Certificate in Humanitarian Engineering – Principles, Approaches, and Practice

This applied certificate positions humanitarian engineering as an integrated systems discipline addressing infrastructure, governance, and institutional capacity in fragile and displacement-affected settings. Participants examine settlements as interconnected socio-technical systems rather than sector-based service clusters. The program explores infrastructure-service interdependencies, lifecycle planning, risk layering, localization strategies, and long-term sustainability beyond emergency cycles. Case-based learning illustrates how fragmented interventions can be restructured into coordinated system architectures. Graduates gain the capacity to design integrated humanitarian programs that balance operational feasibility, institutional constraints, and sustainable service continuity in complex environments. Core Learning Outcomes Upon successful completion, participants will be able to: • Design integrated settlement frameworks linking infrastructure, services, and governance systems. • Apply lifecycle and resilience principles to displacement-affected infrastructure planning. • Diagnose cross-sector dependencies within humanitarian operations. • Align technical design decisions with institutional and financing constraints. • Develop implementable humanitarian engineering strategies under uncertainty. Schedule (8 Weeks | ~60 Hours) Week 1: Humanitarian Systems & Complexity Week 2: Integrated Settlement Design Week 3: Infrastructure & Service Interdependencies Week 4: Risk, Climate & Shock Scenarios Week 5: Governance & Institutional Systems Week 6: Financing & Lifecycle Management Week 7: Applied Design Lab | Week 8: Capstone Integrated Settlement Strategy. Lead Faculty: Humanitarian systems engineer with field experience in displacement contexts. Practice Fellow: UN/NGO senior technical coordinator.