IVAN Research Institute is dedicated to building the next generation of health researchers through rigorous doctoral training, mentorship, and international collaboration. We are a proud affiliate of the University of Nigeria, Nsukka.

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IVAN Research Institute, University of Nigeria

PhD in Embedded Implementation Research

PhD in Embedded Implementation Research

Degree Doctor of Philosophy
Duration 3–5 years (full-time)
Language English
Category Doctoral
Affiliation University of Nigeria, Nsukka

About This Programme

The PhD in Implementation Science, offered by the IVAN Institute in affiliation with the University of Nigeria (UNN), is engineered to address a critical flaw in global healthcare: the devastating delay between the discovery of life -saving medical interventions and their actual delivery to frontline communities. Traditional research frequently terminates at clinical efficacy, leaving a massive operational gap where proven diagnostics, vaccines, and treatments fail to scale due to structural bottlenecks, resource constraints, and human behavioral variables. This doctoral program provides the rigorous, scientific framework required to dissect these systemic challenges and accelerate evidence translation into routine policy and practice. At the core of our research philosophy is the conviction that implementation is a distinct, rigorous science demanding its own unique methodologies. Students do not merely observe health system failures; they employ validated implementation science frameworks to systematically evaluate and engineer health delivery systems. The philosophy balances a deep commitment to community- centered healthcare models with an appreciation for advanced technological workflows, including the integration of modern molecular laboratory diagnostics into public health systems. Throughout their doctoral journey, researchers will engage in advanced, hands - on health systems engineering. Rather than focusing exclusively on classroom - bound theory, students will design, test, and scale interventions across diverse health tracks, including Cardiovascular Diseases, Oncology, Maternal and Child Health, Vaccines, TB, Neglected Tropical Diseases, Mental Health, and Infectious Diseases. You will conduct rigorous field evaluations, engage multi - sectoral stakeholders, analyze health policies, and formulate scalable strategies to optimize clinical and community work flows under the mentorship of world - class scientists. This program is explicitly designed for highly motivated health professionals, biomedical researchers, research managers, and public health practitioners who are unsatisfied with generating theoretical data that sits idle on library shelves. It is built for ambitious individuals who want to lead multinational research initiatives, advise ministries of health, and head global health programs. The curriculum is structured to accommodate the demands of working professionals, blending rigorous academic benchmarks with flexible operational execution to cultivate high - level capacity building across sub - Saharan Africa. What fundamentally distinguishes this PhD program from conventional postgraduate public health degrees is our unparalleled collaborative ecosystem and "implementation-first" approach. Students benefit from an elite dual - supervision model, receiving direct guidance from the distinguished faculty at IVAN and UNN alongside co-supervision from six world- ranked global partner institutions. Furthermore, our faculty bridges the gap between laboratory precision and field execution, comprising actively publishing implementation scientists, molecular biologists, and practicing clinicians. Graduates emerge not just as specialized academicians, but as influential health system leaders uniquely equipped to transform complex science into sustainable, real - world public health impact.

Programme Curriculum

1
Year 1

Theoretical Foundations & Research Methodology

Intensive structured coursework builds a rigorous theoretical foundation in implementation science, epidemiological methods, and health systems analysis. Students critically evaluate key conceptual frameworks and begin scoping their dissertation territory.

  • IS 711 Theories, Models, and Frameworks in Implementation Science
  • IS 713 Implementation and Intervention Mapping, including Strategies
  • IS 715 Outcomes and Economic Evaluation in Implementation Science
  • IS 717 Case Studies in Implementation Science
  • PGC 701 Research Grant Writing and Synopsis Writing
  • IS 712 Proposal Development
  • IS 71 Evidence Review and Synthesis: Desk/Systematic/Scoping Reviews
  • IS 716 Project Management & Evaluation
  • IS 718 IS Study Designs
2
Year 2

Research Development, Proposal & Field Engagement

Candidates deepen mixed-methods expertise, engage with field sites, and develop a full dissertation proposal. The year concludes with a formal proposal defence before the supervisory committee.

  • IS 723 Seminar 1: Beginning of Research Proposal
  • IS 751 Practicum I: Progress Report and Draft Manuscript
  • IS 752 Practicum II: Full Report on Practicum and a Manuscript
3
Years 3–5

Dissertation Research, Publication & Dissemination

Full-time dissertation research under dual supervision (primary supervisor and Director of Longitudinal Research). Candidates collect primary data, prepare manuscripts, present at annual seminars, and complete thesis writing and defence.

  • IS 721 Seminar 2: End of Research Work before Defense
  • IS 792 Thesis defense

Dissertation & Longitudinal Research

Candidates in the PhD program are required to complete a high-impact doctoral dissertation that demonstrates profound methodological rigor and a clear contribution to the global field of implementation science. The dissertation must be structured as a formal, cohesive monograph or a compilation of publishable manuscripts, typically ranging between 50,000 and 80,000 words. Beyond the written text, candidates must successfully clear a rigorous, multi - tiered oral defense evaluated by an academic panel composed of internal and external examiners. A defining pillar of the IVAN Institute doctoral track is the extensive longitudinal research requirement. Candidates are obligated to spearhead an exhaustive, long - term field data collection process, utilizing advanced implementation science frameworks to track health systems optimization and healthcare delivery metrics over time. To ensure academic dissemination and translation into policy, students are strictly expected to publish at least two first - author papers in high-impact, peer - reviewed international journals before graduation. This rigorous process guarantees that each graduate’s research is not merely a theoretical exercise but a validated asset to the global public health landscape

Practical Training Components

Health System Embedment

This hands - on component embeds doctoral researchers directly into active health systems, clinical workflows, or community - centered research programs. Working alongside frontline practitioners and research managers, students apply implementation science frameworks to diagnose operational bottlenecks and manage field logistics in real time. This ensures that academic training translates directly into capacity building and sustainable, real - world health system resilience

6 - 12 Months
Community Fieldwork

Extended community-based research engagement in rural, peri-urban, or urban informal settlement settings across Enugu State and beyond. Includes participatory needs assessments, key informant interviews, community stakeholder forums, and household survey administration.

6 months (across dissertation period)
IVAN Research Laboratory Access

Full access to IVAN's Nigeria Research and Innovation Centre (NRIC) laboratory infrastructure for biological sample processing, secondary data analysis, and GIS-based spatial health mapping.

As required by research focus
International Research Residency

A competitive three-month residency at an IVAN partner institution — Johns Hopkins Bloomberg School of Public Health or Michigan State University Global Health — for advanced training, co-authorship collaboration, and access to international datasets.

3 months (competitive placement)

What You Will Achieve

Design and implement rigorous, community - centered health intervention studies to optimize public health deli very systems

Analyze complex implementation barriers and healthcare bottlenecks using established theoretical frameworks

Evaluate the sustainability and scalability of evidence - based medical and molecular diagnostic protocols within resource - constrained health systems

Formulate data - driven health policies and capacity - building strategies through active multi - sectoral partnerships

Produce high - impact, peer - reviewed scientific publications that contribute directly to global implementation science and heal th equity

Mentor emerging researchers, contribute to faculty-led projects, and actively build Africa's implementation science knowledge base

Specialisation Concentrations

Implementation Science in Cardiovascular Diseases

This stream focuses on overcoming systemic barriers to deliver proven cardiovascular interventions to vulnerable populations. Researchers design and scale community-centered delivery models for hypertension and heart disease management. Mastering these implementation frameworks is critical to reversing the rising burden of non-communicable diseases across Africa.

Implementation Science in Oncology

This track addresses bottlenecks in cancer screening, early diagnosis, and treatment pathways in resource - constrained environments. Students investigate strategies to integrate sustainable oncology protocols into primary healthcare systems. Accelerating evidence translation in this field is vital to reducing preventable cancer mortality.

Implementation Science in Maternal and Child Health

Focused on the frontline of public health, this stream evaluates strategies to scale life - saving maternal and neonatal interventions. Researchers analyze healthcare delivery structures to optimize antenatal and pediatric care access. This work is essential for sustainably reducing maternal and under - five mortality rates.

Implementation Science in Vaccines

This stream tackles the complexities of vaccine hesitancy, cold - chain logistics, and equitable immunization distribution. Students develop framework - driven strategies to optimize rollout protocols and maximize immunization coverage. Strengthening these delivery systems is paramount to achieving robust herd immunity against preventable outbreaks.

Implementation Science in Tuberculosis (TB)

This track targets gaps in TB case -finding, treatment adherence, and the integration of molecular diagnostics into routine care. Researchers design context - specific interventions to improve patient retention and combat drug - resistant strains. This science is crucial to finally eradicating TB in endemic communities

Implementation Science in Neglected Tropical Diseases (NTDs)

Centered on high - burden, overlooked infections, this stream optimizes mass drug administration and community - led vector control programs. Students investigate the social and structural determinants that hinder sustained intervention uptake. Enhancing implementation efficiency here directly alleviates the socioeconomic burden on vulnerable populations.

Implementation Science in Mental Health

This innovative track focuses on integrating mental health services into existing primary healthcare frameworks. Researchers test strategies to scale up psychiatric screening, counseling, and task - shifting models in communities with limited specialists. This work is vital to narrowing the massive mental health treatment gap.

Implementation Science in Infectious Diseases

This stream investigates the translation of evidence into rapid, coordinated responses for high - consequence pathogens and endemic infections. Students focus on optimizing clinical workflows, surveillance tracking, and local point - of - care diagnostics. Improving these implementation pathways is vital for ensuring national health security and pandemic readiness.

Entry Requirements

General Requirements
  • Master's degree in a health, social science, or related field
  • Minimum of two years post-master's research or professional experience in a health-related role
  • Evidence of at least one peer-reviewed publication or substantial institutional research report as lead or co-author
  • A well-structured research concept paper of 2,500–3,500 words articulating the proposed implementation challenge, theoretical lens, and methodological approach
  • Three letters of academic or professional reference, at least two from supervisors of research
  • NYSC discharge or exemption certificate (Nigerian applicants only)
Programme-Specific Requirements
  • Applicants must submit a research concept paper that aligns with relevant health-related disciplines and cites a minimum of five peer-reviewed implementation science sources published within the last seven years.
  • Additionally, evidence of active stakeholder relationships within the African health system is highly valued; applicants are strongly encouraged to provide letters of collaboration from facility managers, programme officers, or community health board officials.
  • Finally, candidates must complete the CITI Programme Research Ethics and Compliance Training (or an institutional equivalent) before enrolment, with the final certificate submitted before registration.

Tuition & Fees

Nigerian / Local Students

  • Tuition ₦9,032,100 per year
  • Registration Fee ₦25,000 (one-time, non-refundable)
  • Laboratory/Facility Fee ₦120,000 per year
  • Total Estimate ₦27,489,000 for 3–5 years

Full and partial merit-based scholarships are available through the IVAN Doctoral Excellence Fund. TETFund and NIFST research grants are accepted. NYIF-eligible.

International Students

  • Tuition $6,545 per year
  • Registration Fee $50 (one-time, non-refundable)
  • Laboratory/Facility Fee $100
  • Total Estimate $19,635 for 3 years

The IVAN Global Scholarship Fund offers up to 40% tuition support for qualifying international candidates from LMIC countries. Diaspora applicants are especially encouraged.

Prospective Careers

Academic and Research Leadership: Build a distinguished career as a Professor, Senior Researcher, or Principal Investigator, leading internationally recognized research, securing competitive grants, publishing high-impact studies, and mentoring the next generation of scientists and implementation leaders in universities and research institutions in Nigeria and around the world.
Programme Leadership: Lead the design, implementation, and evaluation of high-impact health programmes, clinical trials, and evidence-based interventions across the pharmaceutical industry (e.g., Emzor, GSK, Pfizer, Roche), international development organizations (e.g., WHO, UNICEF, CHAI, FHI 360), government agencies, and global health initiatives.
Clinical Research Operations Lead: Bridge the gap between laboratory precision and field execution by managing complex health systems engineering workflows.
Health Policy Director / Technical Advisor: Formulate evidence - driven public health guidelines and direct healthcare strategy at state or national Ministries of Health.
Global Health Programme Director: Oversee large - scale, community - centered healthcare rollouts and capacity - build ing initiatives for prominent international NGOs.
Implementation Science Expert & Health System Consultant: Advise global health organizations and ministries on optimizing healthcare delivery infrastructure and scaling interventions.
Research Director, Health Policy Think-tanks and Management Consulting Firms
Take the Next Step

Ready to Begin Your PhD Journey?

Applications are accepted on a rolling basis. Bring your research vision — IVAN will provide the rigorous training, supervision, and global networks to turn it into impact.