO will also archive the project for historical data, collecting and analyzing its results. Project managers are supported by the PMO.
A project owner is a person within an organization who advocates for the initiation of a project and is held responsible for its success or failure. Project owners typically come up with the project vision, business case and help secure funding for the project from sponsors. Then, once the project gets approved, they work with project managers to make sure their vision guides the project planning and execution phases.
A project leader is a project management professional who excels at managing teams. The main responsibility of a project leader is to guide and support project team members to make sure they’re all working towards the same goal as they execute their tasks and produce deliverables.
This role is especially important in larger organizations where there are many employees from different departments working on projects and programs. While most of those employees have expertise in their respective fields, they’re typically not so well-versed in project management, which is where project leaders come into play.
A PMO director is an experienced project management professional who leads the efforts of a PMO office. The responsibilities of a PMO director include defining the project management best practices that will be followed by an organization, choosing project management methodologies and deciding how resources will be allocated across projects and programs.
These are the people who execute the tasks assigned to them by the project manager. There can be a team lead, who manages the team, who the team reports to and who in turn reports their progress to the project manager. In general, all team members are on equal footing.
The project team members have skills relevant to the project and can work with varying degrees of autonomy depending on the project management methodology that’s used in the project. They’re responsible for executing their tasks and updating their statuses to the project manager to track the overall project progress.
ProjectManager isn’t only one of the best project management software in the market, it’s a hub of project management templates , blogs, videos and guides. Here are a few free templates for anyone on the project management team.
While some members of the project management team are not involved in the process of creating a project plan, they’re all informed about it to some degree. This free project plan template is a great place to start creating a simple project plan anyone can understand.
The project budget is a key project management document that sets the limits for spending on a project. This free project budget template helps project managers create a project budget that can easily be shared with stakeholders and other project management roles.
Gantt chart templates are versatile tools that can be used by project managers, program managers, PMOs and team members. This free Gantt chart template for Excel is ideal for any of these project roles.
The project team needs project tools to help them work more effectively and track progress. ProjectManager is award-winning project management software that’s packed with features that help everyone working on the project.
Let’s start with the project sponsor. They’re interested in how the project is progressing against where it should be in the project plan. When team members update their statuses on ProjectManager, that data instantly reflects throughout the software. Project sponsors aren’t interested in the nitty-gritty, so a real-time dashboard gives them a bird’s-eye view of the project’s progress as it’s happening.
When it comes to planning and scheduling the project, project managers will find the online Gantt chart tool especially helpful. Task lists on spreadsheets are easy to upload and can open up in ProjectManager as a new project. Then just add the task duration and it populates a timeline. From here, the project manager can make milestones, assign team members tasks and even attach relevant documents and images for direction.
Of course, project managers need more than just tools to monitor the project. They need to reallocate resources to keep things moving smoothly. ProjectManager has tools to manage tasks and resources to see if team members have enough work. Reallocate their workload from the workload page.
ProjectManager offers a wealth of resources for all roles in project management. We have hundreds of tutorial videos and blog posts that cover all aspects of project management.
ProjectManager has tools for every project role. Online software means ProjectManager is reflecting the actual project as it’s happening, so better decisions can be made. No matter what your project role is, there are features that can help you do your job better. See for yourself by taking this free 30-day trial today.
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CRediT (Contributor Roles Taxonomy) was introduced with the intention of recognizing individual author contributions, reducing authorship disputes and facilitating collaboration. The idea came about following a 2012 collaborative workshop led by Harvard University and the Wellcome Trust, with input from researchers, the International Committee of Medical Journal Editors (ICMJE) and publishers, including Elsevier, represented by Cell Press.
CRediT offers authors the opportunity to share an accurate and detailed description of their diverse contributions to the published work.
The corresponding author is responsible for ensuring that the descriptions are accurate and agreed by all authors
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Authors may have contributed in multiple roles
CRediT in no way changes the journal’s criteria to qualify for authorship
CRediT statements should be provided during the submission process and will appear above the acknowledgment section of the published paper as shown further below.
Term | Definition |
---|---|
Conceptualization | Ideas; formulation or evolution of overarching research goals and aims |
Methodology | Development or design of methodology; creation of models |
Software | Programming, software development; designing computer programs; implementation of the computer code and supporting algorithms; testing of existing code components |
Validation | Verification, whether as a part of the activity or separate, of the overall replication/ reproducibility of results/experiments and other research outputs |
Formal analysis | Application of statistical, mathematical, computational, or other formal techniques to analyze or synthesize study data |
Investigation | Conducting a research and investigation process, specifically performing the experiments, or data/evidence collection |
Resources | Provision of study materials, reagents, materials, patients, laboratory samples, animals, instrumentation, computing resources, or other analysis tools |
Data Curation | Management activities to annotate (produce metadata), scrub data and maintain research data (including software code, where it is necessary for interpreting the data itself) for initial use and later reuse |
Writing - Original Draft | Preparation, creation and/or presentation of the published work, specifically writing the initial draft (including substantive translation) |
Writing - Review & Editing | Preparation, creation and/or presentation of the published work by those from the original research group, specifically critical review, commentary or revision – including pre-or postpublication stages |
Visualization | Preparation, creation and/or presentation of the published work, specifically visualization/ data presentation |
Supervision | Oversight and leadership responsibility for the research activity planning and execution, including mentorship external to the core team |
Project administration | Management and coordination responsibility for the research activity planning and execution |
Funding acquisition | Acquisition of the financial support for the project leading to this publication |
*Reproduced from Brand et al. (2015), Learned Publishing 28(2), with permission of the authors.
Zhang San: Conceptualization, Methodology, Software Priya Singh. : Data curation, Writing- Original draft preparation. Wang Wu : Visualization, Investigation. Jan Jansen : Supervision. : Ajay Kumar : Software, Validation.: Sun Qi: Writing- Reviewing and Editing,
Read more about CRediT here opens in new tab/window or check out this article from Authors' Updat e: CRediT where credit's due .
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Annette boaz.
1 Faculty of Health, Social Care and Education, a partnership between Kingston University and St George’s, University of London, London, United Kingdom
2 Health Economics Research Group, Brunel University London, Uxbridge, United Kingdom
3 Erasmus School of Health Policy & Management, Rotterdam, The Netherlands
Maarten kok.
4 VU University Amsterdam, Amsterdam, The Netherlands
Closing the gap between research production and research use is a key challenge for the health research system. Stakeholder engagement is being increasingly promoted across the board by health research funding organisations, and indeed by many researchers themselves, as an important pathway to achieving impact. This opinion piece draws on a study of stakeholder engagement in research and a systematic literature search conducted as part of the study.
This paper provides a short conceptualisation of stakeholder engagement, followed by ‘design principles’ that we put forward based on a combination of existing literature and new empirical insights from our recently completed longitudinal study of stakeholder engagement. The design principles for stakeholder engagement are organised into three groups, namely organisational, values and practices. The organisational principles are to clarify the objectives of stakeholder engagement; embed stakeholder engagement in a framework or model of research use; identify the necessary resources for stakeholder engagement; put in place plans for organisational learning and rewarding of effective stakeholder engagement; and to recognise that some stakeholders have the potential to play a key role. The principles relating to values are to foster shared commitment to the values and objectives of stakeholder engagement in the project team; share understanding that stakeholder engagement is often about more than individuals; encourage individual stakeholders and their organisations to value engagement; recognise potential tension between productivity and inclusion; and to generate a shared commitment to sustained and continuous stakeholder engagement. Finally, in terms of practices, the principles suggest that it is important to plan stakeholder engagement activity as part of the research programme of work; build flexibility within the research process to accommodate engagement and the outcomes of engagement; consider how input from stakeholders can be gathered systematically to meet objectives; consider how input from stakeholders can be collated, analysed and used; and to recognise that identification and involvement of stakeholders is an iterative and ongoing process.
It is anticipated that the principles will be useful in planning stakeholder engagement activity within research programmes and in monitoring and evaluating stakeholder engagement. A next step will be to address the remaining gap in the stakeholder engagement literature concerned with how we assess the impact of stakeholder engagement on research use.
Electronic supplementary material
The online version of this article (10.1186/s12961-018-0337-6) contains supplementary material, which is available to authorized users.
Closing the gap between research production and research use is a key challenge for the health research system. Stakeholder engagement is being increasingly promoted across the board by health research funding organisations, and indeed by many researchers themselves, as an important pathway to achieving impact [ 1 ]. The literature is diverse, with a rapidly expanding but still relatively small number of papers specifically referring to ‘stakeholder engagement’, and a larger number of publications discussing issues that at least partly overlap with stakeholder engagement. Several of the papers explicitly analysing stakeholder engagement come from the field of environmental research (e.g. Jolibert and Wesselink [ 2 ], Phillipson et al. [ 3 ]). However, stakeholder engagement is also gaining traction in the health field. A recent supplement in this journal consolidated learning relating to tools and approaches to stakeholder engagement within the United Kingdom Department for International Development’s Future Health Systems research consortium [ 4 ]. In particular, in health, there is an important stream of analysis from North America. A review for the United States Agency for Healthcare Research and Quality drew on papers from a range of fields [ 5 ].
This opinion piece provides a short conceptualisation of stakeholder engagement, followed by ‘design principles’ that we put forward based on a combination of existing literature and new empirical insights from our recently completed longitudinal study of stakeholder engagement in research. We have drawn on a systematic literature search conducted to inform the wider study and in particular to conceptualise stakeholder engagement (Additional file 1 ).
Conceptualising stakeholder engagement: what does the literature say.
Stakeholders have been defined as “ individuals, organizations or communities that have a direct interest in the process and outcomes of a project, research or policy endeavor ” ([ 6 ], p. 5). In seeking to conceptualise stakeholders, Concannon et al. [ 7 ] developed the 7Ps Framework to identify stakeholders in Patient-Centered Outcomes Research and Comparative Effectiveness Research in the United States of America. The 7Ps are patients and the public, providers, purchasers, payers, public policy-makers and policy advocates working in the non-governmental sector, product makers, and principal investigators. The seven categories signal an overlap with the large literature on patient and public involvement (PPI) in research. However, our focus here is on multi-stakeholder engagement, where diverse groups of stakeholders take part in the research process. Deverka et al. [ 6 ] define engagement as “ an iterative process of actively soliciting the knowledge, experience, judgment and values of individuals selected to represent a broad range of direct interest in a particular issue, for the dual purposes of: creating a shared understanding; making relevant, transparent and effective decisions ” ([ 6 ], p. 5).
There are additional issues about the definition of stakeholder engagement when the nature of the engagement activities is considered. For example, there are issues about how far co-creation/participatory action research approaches can be considered to be stakeholder engagement or something so far beyond the usual stakeholder engagement that they are really in a different category [ 8 ]. Similarly, there is a large and currently distinct literature on PPI in research [ 9 ], including the development of reporting guidelines such as GRIPP2 [ 10 ]. There are a number of parallels in the issues discussed in these literatures as well as some interesting differences (particularly in terms of power inequalities). However, herein, we conceptualise PPI as a subset of stakeholder engagement in-line with most of the literature, including Concannon et al. [ 7 ].
Most of the stakeholder engagement literature highlights the broad range of activities in which stakeholders can engage depending on their own skills and attributes and the capacity and wishes of the researchers conducting specific studies. At the broadest level of a research system, or research funding body, Lomas [ 11 ] claimed there were many activities in which stakeholders could be engaged in a ‘linkage and exchange’ approach for health services research. These were setting priorities, funding programmes, assessing applications, conducting research and communicating findings. The importance of engaging a wide range of stakeholders in priority-setting has often been emphasised. The pioneering study by Kogan and Henkel [ 12 ] analysed both the importance of engaging policy-makers in setting research agendas to meet their needs, and the obstacles to making the process work well. These obstacles included issues around how far the assessment of needs-based research should focus on the relevance and practical impact of the research as well as its scientific merit. Many of the more recent studies explicitly examining stakeholder engagement also set out a range of activities in which stakeholders may be involved. These are often related to phases of the research processes. Concannon et al. [ 7 ] provide a list of roles related to stages and used the identified roles in a subsequent review [ 13 ].
Knowledge translation (KT) is one of many terms used to describe efforts to ensure research evidence is used to inform decision-making [ 14 ]. Although the importance of engaging stakeholders in KT is recognised, it has been acknowledged that stakeholder engagement is often overlooked in favour of more conventional dissemination strategies [ 15 ]. Integrated KT has been developed as an approach to collaborative research in which researchers work with stakeholders who identify a problem and have the influence and sometimes authority to implement the knowledge generated through research [ 16 , 17 ]. Grimshaw et al. [ 14 ] argue that different groups of stakeholders are likely to be engaged depending on the type of research that is being translated.
A final consideration about the nature of the body of literature specifically on stakeholder engagement is that not only is it still quite limited in total, but there are also notable areas where authors claim it is particularly sparse. In particular, Hinchcliff et al. [ 18 ] examined the literature on multi-stakeholder health services research collaborations in an attempt to address the question of whether it was worth investing in them. They identified very few studies (Harvey et al’s. [ 19 ] 2011 evaluation of a Collaboration for Leadership in Applied Health Research and Care being one exception) and concluded that their generalisability was questionable. They therefore suggested that “ The lack of reliable evidence compels implementers to rely largely on trial and error, risking variable success ” ([ 18 ], p. 124).
The nature of engagement activity is less contentious than the arguments about its potential impact. Research impacts on non-academic audiences are defined by the United Kingdom Higher Education Funding Council as: “ benefits to one or more areas of the economy, society, culture, public policy and services, health, production, environment, international development or quality of life, whether locally, regionally, nationally or internationally ” [ 20 ]. Various studies have attempted to assess a range of impacts of research (especially health research) and/or attempted to identify facilitators and barriers of research use in policy-making. There are also a growing number of reviews of such studies [ 21 – 27 ]. While these are not explicitly studies of stakeholder engagement, many of them have identified some form of collaboration between researchers and users as one of the factors most likely to lead to the research making an impact. However, this wider range of literature does not go into detail in terms of analysing the nature of the processes of stakeholder engagement that leads to impact.
Studies specifically focusing on the impact of stakeholder engagement are less common, although it is a growing area of interest [ 28 , 29 ]. Jolibert and Wesselink [ 2 ] found a few examples of impact, but suggested ways to increase impact through what they describe as sustained interactions. Concannon et al. concluded that approximately 20% of their study participants “ reported that stakeholder engagement improved the relevance of research, increased stakeholder trust... enhanced mutual learning by stakeholders, and researchers about each other, or improved research adoption ” ([ 13 ], p. 1697), whereas 6% reported improved transparency and 9% increased understanding of research processes. Also, while Forsythe et al. referred to a lack of evidence about impact, they also observed that “ Commonly reported contributions included changes to project methods, outcomes or goals; improvement of measurement tools; and interpretation of qualitative data ” ([ 30 ], p. 13). In the United States, the Center for Medical Technology Policy website makes a strong statement about the impact of stakeholder engagement: “ Including the perspectives of all key stakeholders has powerful benefits, enhancing both the short- and long-term relevance of clinical research efforts ” [ 31 ].
Given the diversity of stakeholder engagement and the thin evidence base for its impact, our study set out to identify a set of indicators that might be used to identify stakeholder engagement with potential for impact. We identified a study called the European study on Quantifying Utility of Investment in Protection from Tobacco (EQUIPT) and then conducted our own study, Stakeholder Engagement in EQUIPT (SEE-Impact) as a prospective study of stakeholder engagement running alongside. EQUIPT, a major European Commission (EC) – funded project, aimed to achieve impact through extensive stakeholder engagement. Both studies are briefly described in Box 1.
The results of the EQUIPT study have now been published [ 32 , 33 ] and a full account of the main methods from SEE-Impact have been submitted for publication. Papers on the full findings are being finalised. Herein, our aim is to address the statement in our original funding proposal in 2013 that it should be possible to identify aspects of the stakeholder engagement (and perhaps other features of the processes) that might be viewed as intermediate indicators of the eventual impact achieved.
Our analysis of the complex and nuanced process of stakeholder engagement has resulted not in a list of indicators, but in a set of design principles. We hope that these design principles will help to inform the future development of stakeholder engagement as a mechanism for promoting research impact. These principles, rooted in both the existing literature and in the findings from our prospective study of stakeholder engagement, are intended to inform the planning and delivery of stakeholder engagement activities. It is anticipated that they will also provide a structure for building a narrative account of stakeholder engagement as part of an evaluation of an individual project or programme. They might also provide a starting point for the development of future indicators.
The project team (comprising members of the SEE-Impact research team and collaborators from EQUIPT) met for a 2 day analysis workshop. One aim of the workshop was to begin to build a consensus among the team on what seemed to be the key design principles emerging from the SEE-Impact data and the on-going literature review. SEE-Impact data included observational data, interviews and document analysis. The research team continued to develop the principles through an ongoing period of deliberation, informed by the impact study and the literature. As part of this process, the principles were categorised into three groups, namely organisational, values and practices.
In this section, we first present empirical evidence from the SEE-Impact study that informed our development of the design principles. We then briefly summarise published evidence for each group of design principles in order to situate them in the wider literature.
The stakeholder engagement study (SEE-Impact) and the project being studied (EQUIPT) are described in Box 1. In terms of the organisational level principles, the EQUIPT project objectives for stakeholder engagement were clear, as set out in the proposal, protocol and project documents [ 34 ]. The key aims of stakeholder engagement activity were to access the knowledge and skills (described in the protocol as co-creation innovation in the working space) and to increase influence and impact (described in the protocol as dissemination innovation in the transfer space through stakeholder engagement).
In terms of values, the commitment to stakeholder engagement was more clearly demonstrated by some of the EQUIPT project team members than others. For some team members, previous successful experience of an interactive form of working with stakeholders had built a commitment to this particular way of working. It also provided experience of practical elements of working with stakeholders, but perhaps most importantly lived experience of the practical benefits of engagement. For other members of the team, too, working with stakeholders fitted closely with their ethos and values. For example, the Hungarian team talked about their pragmatic approach to research and the need to conduct useful and usable research, with stakeholder engagement being a key component. However, a small group within the wider project team did not seem committed to ensuring stakeholder engagement remained a core element of the project. They favoured a particular, individualised approach to stakeholders and, over time, partially reshaped the stakeholder engagement activities to something more akin to research participation (that is, taking part in a research study as a means of generating specific data as determined by researchers, rather than as co-producers of research). Finally, not all stakeholders identified by the project team were interested in engaging with the project. In particular, the lack of policy priority given to smoking cessation (the focus of the return on investment (ROI) tool) made engagement of policy stakeholders in the Netherlands very difficult to achieve.
In terms of practices, while the EQUIPT project protocol did set out how the stakeholder engagement would operate [ 34 ], there was not as much flexibility as the investigators would have liked in terms of the project plan and this had an impact on the nature of the stakeholder engagement activities. In particular, time intensive methods of engagement originally proposed in the protocol (particularly the large number of face-to-face meetings) began to look unrealistic to members of the team. The lack of flexibility came in part from the funder. The EC told the project team at an early point that there was no scope for negotiation around the project end date. Thus, initial delays in the project put a strain on the project timetable and deliverables. Members of the team proposed a shift from face-to-face meetings with stakeholders to Skype meetings in an effort to ‘catch up’. The technical team producing the new version of the ROI tool for roll out in Europe added to a sense of urgency in ‘speeding up’ the stakeholder engagement work with their need for data to feed into their work. Nevertheless, despite the practical difficulties, in EQUIPT, a significant amount of consideration had been given to stakeholder engagement, including planning how the input provided by stakeholders might be gathered, collated, analysed and used. Vokó et al. highlight that it is important to “ fully analyse several aspects of stakeholder engagement in research ” ([ 32 ], p. 15) and note that there is a tendency to ignore the value of early stakeholder engagement when it comes to development and transferability in the work of economic evaluation. EQUIPT’s careful consideration and the methods adopted facilitated a much more rigorous approach to stakeholder engagement than is often experienced.
The design principles for stakeholder engagement are organised into three groups, namely organisational, values and practices, albeit with some inevitable overlaps. We look at each category in turn, alongside a consideration of some of the relevant literature.
Organisational
It is desirable to have a conceptual framework that situates stakeholder engagement as part of a plan for promoting research use in practice. Deverka et al. [ 6 ] proposed an ‘analytic-deliberative’ conceptual model for stakeholder engagement which “ illustrates the inputs, methods and outputs relevant to CER [comparative effectiveness research]. The model differentiates methods at each stage of the project; depicts the relationship between components; and identifies outcome measures for evaluation of the process ” ([ 6 ], p. 1). Furthermore, having a clear evaluation plan is considered critical. Concannon et al. recommended conducting “ evaluative research on the impact of stakeholder engagement on the relevance, transparency and adoption of research ” ([ 13 ], p. 1698). Esmail et al. argue that evaluations of stakeholder engagement should be “ designed a priori as an embedded component of the research process ” ([ 35 ], p. 142). They suggest that, where possible, evaluations should use predefined, validated tools. Jolibert and Wesselink [ 2 ] point out that linking stakeholders’ contributions with specific research objectives is important in order to establish when and how to engage and with whom. They argue that, at the recruitment stage, stakeholders should be made aware of, for example, their role/s, what they could contribute, costs in terms of time and effort, and benefits. Concannon et al. also conclude that funding is needed “ to account for the costs of implementing meaningful engagement activities ” ([ 7 ], p. 989).
In a Canadian study looking at stakeholder involvement in KT as a means of leading to more evidence-informed healthcare, Holmes et al. [ 36 ] identify a range of complexities which, they argue, need to be taken into account by funding schemes in order to meet funders’ and stakeholders’ expected ROI. Stakeholder involvement in research and implementing its findings is complex and time consuming, and the authors recommend an advocacy role where funders support a range of activities to address barriers to effective KT. These include carrying out an assessment of stakeholders’ KT needs “ to identify gaps and opportunities and avoid duplication of efforts ” ([ 36 ], p. 6). Kramer et al. [ 37 ] looked at the involvement of intermediary organisations as research partners on three interventions across four sectors, namely manufacturing, transportation, service and electrical utilities sectors. The authors describe the difficulties, benefits and challenges from the perspectives of both researchers and research partners and stress the importance of allowing the design of the protocol to be collaborative and flexible. Researchers need to honour, trust and respect their partners’ knowledge and expertise, and take into account their needs and priorities. Failure to meet these criteria will significantly dampen stakeholders’ enthusiasm. They also point out the importance of having a model of collaborative research with clear guidelines of how to conduct partnership research projects in order to further facilitate the use of research by practitioners. There would be an invested interest in “ the research question, design and findings, and this would prove to be very valuable as a knowledge transfer strategy ” ([ 37 ], p. 330).
The main literature on stakeholder analysis of policy-making is also useful for highlighting that some stakeholders have more potential to play a key role in the policy deliberations than others. For example, as part of their review of stakeholder analysis of health policy-making, Brugha and Varvasovszky [ 38 ] described an example in which the Hungarian Ministries of Finance and Industry were non-mobilised, high-influence, low-interest stakeholders in debates about public health interventions, but might, in some circumstances, become mobilised high-interest actors.
6) Foster shared commitment to the values and objectives of stakeholder engagement in the project team
7) Share understanding that stakeholder engagement is often about more than individuals
8) Encourage individual stakeholders and their organisations to value engagement
9) Recognise potential tension between productivity and inclusion
10) Generate a shared commitment to sustained and continuous stakeholder engagement
Concannon et al. [ 7 ] stress that researchers and stakeholders should be committed to the processes from the outset. Hinchcliff et al. [ 18 ] argue that it is important to define expectations and roles and provide time. Hering et al.’s [ 39 ] global study of water science and technology used stakeholder involvement in the objectives and approaches of the research for the co-production of knowledge as part of transdisciplinary research. Key aspects of particular value to the research included early identification and involvement of stakeholders, continuous engagement with stakeholders, and availability to stakeholders of supporting materials and in multiple languages. Mallery et al. recommend continuing to build trust with stakeholders “ throughout the engagement process ” ([ 5 ], p. 27).
11) Plan stakeholder engagement activity as part of the research programme of work
12) Build flexibility within the research process to accommodate engagement and the outcomes of engagement
13) Consider how input from stakeholders can be gathered systematically to meet objectives
14) Consider how input from stakeholders can be collated, analysed and used
Forsythe et al. [ 30 ] highlight the importance of careful and strategic selection of stakeholders. As part of evidence and experience-based guidance to researchers and practice personnel about forming and carrying out effective research partnerships, Ovretveit et al. [ 40 ] developed a guide to categorise and describe types of partnerships or approaches to collaborative working. The guide sets out a framework for the roles and tasks, and the allocation of responsibilities for each partner involved. Roles and tasks are assigned to three main categories, namely questions, design and data, reporting and dissemination, and implementation and integration into organisation or policy. Concannon et al. [ 13 ] suggest the need to develop (and validate) stakeholder engagement tools to support engagement work. Forsythe et al. also stress the importance of “ establishing ‘parameters and expectations for roles’, giving stakeholders guidance, and allowing time for stakeholders to ‘get comfortable with their roles’ as important tasks ” ([ 30 ], p. 19).
The review of methods of stakeholder engagement conducted by Mallery et al. [ 5 ] identified a range of innovative methods and stressed the potential for engaging stakeholders at different points in the research process. The five methods highlighted for consideration were online collaborative forums, product development challenge contests, online communities, grassroots community organising and collaborative research. Jolibert and Wesselink [ 2 ] explored levels and types of stakeholder engagement in 38 EC-funded biodiversity research projects and the impacts of collaborative research on policy, society and science. They looked at how and when stakeholders were involved and the roles played, and argue that greater engagement throughout the whole of the research process, rather than, for example, at the dissemination stage, tends to lead to improved assessment of environmental change and effective policy proposals. Jolibert and Wesselink suggest, following Huberman’s [ 41 ] work in education, that it is desirable to have ‘sustained interactivity’ between researchers and users. Concannon et al. suggest that “ General principles can be drawn from community-based participatory research, which underscores that engagement is a relationship-building process ” ([ 7 ], p. 988). They found that, if bi-directional relationships are sustained over time, stakeholders can serve as ambassadors for high-integrity evidence even where the findings are contrary to generally accepted beliefs. Hinchcliff et al. point to the importance of “ building respect and trust through ongoing interaction ” ([ 18 ], p. 125). Forsythe et al. flag up the importance of continuous involvement and using in-person contact to build relationships [ 30 ]. They also stress the value in having a flexible approach that can adapt to the practical needs of stakeholders. A recent supplement of this journal edited by Paina et al. [ 4 ] also highlighted the importance of flexibility in making space for stakeholder engagement in research processes.
Based on the literature and the application of initial principles to our study, we have developed the elaborated design principles presented in Box 2.
There is a growing interest in stakeholder engagement as a potentially promising approach to promoting research impact. There is also a developing literature mapping out who potential stakeholders might be (the ‘who’), considering approaches to stakeholder engagement (the ‘how’) and identifying rationales for stakeholder engagement (the ‘why’). In this paper, evidence from the literature around these dimensions has been combined with the findings from our study of stakeholder engagement in an EC-funded project to develop a set of design principles to inform future stakeholder engagement in research. The design principles encompass organisational factors, values and practices. We hope that the principles will be useful in planning stakeholder engagement activity within research programmes and in monitoring and evaluating stakeholder engagement. Active engagement of stakeholders may well shift our understanding of what research use looks like [ 39 ]. A next step will be to address the remaining gap in the stakeholder engagement literature concerned with how we assess the impact of stakeholder engagement on research use.
EQUIPT: the European-study on Quantifying Utility of Investment in Protection from Tobacco
The EQUIPT study set out to work with stakeholders to develop a tool to help government officials, policy-makers and healthcare providers across Europe examine the cost effectiveness and impact of anti-smoking initiatives. The tool was developed as part of a €2 million European Commission grant. An earlier version had already been piloted with local authorities around the United Kingdom, with users able to draw on specific circumstances, statistics and data to predict the impact of tobacco control in their particular regions. The successful stakeholder engagement in the United Kingdom work encouraged the research team to fully integrate stakeholder engagement into the European study. In this study, the following stakeholders were identified: National and European stakeholders consisting of policy-makers, academics, health authorities, insurance companies, advocacy groups, ministries of finance, national committees, clinicians and health technology assessment (HTA) professionals, and experts on smoking cessation and HTA. Ninety three stakeholders took part. They were engaged in a variety of ways, including through one-to-one interviews, Skype meetings and events. Much of the engagement activity focused on the development of the return of investment tool for application in different countries.
SEE-Impact: Stakeholder Engagement in EQUIPT for Impact
SEE-IMPACT was a 3-year prospective study awarded £157,000 from the United Kingdom’s Medical Research Council funding as part of their joint Methodology Programme with the National Institute for Health Research, earmarked to boost understanding of the impact of health-related studies on society and the economy. The study compared and contrasted the way the EQUIPT decision support tool was taken up in a further four European countries – Germany, Hungary, the Netherlands and Spain. The SEE-Impact study focused in particular on the ways in which stakeholders were engaged throughout the EQUIPT study. The study used a range of methods including interviews, surveys, observations and reviews of documents to develop a detailed understanding of how stakeholder engagement might work as a mechanism for promoting impact. An initial literature review on stakeholder engagement was used to distil a set of propositions for testing. Further details about the project can be found on the website of the MRC (now under United Kingdom Research and Innovation).
1) Clarify the objectives of stakeholder engagement
The objectives might be one or more of accessing knowledge and skills; supporting interpretation of the results and drafting recommendations; supporting future influence and impact on policy and practice; increasing recruitment/enabling research; supporting transferability. The objectives need to be shared then among all parties.
2) Embed stakeholder engagement in a framework or model of research use
There are a number of models and frameworks designed to show how stakeholders might be engaged in a way that helps increase the chances of research being used in policy and practice, for example, the linkage and exchange model [ 9 ]
3) Identify the necessary resources for stakeholder engagement
Resources to consider are budget, time, skills and competences to manage engagement
4) Put in place plans for organisational learning and rewarding of effective stakeholder engagement, for example, through appropriate evaluation of stakeholder engagement
5) Recognise that some stakeholders have the potential to play a key role
Identify those stakeholders who are particularly interested in being engaged and those who are likely to be influential. Depending on the objective of stakeholder engagement, they may provide the most useful input, and are most likely to play a key role in using the results; their engagement should be especially encouraged
Ideally, make sure the commitment is there from the outset [ 6 ]
Consideration needs to be given to stakeholders’ roles where they act as representatives – their power and influence within organisations and networks they represent and how these change over time
Support and build capacity for stakeholders and their organisations to engage
Engagement may lead to greater relevance and impact, but may have implications for productivity in meeting project objectives (for example, in a timely fashion). Engaging stakeholders, taking into account their needs and inputs and adjusting elements of the research project based on their feedback takes time and can slow down the research process
Project teams and stakeholders see the value of links between research producers and research users to build ongoing collaborations in order to meet the objectives
This should be built into the project protocol or plan (see Pokhrel et al. [ 34 ])
It will also be important to build in mechanisms to allow researchers to have the independence to articulate what is out of scope
The importance of some face-to-face contact and interactions should be considered
This important aspect of stakeholder engagement needs to be considered earlier than often happens
15) Recognising identification and involvement of stakeholders is an iterative and ongoing process
Ongoing interaction will be fostered by taking the time and creating the structures to build trustful relationships ([ 6 , 12 ])
SEE-Impact study literature search. (DOCX 17 kb)
The authors would like to acknowledge the contribution of the EQUIPT team, in particular, the Principal Investigator Subhash Pokhrel.
The SEE-Impact study (Stakeholder Engagement in EQUIPT for Impact), received funding from the United Kingdom Medical Research Council to explore the engagement of stakeholders in the EQUIPT project.
The funding body had no role in the design of the study and collection, analysis, and interpretation of data and in writing the manuscript.
EC | European Commission |
EQUIPT | European-study on Quantifying Utility of Investment in Protection from Tobacco |
KT | Knowledge translation |
PPI | Patient and public involvement |
ROI | Return on investment |
SEE-Impact | Stakeholder Engagement in EQUIPT for Impact |
AB and SH conceived of the study. All authors contributed to the design, data collection and analysis. An initial draft of the paper was produced by AB, with all authors contributing significantly to its development and revision. The final version has been approved by all authors.
Ethical approval for the study entitled ‘Stakeholder Engagement in EQUIPT for Impact (SEE-IMPACT)’ was gained from the Research Ethics Committee, the Faculty of Health, Social Care and Education, St George’s University of London and Kingston University, on 18th March 2014.
Not applicable.
The authors declare that they have no competing interests.
Springer Nature remains neutral with regard to jurisdictional claims in published maps and institutional affiliations.
Annette Boaz, Email: [email protected] .
Stephen Hanney, Email: [email protected] .
Robert Borst, Email: ln.rue.mphse@tsrob .
Alison O’Shea, Email: [email protected] .
Maarten Kok, Email: [email protected] .
To innovate at scale and outperform competitors in the digital age, companies need to be tech forward . That means embedding tech into their business strategy and operating model. For most organizations, that requires a digital-ready IT function—one that is fast, adaptable, focused on the end user, and able to deliver business value.
As any CIO or tech leader can tell you, however, transforming IT and modernizing a business’s technology estate is a significant challenge. Making matters worse, many CEOs and board members still cast a jaundiced eye on large tech projects, which have traditionally run over budget and delivered below expectations. Unfortunately, this mindset undermines the support CIOs need to successfully drive their tech transformations.
To understand how CEOs and board members can better support their tech leaders, we spoke with about 120 senior tech leaders and 30 senior business executives over the past 18 months. 1 We spoke with 147 senior executives across 11 sectors in German-speaking countries. Eighty-one percent were senior tech leaders (CIOs, CTOs, senior tech leaders), 15 percent were CEOs or other senior business leaders, and 4 percent were chief digital officers. These detailed interviews provided a range of insights, but these five, in particular, highlight the best measures CEOs and boards can take to provide CIOs with the support they need:
Understand tech implications (so that complexities don’t block business priorities), build up technical literacy (to maintain commitment to the transformation).
These should not surprise any business leader. The issue, however, is that for all the agreement on these priorities, boards and CEOs too often don’t deliver on them. Based on these conversations and our own experience, we estimate that in more than three-quarters of organizations, CEOs and boards struggle to provide the required long-term mandate and support, to align on a vision and priorities, and to be clear about the complexities of technology and the tech implications of business decisions. Furthermore, more than 50 percent grapple with both poor tech literacy and making the business a magnet for top talent. CIOs themselves also have an important role to play in addressing these issues.
Few executives would debate the importance of modernizing IT as part of a successful digital transformation. The problem, however, is that CEOs and boards often view IT as a cost center and waver in their support for both the size of investment and the duration of work needed to modernize it.
To change this mindset, IT leaders need to help CEOs and board members understand how tech inhibits or drives value. Some CIOs have found it useful to price the cost of technical debt and compare it with how much fundamental business value an investment in cloud might drive. More than 75 percent of the $1 trillion of value at stake in the cloud , for example, is in accelerated product development and growth from new and enhanced use cases.
Some CIOs have succeeded in building support for a tech transformation by beginning it with a “cleanup” phase that removes IT pain points in the business. Johnson & Johnson took this approach by focusing on improving the experience of the 140,000 employees engaging with the company’s technology. Employee-satisfaction scores increased (in some cases, by more than 50 points on key products), costs to business for project delivery dropped through a 20 percent reduction in the need for “coordination” resources, and speed of product delivery increased 20 percent.
To ensure support for the long term, CIOs need to articulate not only how IT generates value but also what the timelines are for doing so. Efficiency gains can happen within months, but the big payoffs often take two or more years. A recent McKinsey study with nearly 700 technology leaders showed that leading organizations are deliberate in grounding each initiative in an explicit P&L result and building in specific metrics to track progress against business outcomes. Unless CIOs can consistently show progress against such meaningful key performance indicators (KPIs) as the number of requests successfully handled automatically, percentage growth of basket size, or reduction in processing times, they should expect board support to lag.
A common mistake is splitting required long-term IT transformations into small projects as an antidote to the traditional process of multiyear projects. The problem is that smaller projects often devolve into a set of uncoordinated and unrelated initiatives that lack the critical mass to deliver real impact. Boards and CEOs can help address this issue by challenging CIOs to clarify how initiatives fit into the broader transformation road map, to report on actual business outcomes rather than technology progress (and ensuring that CIOs reprioritize and reallocate resources accordingly), and to make business leaders co-responsible for their domains or platforms.
Align on priorities (to keep it from ‘serving many masters’).
Without clear alignment on strategic priorities, IT is often put into the position of “serving many masters” as different parts of the organization make different demands for IT support. Exacerbating the issue is that functions tend to create business cases that are overly optimistic in terms of cost and payoff, and internal battles erupt to secure IT funding.
As a result, the CIO has to dissipate resources across many often-unconnected initiatives, which makes it virtually impossible to invest in the larger, cross-functional efforts that enable state-of-the-art platforms and architectures, reduce tech debt, and benefit the organization overall. Furthermore, this misalignment means there is often no mechanism to reprioritize initiatives and make difficult but important trade-off decisions.
Boards and CEOs can help mitigate this issue in a number of ways. First, they need to explicitly align on the strategic goals for the business. For example, do they want to grow new digital businesses, develop new revenue streams, and extend their customer base, or is the overall goal to increase selling, general, and administrative (SG&A) efficiency? With this alignment in place, the CIO can prioritize the right initiatives and help the board make important trade-off decisions between creating value and lowering costs.
Second, they can demand that reprioritization decisions are based on outcomes that the business has agreed on before an initiative begins. This helps make it clear which initiatives are working and which ones aren’t and simplifies the process of reallocating resources.
McKinsey research shows that people and talent strategies are among the highest-value moves a business can make, yet talent strategy ranks toward the bottom of initiatives companies pursue. Boards and CEOs need to reverse that by moving beyond hiring initiatives toward a comprehensive view of how to attract and keep talent.
Successful technology leaders today have a deep understanding of both business and technology. They combine a range of skills, from strong communication to change management to people leadership. For more on the evolving role of the CIO, read “ The CIO challenge: Modern business needs a new kind of tech leader ” and “ The CIO agenda for the next 12 months: Six make-or-break priorities .”
That starts with elevating the role of tech in the business. Having the CIO report directly to the CEO or even bringing the CIO onto the board sends a strong signal about tech’s importance (see sidebar, “Profile of successful tech leaders”). Some 57 percent of top-performing IT organizations say their senior leaders are very involved in strategic planning, versus just 17 percent in the bottom quartile. Allianz, for example, appointed the former CEO of Allianz Technology SE, Barbara Karuth-Zelle, as a board member responsible for operations and IT. 2 Andreas Schüler, “Barbara Karuth-Zelle: A new kind of manager,” Allianz SE, September 25, 2020, allianz.com. Boards, in fact, should consider adding tech leaders to their membership as a way to preserve talent. One company with an IT budget of more than $1 billion lost its highly skilled CIO because it wouldn’t bring him onto the board.
The other area where boards and CEOs can have outsized impact is around hiring the type and scale of talent needed for a successful tech transformation. While boards have tended to focus on hiring C-suite and senior-management roles, digital businesses rely on top engineers to execute the change that’s needed. In fact, top engineers are ten times more productive than novices, and often even more. It can’t be a matter of just hiring a handful of people, which isn’t enough to build up a critical mass of talent. As a result, top talent is often frustrated by organizational inertia and either leaves again quickly or adapts its behavior to the legacy organization.
To find this talent, CEOs and boards can help by removing typical constraints in the HR function that slow down the recruiting process, push for new paths to advertise and find talent, and hold HR accountable for meeting KPIs on hiring and churn.
Boards can also play a large role in retaining tech talent by supporting an engineering culture where top people have the freedom—and accountability—to innovate. Boards and CEOs can push for initiatives that reduce managerial oversight and hurdles, prioritize and fund initiatives that use cutting-edge technology, support innovative programs by approving funding and resources, and actively communicate these priorities to both the organization and the marketplace.
Compensation is important as well, of course, and boards can help create more innovative pay packages. But top talent is motivated by more than compensation. It looks for opportunities to build skills, diverse pathways to grow in an organization, and a compelling purpose. So boards need to challenge the HR function to develop more flexible career pathways and upskilling opportunities.
Boards and CEOs generally have a good sense of complex issues related to supply chain and operations, but that level of insight often does not extend to IT. That oversight can have drastic strategic consequences, such as failing to scale digital offerings or struggling to integrate incompatible systems after an acquisition.
The board at one retail chain was pushing to expand its footprint to more than 1,000 stores. Its IT systems, however, couldn’t support that expansion, as many of its stores were deeply tied into legacy systems and interfaces. As is too often the case when replacing large systems, this limitation required significant, costly, and time-consuming revisions, ultimately delaying the company’s expansion ambitions.
To get better guidance from their boards and CEOs, CIOs can help by providing a clear view of how efficient their IT actually is through an independently vetted evaluation. Once that baseline is established, boards can then thoughtfully challenge their CIOs to drive tech improvements that matter to the business. One exercise that’s proven useful is for the board to ask the CIO to identify IT’s top ten limitations and opportunities and to prioritize what needs to be fixed in order to deliver on the business’s goals with the talent and resources available. Such clarity allows the board to make much more thoughtful business decisions because it understands their implications for the tech side.
Technical literacy at the CEO and board level is a strong driver of transformational success. Board members are highly accomplished and have a broad range of sophisticated business experience and the skills to match, but rarely in IT or technology. As a result, they often still view IT as overhead where costs need to be controlled. When something goes wrong—and for something as complex as a tech transformation, there are bound to be setbacks—the board is quick to try to scale back commitments and reduce funding.
With sufficient tech literacy, however, boards and CEOs can become effective challenge partners who recognize the need to invest in IT by hiring talent, providing budget, and focusing resources to build up the digital capabilities companies need to compete. By “tech literacy” in this context, we mean a baseline understanding of the ways technology can drive value and which hurdles to navigate first. Some companies’ efforts to enhance top management’s tech literacy include putting board members through a multiday tech training program. The CEO of an insurance company made board members attend such a program, which provided explanations of the most important technologies and their capabilities as well as reviews of inspirational examples with outside speakers. This seminar helped lead to substantively better discussions at the board level on tech topics.
A tech transformation is an endeavor that requires the entire organization. Without clear and forceful leadership from the CEO and board, however, such a transformation is simply not possible.
Thomas Elsner is a partner in McKinsey’s Munich office, Peter Maier is an expert in the Stuttgart office, Gérard Richter is a senior partner in the Frankfurt office, and Katja Zolper is an associate partner in the Düsseldorf office.
The authors wish to thank Stefan Biesdorf, Oliver Bossert, Karel Dörner, Jan Kalinna, Julia Müller-Kemler, Björn Münstermann, Florian Niedermann, Peter Peters, Wolf Richter, and Henning Soller for their contributions to this article.
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June 6, 2024 , by NCI CBIIT Staff
Dr. Jill Barnholtz-Sloan is now the acting director for NCI Center for Biomedical Informatics and Information Technology (CBIIT). She takes this role after Dr. Tony Kerlavage, the previous director for seven years, retired on May 31, 2024.
Dr. Barnholtz-Sloan, who has been with CBIIT for the past three years, shows an extensive involvement in and a profound understanding of data. She has strong relationships with CBIIT and NCI staff, and possesses clear knowledge of NCI research programs. As both an active researcher and administrator, she has insight into how to translate data into real-world solutions to help diagnose, prevent, and treat cancer.
Along with her new acting director responsibilities, Jill will maintain her position as associate director for the Informatics and Data Science Program within CBIIT. In this capacity, she spearheads initiatives to formulate informatics and data science strategies while supporting collaboration throughout NCI, NIH, and beyond. She’ll also continue her role as senior investigator in the Division of Cancer Epidemiology and Genetics Trans-Divisional Research Program .
Dr. Barnholtz-Sloan is a sought-out expert in informatics and data science. She finds and addresses new ways for ensuring that CBIIT’s rich data tools are available to investigators globally.
“I am thrilled to have this opportunity to ensure CBIIT’s excellence in data science, data sharing , and technology; I’ll continue to innovate in these areas that impact the cancer research community,” notes Dr. Barnholtz-Sloan.
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Before you begin: get in the right mindset, 1. determine your business concept, 2. research your competitors and market, 3. create your business plan, 4. choose your business structure, 5. register your business and get licenses, 6. get your finances in order, 7. fund your business, 8. apply for business insurance, 9. get the right business tools, 10. market your business, 11. scale your business, what are the best states to start a business, bottom line, frequently asked questions (faqs).
Starting a business is one of the most exciting and rewarding experiences you can have. But where do you begin? There are several ways to approach creating a business, along with many important considerations. To help take the guesswork out of the process and improve your chances of success, follow our comprehensive guide on how to start a business. We’ll walk you through each step of the process, from defining your business idea to registering, launching and growing your business.
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The public often hears about overnight successes because they make for a great headline. However, it’s rarely that simple—they don’t see the years of dreaming, building and positioning before a big public launch. For this reason, remember to focus on your business journey and don’t measure your success against someone else’s.
New business owners tend to feed off their motivation initially but get frustrated when that motivation wanes. This is why it’s essential to create habits and follow routines that power you through when motivation goes away.
Some business owners dive in headfirst without looking and make things up as they go along. Then, there are business owners who stay stuck in analysis paralysis and never start. Perhaps you’re a mixture of the two—and that’s right where you need to be. The best way to accomplish any business or personal goal is to write out every possible step it takes to achieve the goal. Then, order those steps by what needs to happen first. Some steps may take minutes while others take a long time. The point is to always take the next step.
Most business advice tells you to monetize what you love, but it misses two other very important elements: it needs to be profitable and something you’re good at. For example, you may love music, but how viable is your business idea if you’re not a great singer or songwriter? Maybe you love making soap and want to open a soap shop in your small town that already has three close by—it won’t be easy to corner the market when you’re creating the same product as other nearby stores.
If you don’t have a firm idea of what your business will entail, ask yourself the following questions:
These questions can lead you to an idea for your business. If you already have an idea, they might help you expand it. Once you have your idea, measure it against whether you’re good at it and if it’s profitable.
Your business idea also doesn’t have to be the next Scrub Daddy or Squatty Potty. Instead, you can take an existing product and improve upon it. You can also sell a digital product so there’s little overhead.
Before you choose the type of business to start, there are some key things to consider:
Not sure what business to start? Consider one of these popular business ideas:
Most entrepreneurs spend more time on their products than they do getting to know the competition. If you ever apply for outside funding, the potential lender or partner wants to know: what sets you (or your business idea) apart? If market analysis indicates your product or service is saturated in your area, see if you can think of a different approach. Take housekeeping, for example—rather than general cleaning services, you might specialize in homes with pets or focus on garage cleanups.
The first stage of any competition study is primary research, which entails obtaining data directly from potential customers rather than basing your conclusions on past data. You can use questionnaires, surveys and interviews to learn what consumers want. Surveying friends and family isn’t recommended unless they’re your target market. People who say they’d buy something and people who do are very different. The last thing you want is to take so much stock in what they say, create the product and flop when you try to sell it because all of the people who said they’d buy it don’t because the product isn’t something they’d buy.
Utilize existing sources of information, such as census data, to gather information when you do secondary research. The current data may be studied, compiled and analyzed in various ways that are appropriate for your needs but it may not be as detailed as primary research.
SWOT stands for strengths, weaknesses, opportunities and threats. Conducting a SWOT analysis allows you to look at the facts about how your product or idea might perform if taken to market, and it can also help you make decisions about the direction of your idea. Your business idea might have some weaknesses that you hadn’t considered or there may be some opportunities to improve on a competitor’s product.
Asking pertinent questions during a SWOT analysis can help you identify and address weaknesses before they tank your new business.
A business plan is a dynamic document that serves as a roadmap for establishing a new business. This document makes it simple for potential investors, financial institutions and company management to understand and absorb. Even if you intend to self-finance, a business plan can help you flesh out your idea and spot potential problems. When writing a well-rounded business plan, include the following sections:
Learn more: Download our free simple business plan template .
An exit strategy is important for any business that is seeking funding because it outlines how you’ll sell the company or transfer ownership if you decide to retire or move on to other projects. An exit strategy also allows you to get the most value out of your business when it’s time to sell. There are a few different options for exiting a business, and the best option for you depends on your goals and circumstances.
The most common exit strategies are:
As your small business grows, it’s important to have a scalable business model so that you can accommodate additional customers without incurring additional costs. A scalable business model is one that can be replicated easily to serve more customers without a significant increase in expenses.
Some common scalable business models are:
One of the most important things to do when starting a small business is to start planning for taxes. Taxes can be complex, and there are several different types of taxes you may be liable for, including income tax, self-employment tax, sales tax and property tax. Depending on the type of business you’re operating, you may also be required to pay other taxes, such as payroll tax or unemployment tax.
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When structuring your business, it’s essential to consider how each structure impacts the amount of taxes you owe, daily operations and whether your personal assets are at risk.
An LLC limits your personal liability for business debts. LLCs can be owned by one or more people or companies and must include a registered agent . These owners are referred to as members.
An LLP is similar to an LLC but is typically used for licensed business professionals such as an attorney or accountant. These arrangements require a partnership agreement.
If you start a solo business, you might consider a sole proprietorship . The company and the owner, for legal and tax purposes, are considered the same. The business owner assumes liability for the business. So, if the business fails, the owner is personally and financially responsible for all business debts.
A corporation limits your personal liability for business debts just as an LLC does. A corporation can be taxed as a C corporation (C-corp) or an S corporation (S-corp). S-corp status offers pass-through taxation to small corporations that meet certain IRS requirements. Larger companies and startups hoping to attract venture capital are usually taxed as C-corps.
Before you decide on a business structure, discuss your situation with a small business accountant and possibly an attorney, as each business type has different tax treatments that could affect your bottom line.
There are several legal issues to address when starting a business after choosing the business structure. The following is a good checklist of items to consider when establishing your business:
Make it memorable but not too difficult. Choose the same domain name, if available, to establish your internet presence. A business name cannot be the same as another registered company in your state, nor can it infringe on another trademark or service mark that is already registered with the United States Patent and Trademark Office (USPTO).
Business Name vs. DBA
There are business names, and then there are fictitious business names known as “Doing Business As” or DBA. You may need to file a DBA if you’re operating under a name that’s different from the legal name of your business. For example, “Mike’s Bike Shop” is doing business as “Mike’s Bikes.” The legal name of the business is “Mike’s Bike Shop,” and “Mike’s Bikes” is the DBA.
You may need to file a DBA with your state, county or city government offices. The benefits of a DBA include:
You’ll officially create a corporation, LLC or other business entity by filing forms with your state’s business agency―usually the Secretary of State. As part of this process, you’ll need to choose a registered agent to accept legal documents on behalf of your business. You’ll also pay a filing fee. The state will send you a certificate that you can use to apply for licenses, a tax identification number (TIN) and business bank accounts.
Next, apply for an employer identification number (EIN) . All businesses, other than sole proprietorships with no employees, must have a federal employer identification number. Submit your application to the IRS and you’ll typically receive your number in minutes.
Legal requirements are determined by your industry and jurisdiction. Most businesses need a mixture of local, state and federal licenses to operate. Check with your local government office (and even an attorney) for licensing information tailored to your area.
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Keep your business and personal finances separate. Here’s how to choose a business checking account —and why separate business accounts are essential. When you open a business bank account, you’ll need to provide your business name and your business tax identification number (EIN). This business bank account can be used for your business transactions, such as paying suppliers or invoicing customers. Most times, a bank will require a separate business bank account to issue a business loan or line of credit.
If you sell a product, you need an inventory function in your accounting software to manage and track inventory. The software should have ledger and journal entries and the ability to generate financial statements.
Some software programs double as bookkeeping tools. These often include features such as check writing and managing receivables and payables. You can also use this software to track your income and expenses, generate invoices, run reports and calculate taxes.
There are many bookkeeping services available that can do all of this for you, and more. These services can be accessed online from any computer or mobile device and often include features such as bank reconciliation and invoicing. Check out the best accounting software for small business, or see if you want to handle the bookkeeping yourself.
Before you fund your business, you must get an idea of your startup costs. To determine these, make a list of all the physical supplies you need, estimate the cost of any professional services you will require, determine the price of any licenses or permits required to operate and calculate the cost of office space or other real estate. Add in the costs of payroll and benefits, if applicable.
Businesses can take years to turn a profit, so it’s better to overestimate the startup costs and have too much money than too little. Many experts recommend having enough cash on hand to cover six months of operating expenses.
When you know how much you need to get started with your business, you need to know the point at which your business makes money. This figure is your break-even point.
In contrast, the contribution margin = total sales revenue – cost to make product
For example, let’s say you’re starting a small business that sells miniature birdhouses for fairy gardens. You have determined that it will cost you $500 in startup costs. Your variable costs are $0.40 per birdhouse produced, and you sell them for $1.50 each.
Let’s write these out so it’s easy to follow:
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4. Research Assistant: 5. Statistician: A scientific research team is a group of individuals, working to complete a research project successfully. When run well, the research team members work closely, and have clearly defined roles. Every team member should know their role, and how it plays into the project as a whole.
This includes designing experiments and writing reports. Colleague/collaborator - Researcher duties and responsibilities often include collaborations with colleagues on scientific studies as well as review others' work and provide feedback. Communicator - The role of a researcher includes communicating with various audiences about their work.
Here are some common Sub-I or Co-I responsibilities: Assist PIs with various project duties and expectations. Help manage members of the research team. Educate team members and study participants on processes and expectations. Communicate with PIs and stakeholders about project status, updates and milestones.
Research Project is a planned and systematic investigation into a specific area of interest or problem, with the goal of generating new knowledge, insights, or solutions. It typically involves identifying a research question or hypothesis, designing a study to test it, collecting and analyzing data, and drawing conclusions based on the findings.
Roles and responsibilities. Last updated on 26 May 2021. It is important to ensure you have the right people in the correct roles supporting your project. Your research team should include the following roles in line with the UK Policy Framework for Health and Social Care Research and applicable legislation: data controller.
A systematic comparison of four sustainability research projects in Kenya (vulnerability to drought), Switzerland (soil protection), Bolivia and Nepal (conservation vs. development) shows how the researchers intuitively adopted three different roles to face these challenges: the roles of reflective scientist, intermediary, and facilitator of a ...
Participates in discussions regarding feasibility of protocol implementation based on knowledge of institutional capabilities and limitations, therapy, or population of interest. Collaborates with the research team to implement procedures for maintaining patient study participation from enrollment through completion.
Principal Investigator (PI) The Principal Investigator has the primary responsibility for ensuring the ethical conduct of the research study. This includes protecting human subjects' rights, safety and welfare, protocol compliance, and adherence to institutional, state and federal regulations and guidance. The PI is responsible for ensuring informed consent is appropriately obtained from ...
A research project is an academic, scientific, or professional undertaking to answer a research question. Research projects can take many forms, such as qualitative or quantitative, descriptive, longitudinal, experimental, or correlational. What kind of research approach you choose will depend on your topic.
Abstract. Researchers must conduct research responsibly for it to have an impact and to safeguard trust in science. Essential responsibilities of researchers include using rigorous, reproducible research methods, reporting findings in a trustworthy manner, and giving the researchers who contributed appropriate authorship credit.
Position Role. The Principal Investigator (PI) is charged to conduct objective research that generates independent, high quality, and reproducible results. The Principal Investigator is responsible for the management and integrity of the design, conduct, and reporting of the research project and for managing, monitoring, and ensuring the ...
The resources and documents listed here help define the roles and responsibilities of: the Principal Investigator (PI)the unit administrator (or research administrator or RA); the Office of Research and Sponsored Projects (ORSP); the Finance - Sponsored Programs office and Other groups involved in the identification, assembly, and submission of proposals; and the acceptance, management, and ...
Overall Role/Responsibility. Direct and oversee all research activities and foster a culture of research integrity. Responsible for fiscal and administrative management of research. Conduct research in an objective and unbiased manner in compliance with policies and regulations. While the PI may delegate responsibility for some project activity ...
The Participant-Investigator Interface. B efore further considering the oversight mechanisms that would best protect research participants, it is useful to step back to the initiation of a research study and consider the relevant roles, responsibilities, and interactions of the primary parties: the investigator, who asks a scientific question ...
In summary, the role and responsibilities of a Principal Investigator are integral to the success of a research project. PIs play a vital role in the design, implementation, and oversight of research, ensuring ethical conduct and scientific rigor. They face various challenges but also have the opportunity to make a significant impact on ...
Introduction. Researchers, at all stages of their careers, are facing an ever-increasing deluge of information and deadlines. Additional difficulties arise when one is the Principal Investigator (PI) of those researchers: as group size and scope of inquiry increases, the challenges of managing people and projects and the interlocking timelines, finances, and information pertaining to those ...
• Researchers—all group members participate in the research process, actively researching their topic throughout the time spent on the project. NOTE: In addition to the assigned roles, ALL group members are researchers, actively researching their topic during this entire project and should collaborate and help with other roles as needed.
A Principal Investigator is the individual who assumes full responsibility for a research project, including the supervision of any co-investigators, research assistants, house staff and students. The Institutional Review Board only recognizes one principal investigator per human subjects research study, no matter how many research sites may be involved.
or public service project, contract, or other sponsored project in compliance with applicable laws and regulations and institutional policy governing the conduct of sponsored research. PIs will share in the return of F&A. Co-Investigator (Co-I) -Co-Is are key personnel who have responsibilities similar to that of a PI on research projects.
Since collaborative research project are likely to be more complex than research conducted by independent investigators, there is a need to assign specific roles and responsibilities to appropriate personnel in such a way that encourages the responsible conduct of research. ... Establishing critical research roles and responsibilities .
Team roles and development. A research team consists of people working together in a committed way towards a common research goal. Teams, like individuals and organisations mature and develop and have a fairly clearly defined growth cycle. Bruce Tuckman's 1965 four-stage model explains this cycle. It may be helpful to reflect on your team's ...
Download Word File. 2. Project Manager. The project manager is the one who's responsible for the project. They plan it, develop a schedule, assemble a project team and manage their workload throughout the project's life cycle. Project managers are also responsible for managing risk and the budget.
All research is a social construction. In this paper, we work to illuminate those moments of co-constructed meaning by taking readers on a "behind the scenes" tour of a collaborative research project that explored educator relationships. We describe our priorities in and care for participant recruitment and scheduling, our post-hoc reflections on the differences in emotional tenor between ...
Oversight and leadership responsibility for the research activity planning and execution, including mentorship external to the core team. Project administration. Management and coordination responsibility for the research activity planning and execution. Funding acquisition. Acquisition of the financial support for the project leading to this ...
A career in UX design allows you the opportunity to work as a generalist, finding a role as a UX designer, UI designer, or UX researcher, or as a specialist, like a visual designer or interaction designer. Upon completion of this certificate program, you will be able to search for jobs with all of these titles, and find the role that best suits ...
Today's top 192,000+ Project Manager jobs in United States. Leverage your professional network, and get hired. New Project Manager jobs added daily.
Jolibert and Wesselink explored levels and types of stakeholder engagement in 38 EC-funded biodiversity research projects and the impacts of collaborative research on policy, society and science. They looked at how and when stakeholders were involved and the roles played, and argue that greater engagement throughout the whole of the research ...
McKinsey research shows that CIOs need five things from their CEOs and boards to transform IT, but CIOs have an important role themselves in making that happen. ... is a significant challenge. Making matters worse, many CEOs and board members still cast a jaundiced eye on large tech projects, which have traditionally run over budget and ...
Dr. Jill Barnholtz-Sloan is CBIIT's new acting director following Dr. Tony Kerlavage's retirement. In addition to this role, Dr. Barnholtz-Sloan maintains her responsibility as associate director for the Informatics and Data Science Program and senior investigator in the Division of Cancer Epidemiology and Genetics, Trans-Divisional Research Program.
Project management software: Plan, execute and track projects. It can also be used to manage employee tasks and allocate resources. It can also be used to manage employee tasks and allocate resources.