Exit Level Outcomes: Hard (H) & Soft (S) Skills

1. H# 1: Assess the potential of solar resource at identified sites for PV installations (Renewable Energy Principles, Data Analysis)
2. H# 2: Model the instantaneous power output of the PV generator under arbitrary in-situ weather conditions (Modelling and Forecasting, Renewable Energy Principles)
3. H# 3: Evaluate hybrid solar systems for specific application and geographic locations using computer simulation and optimization tools (Modelling)
4. H# 4: Determine appropriate size of PV system components (PV modules, battery bank, inverters, charge controllers) for given load profiles (System Design, Grid and Off-Grid Systems)
5. H# 5: Design appropriate code-compliant configurations for PV systems and equipment for installation (System Design, Grid and Off-grid Systems)
6. H# 6: Analyze the performance and operating characteristics of an installed PV system and components (System Maintenance, Grid and Off-Grid Systems)
7. H# 7: Analyse socio-economic and environmental impact of solar PV projects to promote societal acceptance (Gender and Socio-Economic Dynamics, Problem Solving, Energy Access)
8. S# 1: Undertake independent study of solar PV systems (Life-long Learning)
9. S# 2: Access solar PV systems learning material online (Digital Literacy)
10. S# 3: Provide solutions for lighting and powering small devices' energy challenges for communities (Energy Access, Problem Solving, Off-Grid Systems, Gender and Socio-Economic Dynamics)
11. S# 4: Determine the best PV system configuration for specific applications (Creativity)
12. S# 5: Communicate the design layouts for solar PV systems stakeholders (e.g. Employer/client/Installer) (Communication)
13. S# 6: Work together in small groups to design solar PV systems - domestic / mini-grid / utility-scale (Teamwork)
14. S# 7: Produce a technical report on solar PV system design (Writing Skills)

Facilitators

Tentative Topics