Core Courses

CORE The course will equip student with the advanced knowledge of energy access metrics and rural energy market. Students will critically analyse energy chains and conversion technology. The student will evaluate the synergy between energy access and achieving the SDGs and climate change mitigation technologies.

CORE The course will expose the student to industry organisation and settings. Student will bridge in-class learning theories with the best practice in the energy access sector. Student will be organisational; will identify problems and provide appropriate solution pathways. Students are also taught how to

CORE This course will provide the students with project development, project planning, project management, business model (including marketing), financial modelling, critical thinking, team work, communication, technical writing and presentation skills. Student will provide innovative energy solutions in the area of – household use and productive

CORE Energy policy and regulation was ranked 12th in the survey, but the workshop rated it high as a core course. It will deliver sustainable energy strategies and policies, policy assessment and modelling instruments

CORE The research method was ranked 8th, and IoT and big data management ranked 13th in the survey; the workshop highly favoured both. It will deliver ICT, IoT and big data management, scientific research methods

CORE It was ranked 7th in the survey and is a priority energy conversion technology in the NREEEP policy of Nigeria. It is set out to deliver technical design, resource assessment and feasibility study, permitting and project finance, and HSE as they pertain to small

CORE It recorded a good ranking (6th) by the stakeholders – it a priority in the Nigerian energy access sector according to NREEEP. It is set out to deliver technical design, feasibility study, biomass resource planning, permitting and project finance, and HSE as they pertain

CORE The stakeholder gave it top notch. It will deliver analysis of energy systems, hybrid systems, environmental impact assessment