Epidemiology Careers: A Roadmap for Every Degree Level

Epidemiology offers a structured career pathway that responds directly to education level, from bachelor's preparation through doctoral training. This article maps the degree-to-career connections, describes the work environments and salary expectations at each stage, and provides a decision framework for choosing between a Master of Public Health (MPH) and a PhD. The information draws on official occupational data from the U.S. Bureau of Labor Statistics and the U.S. Department of Labor, plus peer-reviewed studies of public health career outcomes.

At a Glance: Degree Level and Career Destination

The table below summarizes the typical entry points, common job titles, primary work settings, and salary expectations for each degree level. Salary figures reflect national median data for epidemiologists and related occupations as reported by the U.S. Bureau of Labor Statistics.

The Bureau of Labor Statistics groups epidemiologists within the broader category of life, physical, and social science occupations, which reports a median annual wage above the median for all occupations in the U.S. economy. Healthcare occupations, which include many public health practice roles, also report median wages above the national average. These figures provide a baseline for salary discussions but do not capture the full range across sectors, geographic regions, or years of experience.

Understanding the Epidemiologist Role and Its Core Functions

Epidemiologists study the distribution and determinants of health-related states and events in populations. They design studies, collect and analyze data, interpret findings, and communicate results to guide public health action. The work spans infectious disease outbreaks, chronic disease surveillance, environmental exposures, injury prevention, and health services research.

The U.S. Bureau of Labor Statistics describes epidemiologists as professionals who investigate patterns and causes of disease and injury in human populations. They work to reduce the risk and occurrence of negative health outcomes through research, education, and health policy. The occupational outlook for epidemiologists reflects steady demand, with employment projected to grow faster than the average for all occupations through the coming decade.

Field epidemiology represents a distinct practice area within the discipline. Field Epidemiology Training Programs, known as FETPs, prepare graduates to respond to outbreaks and conduct applied investigations in real-world settings. A survey of 974 FETP graduates from the Eastern Mediterranean Region and Bangladesh found that graduates across all training tiers reported frequent use of their field epidemiology skills in professional roles. The same study reported that 89.4% of intermediate-level graduates, 86.0% of frontline or basic graduates, and 84.7% of advanced graduates experienced expanded job responsibilities after completing their training. These findings demonstrate that applied epidemiology training translates directly into broader professional scope.

Bachelor's Degree Pathways: Entry Points and Early Career Roles

A bachelor's degree in public health, biology, statistics, or a related field provides the foundation for entry-level epidemiology work. Graduates typically begin as research assistants, data analysts, or field staff supporting senior epidemiologists. These roles involve data collection, cleaning and management, literature reviews, and basic statistical analysis.

The U.S. Bureau of Labor Statistics notes that entry-level positions in life, physical, and social science occupations generally require a bachelor's degree for many roles. For epidemiologist positions specifically, a master's degree is typically the minimum requirement. However, bachelor's-level graduates can build relevant experience in research support roles that position them for graduate study or lateral movement into public health practice.

Structured training programs can accelerate this pathway. The Summer Clinical Oncology Research Experience program at Memorial Sloan Kettering, designed for undergraduate and post-baccalaureate students, paired participants with faculty mentors for eight weeks of cancer research. A report on 116 program participants from 2010 through 2019 found that 98% persisted in paths toward science, technology, engineering, mathematics, and medicine careers. Of those, 38% entered medical school, 10% pursued non-medical advanced degrees in science fields, and 18% worked in non-medical science roles. The program also reported that 54% of participants co-authored peer-reviewed publications, with 69% of those papers in oncology journals. These outcomes show that structured research experiences during undergraduate years can substantially influence career direction.

The Jackson Heart Study Scholars program at Tougaloo College offers another model. This program provides undergraduate students with preparation in mathematics, sciences, reading comprehension, hands-on learning, and mentoring. Data from 167 scholars showed that half completed graduate or professional programs in medicine, public health, pharmacy, nursing, or biomedical science, while 25.4% were enrolled in such programs at the time of analysis. The program demonstrates how structured capacity building can guide underrepresented minority students toward public health and biomedical research careers.

Master of Public Health: The Standard Professional Degree

The MPH serves as the entry-level professional degree for epidemiology practice. The curriculum typically covers epidemiologic methods, biostatistics, environmental health, health policy, and behavioral science. Students select a concentration in epidemiology, which includes advanced coursework in study design, data analysis, and disease surveillance.

The U.S. Bureau of Labor Statistics identifies a master's degree as the typical entry-level education for epidemiologist positions. This standard applies across government agencies, healthcare systems, and research organizations. Graduates with an MPH in epidemiology qualify for roles such as epidemiologist, surveillance coordinator, infection preventionist, and program evaluator.

Career outcomes for MPH graduates vary by region and institution. A study of MPH graduates from South African universities found that respondents were mid-career professionals in their mid-30s with an average of nine years of work experience before entering the program. After completing the MPH, 91% were employed in government, non-governmental organizations, or academic and research institutions. The study reported that 55% of graduates changed employers after qualification, indicating that the MPH serves as a stepping stone for career advancement and sector transitions.

A mixed-method evaluation of the MPH program at United Arab Emirates University surveyed 25 graduates and interviewed 15 others. The study found that 88% of respondents were employed full-time, 52% rated the program as excellent, and 64% reported that it met their expectations. However, only 32% experienced career progression after graduation, and 60% faced challenges in securing relevant job opportunities. The study also reported low research engagement, with only 8% publishing in peer-reviewed journals after graduation. These findings suggest that while the MPH provides essential competencies, graduates should actively pursue internships, thesis tracks, and networking to improve employment outcomes.

Field Epidemiology Training Programs offer an alternative or complement to the MPH for those focused on applied outbreak response. The survey of FETP graduates in the Eastern Mediterranean Region and Bangladesh found that 21.6% of advanced-level graduates earned a master's degree through their FETP, while 20.6% pursued one independently after completing the program. International deployment for public health events was reported by 18.4% of intermediate graduates, 13.8% of frontline or basic graduates, and 12.4% of advanced graduates. These figures illustrate the global demand for field epidemiologists and the career mobility that FETP training provides.

PhD and Doctoral Pathways: Research Leadership and Academia

Doctoral training in epidemiology prepares graduates for independent research careers. PhD programs emphasize advanced methods, causal inference, and original research contributions. Graduates typically pursue faculty positions, federal research roles, or leadership positions in research institutes and industry.

The U.S. Bureau of Labor Statistics notes that some epidemiologist positions, particularly those in research and academia, require a doctoral degree. The occupational outlook for life, physical, and social science occupations includes research roles that demand advanced training in quantitative methods and subject matter expertise.

Postdoctoral training represents a common step between the PhD and independent research positions. The National Cancer Institute's Cancer Prevention Fellowship Program provides a model for structured postdoctoral training that combines research experience with formal public health education. A survey of 189 program alumni and 52 highly qualified applicants who did not join the program found that alumni were employed across all career sectors, with 39.4% in government, 39.5% in academia, 10.8% in private companies, and 10.3% in other settings. The study reported that 87.8% of alumni remained in the research field, and alumni credited the program with being highly influential in their subsequent careers.

A panel of experts convened by the National Cancer Institute in April 2013 identified several priorities for cancer prevention postdoctoral training. The panel noted that health care providers and professionals from nontraditional disciplines such as engineering and law were underrepresented in training programs. Curriculum recommendations included training in leadership and human relations alongside epidemiology, cancer biology, and behavioral science. The panel also recognized the diversity of employment options beyond academic positions and recommended that program leaders help fellows identify and prepare for different career paths.

Doctoral graduates in related health fields show similar career patterns. A global survey of 1,308 PhD-prepared nurses found that most worked in research and teaching positions. Respondents reported that positions for PhD-prepared nurses were available within their organizations, and they recommended mentoring and development of career pathways, including clinical-academic positions. These findings align with the broader pattern of doctoral graduates pursuing varied careers that combine research, teaching, and practice.

Decision Framework: MPH or PhD

Choosing between an MPH and a PhD requires an honest assessment of career goals, preferred work activities, and tolerance for extended training. The decision tree below outlines the key considerations.

Choose the MPH if you want to:

• Practice applied epidemiology in government, healthcare, or non-profit settings
• Enter the workforce within two years
• Focus on surveillance, outbreak investigation, and program evaluation
• Work in roles that emphasize data analysis and communication over original research
• Maintain flexibility to work across multiple sectors

Choose the PhD if you want to:

• Lead independent research programs
• Contribute original methodological or substantive knowledge
• Teach and mentor at the university level
• Compete for federal research funding
• Accept a longer training period, typically four to six years plus postdoctoral experience

The MPH serves as the entry degree for public health practice in many countries. A study of MPH graduates from South African universities described the degree as the accepted entry point for public health practice in low- and middle-income countries. The same study found that most graduates had been managers or patient-facing health professionals before the MPH, and the degree provided the route to shift into public health roles.

The PhD pathway requires a stronger commitment to research. The National Cancer Institute's Cancer Prevention Fellowship Program demonstrates that doctoral-level training can lead to careers across government, academia, and industry. The program's alumni survey showed that multidisciplinary training in cancer prevention and public health research produced leaders employed across all sectors.

Consider your tolerance for uncertainty. The MPH provides a clearer path to established job categories, while the PhD opens research leadership roles that may require postdoctoral training and competitive grant funding. The panel of experts on cancer prevention postdoctoral training emphasized that program leaders should help fellows identify and prepare for different career paths, reflecting the diversity of options available to doctoral graduates.

Work Environments and Sectors

Epidemiologists work across government, academia, non-profit organizations, and private industry. Each sector offers distinct advantages in terms of job stability, research focus, and salary potential.

Government agencies employ epidemiologists at federal, state, and local levels. Federal agencies such as the National Institutes of Health and the Centers for Disease Control and Prevention offer research and practice roles. The National Institutes of Health provides training and career development resources through its Office of Intramural Training and Education, which supports the next generation of biomedical researchers. State and local health departments employ epidemiologists for disease surveillance, outbreak investigation, and program evaluation.

Academic institutions employ epidemiologists as faculty, researchers, and postdoctoral fellows. University positions combine research, teaching, and service responsibilities. The scientific contribution of researchers in public health and epidemiology is well documented. A study of Brazilian research productivity fellows in dentistry found that those in public health and epidemiology had the highest average number of papers published over their careers and in the last five years compared to other specialty areas. The same group also showed the highest average supervision of master's students, indicating a strong mentoring role within academic settings.

Non-profit organizations employ epidemiologists for research, advocacy, and program implementation. International organizations, foundations, and non-governmental organizations address global health challenges and often seek epidemiologists with field experience.

Private industry employs epidemiologists in pharmaceutical companies, contract research organizations, and health technology firms. Industry roles focus on drug safety, real-world evidence, and health outcomes research. The alumni survey from the National Cancer Institute's Cancer Prevention Fellowship Program found that 10.8% of alumni worked in private companies, demonstrating that industry careers are viable for doctoral-trained epidemiologists.

Remote Work and Flexible Arrangements

Remote work opportunities in epidemiology have expanded, particularly for roles that emphasize data analysis, writing, and program coordination. The U.S. Bureau of Labor Statistics notes that many epidemiologist positions involve computer-based work, which supports remote arrangements. However, field epidemiology roles require in-person presence for outbreak investigations, community engagement, and laboratory coordination.

The COVID-19 pandemic influenced career decisions across health professions. A cross-sectional study of 507 medical students in Japan found that 66.6% reported that the pandemic influenced their choice of training hospitals. However, 93.3% did not change their course for clinical, basic research, or administrative pathways due to the pandemic. Among clinically oriented students, 77.2% did not change their preferred specialty. These findings suggest that while major public health events can shape training preferences, most students maintain their career direction.

For epidemiologists seeking remote work, consider roles in data analysis, systematic reviews, health communication, and program evaluation. These positions rely on computational skills and written communication that translate well to remote settings. Field roles, laboratory-based research, and positions requiring community engagement will continue to require in-person presence.

Skills and Competencies for Career Success

Employers across sectors seek epidemiologists with strong quantitative skills, communication abilities, and domain knowledge. The U.S. Department of Labor's O*NET OnLine provides detailed information on the skills, abilities, and work activities required for epidemiologist positions. This resource can help students and professionals identify skill gaps and plan their training.

Core competencies include:

• Study design and epidemiologic methods
• Biostatistics and data analysis using software such as R, SAS, or Stata
• Data management and visualization
• Scientific writing and oral presentation
• Project management and team collaboration
• Knowledge of disease surveillance systems
• Understanding of ethical standards in human subjects research

The Jackson Heart Study Scholars program emphasized quantitative skills through preparation in mathematics and sciences, reading comprehension, and hands-on learning experiences. This model reflects the importance of strong foundational skills for epidemiology careers.

The panel on cancer prevention postdoctoral training recommended that fellows receive training in leadership and human relations in addition to epidemiology, cancer biology, and behavioral science. These non-technical skills support career advancement into leadership roles.

Practical Steps for Career Planning

Step 1: Assess your current qualifications. Review your degree level, quantitative skills, and relevant experience against the requirements for your target roles. Use the U.S. Bureau of Labor Statistics occupational information and the U.S. Department of Labor's O*NET OnLine to identify specific job requirements.

Step 2: Gain hands-on experience. Seek internships, volunteer positions, or research assistant roles that provide exposure to epidemiologic methods. Structured programs such as the Summer Clinical Oncology Research Experience and the Jackson Heart Study Scholars program demonstrate the value of mentored research experiences for career development.

Step 3: Build your professional network. Connect with epidemiologists in your target sector through professional organizations, conferences, and informational interviews. The National Institutes of Health Office of Intramural Training and Education offers resources for trainees at various career stages.

Step 4: Pursue graduate training strategically. If you choose the MPH, select programs with strong practicum opportunities, thesis tracks, and career services. The evaluation of the MPH program at United Arab Emirates University identified gaps in practical training, methodological instruction, and research opportunities, suggesting the need for structured internships and expanded coursework in digital health, policy analysis, and leadership.

Step 5: Document your skills and outcomes. Maintain a portfolio of your projects, analyses, and publications. The Summer Clinical Oncology Research Experience program reported that 54% of participants co-authored peer-reviewed publications, demonstrating that research experiences can produce tangible outputs that strengthen applications.

Step 6: Plan for continuing education. Epidemiology requires ongoing learning to stay current with methods and emerging health threats. The survey of FETP graduates identified continuing education needs across all training tiers, indicating that professional development continues throughout an epidemiology career.

Records and Measurements for Career Tracking

Maintain records that support career planning and advancement. These records serve multiple purposes, including job applications, performance reviews, and professional development planning.

Education records: Degrees, certificates, and training programs with dates and institutions. Include continuing education units and professional development courses.

Work experience records: Job titles, employers, dates of employment, and descriptions of responsibilities. Document specific projects, including study designs, data sources, and analytical methods used.

Publications and presentations: Maintain a complete list of peer-reviewed publications, conference presentations, posters, and reports. Include citation information and links to published work.

Skills inventory: Document software proficiency, statistical methods, and domain knowledge. Update this inventory as you acquire new skills.

Professional activities: Record committee memberships, peer review activities, and professional organization involvement.

The National Cancer Institute's Cancer Prevention Fellowship Program alumni survey demonstrated the value of tracking career outcomes. The program used alumni data to document employment across sectors and retention in the research field. Individual professionals can apply the same approach to their own career tracking.

Common Failure Patterns in Epidemiology Careers

Understanding common career pitfalls can help you avoid them.

Lack of practical experience: Graduates who complete degrees without hands-on research or field experience often struggle to secure positions. The MPH evaluation at United Arab Emirates University found that 60% of graduates faced challenges in securing relevant job opportunities, with respondents identifying gaps in practical training as a contributing factor.

Narrow skill sets: Epidemiologists who focus exclusively on one method or disease area may limit their employment options. The panel on cancer prevention postdoctoral training emphasized the diversity of employment options available beyond academic positions, suggesting that broad training supports career flexibility.

Inadequate networking: Epidemiology careers often advance through professional connections. Graduates who fail to build networks may miss opportunities for collaboration, mentorship, and job referrals.

Ignoring sector differences: Each employment sector has distinct expectations for productivity, work style, and career progression. The National Cancer Institute alumni survey found that alumni were employed across government, academia, and private companies, with different career patterns in each sector.

Underestimating communication skills: Epidemiologists must communicate complex findings to diverse audiences, including policymakers, clinicians, and the public. The panel on cancer prevention postdoctoral training recommended training in leadership and human relations, recognizing that technical skills alone are insufficient for career success.

Limitations and Considerations

Several limitations affect the information presented in this article. The U.S. Bureau of Labor Statistics provides national data on employment and wages for epidemiologists, but these figures do not capture regional variation, sector differences, or the full range of salaries at different career stages. Degree-specific salary data are not published by the Bureau, so the salary context in this article reflects occupational-level data instead of education-level breakdowns.

Career outcome studies from specific institutions or regions may not generalize to other settings. The MPH evaluations from South Africa, the United Arab Emirates, and other regions reflect local labor markets and educational systems. The FETP survey covered the Eastern Mediterranean Region and Bangladesh, and its findings may not apply to other geographic areas.

The peer-reviewed studies cited in this article provide evidence on career outcomes, but they represent specific programs and time periods. The Summer Clinical Oncology Research Experience data cover 2010 through 2019, and the Jackson Heart Study Scholars data reflect the program's early years. Career patterns may shift over time in response to changes in the job market, technology, and public health priorities.

Professional Escalation Criteria

Epidemiologists should seek additional training, mentorship, or career counseling when they encounter specific challenges.

Seek mentorship when: You are uncertain about career direction, considering a sector transition, or preparing for graduate school applications. Structured mentorship programs have demonstrated positive outcomes. The bioinformatics training model at Makerere University, which provided continuous close mentorship over one year, successfully mentored trainees who progressed to viable career paths.

Pursue additional training when: You lack skills required for target positions, such as advanced statistical methods, data management, or specific software. The FETP survey found that graduates across all tiers reported frequent use of their field epidemiology skills, indicating that applied training directly supports professional performance.

Consult career services when: You experience difficulty securing positions after graduation, face barriers to advancement, or need help translating your skills for different sectors. The MPH evaluation at United Arab Emirates University found that graduates identified gaps in practical training and research opportunities, suggesting that career services should address these areas.

Consider professional certification when: You seek formal recognition of your competencies or need to meet employer requirements. Professional organizations in public health offer certification options that may enhance career prospects.

Frequently Asked Questions

What can I do with a bachelor's degree in epidemiology or public health?

A bachelor's degree qualifies you for research assistant, data analyst, and field interviewer positions in academic research groups, health departments, and contract research organizations. These roles provide experience in data collection, management, and basic analysis. The U.S. Bureau of Labor Statistics notes that a master's degree is typically required for epidemiologist positions, so bachelor's-level graduates should plan for graduate study or build experience in research support roles. Structured programs such as the Summer Clinical Oncology Research Experience demonstrate that undergraduate research experiences can lead to publications and career persistence in science fields.

How much do epidemiologists earn at different degree levels?

The U.S. Bureau of Labor Statistics reports that epidemiologists earn a median annual wage above the national average for all occupations. The Bureau does not publish degree-specific salary breakdowns. Entry-level positions with a bachelor's degree typically pay less than the epidemiologist median, while doctoral-level roles in research and academia generally command higher salaries. Salary also varies by sector, with private industry and federal government positions often paying more than state and local government or non-profit roles.

Is an MPH worth it for an epidemiology career?

The MPH is the standard entry degree for epidemiology practice in the United States and many other countries. The U.S. Bureau of Labor Statistics identifies a master's degree as the typical entry-level education for epidemiologist positions. Career outcome studies show that MPH graduates are employed across government, non-profit, and academic sectors. However, outcomes vary by institution and region. A study of MPH graduates from South African universities found that 91% were employed after graduation, while an evaluation of an MPH program in the United Arab Emirates found that 60% of graduates faced challenges in securing relevant job opportunities.

What is the difference between an MPH and a PhD in epidemiology?

The MPH prepares graduates for applied epidemiology practice in surveillance, outbreak investigation, and program evaluation. The PhD prepares graduates for independent research careers in academia, federal agencies, and industry. The MPH typically requires two years of study, while the PhD requires four to six years plus postdoctoral training. The National Cancer Institute's Cancer Prevention Fellowship Program demonstrates that doctoral-level training can lead to careers across government, academia, and private companies.

Can epidemiologists work remotely?

Many epidemiology roles that emphasize data analysis, writing, and program coordination can be performed remotely. The U.S. Bureau of Labor Statistics notes that epidemiologist work often involves computer-based tasks. However, field epidemiology roles require in-person presence for outbreak investigations and community engagement. The COVID-19 pandemic influenced training preferences for some health professions students, but most maintained their career direction, suggesting that remote work options are expanding without fundamentally changing the field.

What skills do I need for an epidemiology career?

Core skills include study design, biostatistics, data analysis using software such as R, SAS, or Stata, data management, scientific writing, and project management. The U.S. Department of Labor's O*NET OnLine provides detailed information on the skills and abilities required for epidemiologist positions. The Jackson Heart Study Scholars program emphasized quantitative skills, reading comprehension, and hands-on learning as foundations for public health careers. The panel on cancer prevention postdoctoral training also recommended leadership and human relations training for career success.

How do I choose between government, academic, and industry careers?

Consider your preferences for job stability, research focus, and salary. Government positions offer stability and public service mission. Academic positions combine research, teaching, and mentoring. Industry positions offer competitive salaries and applied research opportunities. The National Cancer Institute's Cancer Prevention Fellowship Program alumni survey found that alumni were employed across all sectors, with 39.4% in government, 39.5% in academia, and 10.8% in private companies. Seek informational interviews with professionals in each sector to understand the day-to-day work and career progression.

What continuing education do epidemiologists need?

Epidemiologists need ongoing learning to stay current with methods, software, and emerging health threats. The survey of FETP graduates identified continuing education needs across all training tiers. Options include professional development courses, conferences, certificate programs, and advanced degrees. The National Institutes of Health Office of Intramural Training and Education offers training resources for biomedical researchers at various career stages. The panel on cancer prevention postdoctoral training recommended that fellows receive training in leadership and human relations in addition to technical skills.

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References and Further Reading

• Life, Physical, and Social Science Occupations. U.S. Bureau of Labor Statistics.
• Healthcare Occupations. U.S. Bureau of Labor Statistics.
• O*NET OnLine. U.S. Department of Labor.
• Office of Intramural Training and Education. National Institutes of Health.
• NCBI Literature Resources. National Center for Biotechnology Information.
• PubMed. National Library of Medicine.
• Capacity-Building for Career Paths in Public Health and Biomedical Research for Undergraduate Minority Students: A Jackson Heart Study Success Model.. Ethnicity & disease, 2016.
• Bioinformatics mentorship in a resource limited setting.. Briefings in bioinformatics, 2022.
• Texas Developmental Center for AIDS Research CFAR Diversity, Equity, and Inclusion Pathway Initiative Program.. Journal of acquired immune deficiency syndromes (1999), 2023.
• Summer Clinical Oncology Research Experience (SCORE) Program: Engaging Undergraduates from Diverse Backgrounds in Cancer Research.. Journal of cancer education : the official journal of the American Association for Cancer Education, 2023.
• Survey study of trends in adult nephrology advanced training in Australia and New Zealand.. Internal medicine journal, 2022.
• Career paths of geriatric nurse practitioners employed in nursing homes.. Public health reports (Washington, D.C. : 1974), 1990.
• Influence of the coronavirus disease 2019 pandemic on the post-graduate career paths of medical students: a cross-sectional study.. BMC medical education, 2024.
• Future directions for postdoctoral training in cancer prevention: insights from a panel of experts.. Cancer epidemiology, biomarkers & prevention : a publication of the American Association for Cancer Research, cosponsored by the American Society of Preventive Oncology, 2014.
• Agenda for Strengthening Master of Public Health Courses in India: FRAME India Initiative. 2026.
• Outcomes of the NCI cancer prevention fellowship program in training multidisciplinary public health professional leaders.. 2026.
• Antimicrobial stewardship: coming to a community pharmacy near you? A cross-sectional study to understand the perspectives of pharmacists, prescribers and the public.. 2026.
• Graduates feedback on the master of public health program in the United Arab Emirates: a mixed method study.. 2025.
• Career trajectories of master of public health graduates from South African universities.. 2026.
• Field Epidemiology Training Programs (FETP) in the Eastern Mediterranean Region and Bangladesh: graduates' skills application, career advancement, and continuing education needs.. 2025.
• Integrating infodemiology principles into public health curricula: a qualitative exploration of emerging educational needs.. 2026.
• Career choice and interdisciplinary education in forensic pathology: a cross-sectional study.. 2026.
• Scientific contribution of the Brazilian CNPq Research Productivity fellows in dentistry. Brazilian Oral Research, 2024.
• 2020 and 2021 APS and SPR Award Winners. Pediatric Research, 2022.
• Careers of PhD-prepared nurses: A global survey.. Nursing Outlook, 2025.
• Blocked paths, unequal trajectories: Examining the career outcomes of health professions graduates by race, gender, and place of education. Social Science and Medicine, 2025.
• “Excellence” in vascular medical research-An introduction to the topic. Gefasschirurgie, 2026.
• Field Epidemiology Training Programmes in Africa - Where are the Graduates?. Human Resources for Health, 2010.
• Virtual Vanderbilt Summer Science Academy highlighted the opportunity to impact early STEMM students career knowledge through narrative. Plos One, 2021.

This article is educational and does not replace institutional policy, professional advice, or applicable safety and regulatory requirements.