Eleven Domains.
One Integrated Capability.

CSEIR designs, strengthens, and evaluates public health surveillance systems across the epidemiological intelligence spectrum: from facility-based IDSR to real-time outbreak detection platforms.

• Integrated Disease Surveillance & Response (IDSR) system design and assessment
• Surveillance system performance evaluation frameworks
• Real-time epidemic intelligence platform architecture
• Event-based surveillance and signal detection protocols
• Cross-border surveillance coordination frameworks
• One Health surveillance integration strategies

CSEIR applies systems engineering principles to immunization programs, moving beyond coverage metrics to redesign the structural and operational factors that determine whether vaccines reach every child.

• Immunization program performance assessment and gap analysis
• Microplanning optimization using geospatial and demographic data
• Zero-dose and under-immunized population stratification
• Cold chain assessment and logistics system strengthening
• Immunization data quality improvement frameworks
• Coverage survey design and post-campaign evaluation

From disease burden estimation to predictive risk modelling, CSEIR's epidemiological and biostatistical team provides the analytical engine behind evidence-based health policy and investment decisions.

• Disease burden estimation and mortality attribution analysis
• Multivariable regression and survival analysis
• Predictive risk modelling and scenario analysis
• Epidemiological investigation support (outbreak response)
• Health impact evaluation and counterfactual analysis
• Statistical capacity strengthening for national teams

CSEIR's geospatial unit translates population, infrastructure, and service delivery data into spatial intelligence, enabling governments and donors to allocate resources where they will have the greatest impact.

• GIS-based service catchment and coverage gap analysis
• Location-allocation modelling for facility placement
• Travel-time and physical accessibility mapping
• Geocoded health facility master list development
• Equity mapping and spatial disparity analysis
• Geospatial dashboard engineering for program monitoring

CSEIR provides institutional infrastructure and advisory services to clinical research programs in Africa, filling the governance, regulatory, and systems gaps that constrain research quality and integrity.

• Clinical trial protocol development advisory
• Good Clinical Practice (GCP) systems assessment and strengthening
• Data Safety Monitoring Board (DSMB) advisory secretariat
• Research ethics submission and regulatory navigation support
• Site feasibility assessment and investigator capacity building
• Trial monitoring and safety reporting framework design

CSEIR designs and operationalises population-based surveys with full-cycle responsibility: from sampling strategy and questionnaire development through field supervision, data quality assurance, and final analysis.

• Cluster survey design (WHO EPI 30×7, LQAS, household surveys)
• Coverage Evaluation Survey (CES) design and implementation
• Lot Quality Assurance Sampling (LQAS) for program monitoring
• Rapid epidemiological investigation deployment
• Survey supervisor training and real-time field quality assurance
• Data analysis, report writing, and dissemination support

CSEIR builds and governs health information systems: from DHIS2 configuration and data quality frameworks to interoperability architecture and digital dashboard engineering for program decision-making.

• DHIS2 system configuration, customisation, and optimisation
• Health information system interoperability assessment
• Data quality assurance (DQA) framework design and implementation
• Digital health strategy development aligned to national HIS roadmaps
• Real-time program monitoring dashboard development
• HIS governance framework and data use culture strengthening

CSEIR applies implementation science frameworks to diagnose systemic failures and design evidence-based interventions, then operationalises those interventions within the constraints of real health system environments, including the environmental and climate pressures that increasingly define those constraints across Africa.

• Health system bottleneck analysis and root cause mapping
• Service delivery model evaluation and redesign
• Health workforce capacity assessment and training system design
• Health financing analytics and resource tracking
• Quality-of-care measurement and improvement system design
• Implementation fidelity evaluation and adaptive management
• Climate and environmental risk integration into health systems assessments and programme planning

CSEIR translates epidemiological evidence and implementation intelligence into the strategic and financial frameworks that governments and donors use to plan, resource, and advocate for health investments.

• National immunization strategic plan (NISP) development
• Multi-year programme planning and costed operational framework development
• Investment case development for domestic and donor financing
• Health sector situation analysis and strategic review
• Policy brief and evidence synthesis for decision-maker audiences
• Cost-effectiveness analysis and health economic modelling

CSEIR deploys structured multidisciplinary technical assistance, embedding specialist teams within government programs and implementing partners to provide hands-on implementation support, not just advisory.

• Multidisciplinary TA team deployment and coordination
• Program management office (PMO) establishment and operations
• Routine program monitoring and adaptive implementation support
• Sub-national technical support and mentorship deployment
• Institutional capacity transfer through structured on-the-job learning
• End-of-project transition planning and sustainability assessment

CSEIR provides technical support to governments and Ministries of Health to design and implement evidence-based SBC and health promotion strategies. We begin by diagnosing the health system barriers and community-level determinants that shape health behaviour (through structured formative research, not assumptions), then build communication strategies calibrated to what we find. Demand creation is sequenced to follow service readiness, community engagement is designed for local ownership from the outset, and monitoring frameworks ensure the strategy adapts as conditions change rather than running on autopilot.

• Formative research and health system barrier diagnosis to ground SBC strategy in evidence, not assumption
• Evidence-based SBC strategy design aligned to service readiness, with demand creation activated when supply can meet it
• Community engagement design that builds local ownership and ensures behaviour change persists beyond programme closure
• Health promotion strategy development for national and sub-national programmes, including communication planning, channel selection, and message development
• SBC monitoring frameworks and adaptive management systems to track behaviour indicators and course-correct in real time
• Capacity transfer to Ministry teams and local implementing partners to sustain SBC functions without continued external dependence