Virtual learning experience for rural water engineers
- Ensure solar powered water system designs comply with local and international standards and stakeholder expectations
- Master all steps involved in designing solar powered water systems following the UNICEF and Water Mission Guide, including calculating water demand, estimating water source yield, determining total dynamic head at a specific flow rate, selecting an appropriate pump, motor, and ancillary equipment, and designing a photovoltaic power system
- Evaluate the design of a solar powered water system
WHO CAN PARTICIPATE?
- Individuals with technical backgrounds who are involved or considering involvement in designing or procuring solar powered water systems. Prior experience with solar pumping products and configurations is not necessary, but a basic understanding of electromechanical pumping and pipe flow principles is required.
- Participants must have access to a computer with a reliable internet connection and commit to spending an average of five hours per week on course activities over the eight-week duration.
- Enrolment will aim for diversity considering gender, years of experience, organizational roles, and country of operation. Priority will be given to individuals who demonstrate the ability to apply the knowledge and skills in their current professional role.
FORMAT & FEATURES
- Four modules available on-demand for two weeks at a time.
- Interactive, web-based learning environment with reading excerpts, activities, videos, discussion forums, and knowledge checks.
- Participants will gain direct access to facilitators and other participants who are working with solar powered water systems.
UPCOMING COURSE DATES
JANUARY 17 – MARCH 13, 2022 (8 WEEKS)
Application Deadline: December 19, 2021
Time Commitment: 40-50 hours total (minimum five hours per week; 50% reading, 50% coursework)
Registration Cost: Free
Credit: Certificate awarded by course sponsors and facilitators upon successful completion
Sponsors and Facilitators: UNICEF, Water Mission, CAWST, and the Global Water Center