Applicants for admission into the degree programme should meet the minimum University entrance requirement of either a mean grade of C+ or equivalent and above in Kenya Certificate of Secondary Education (KCSE) Examination,

In addition, the candidate must have at least C+ in Mathematics/Chemistry/Physics

The duration of the program shall normally be four (4) academic years.

Teaching methods in all units shall include lectures, field trips, seminars, tutorials, discussions, and practical.

• Renewable Energy Systems (Solar, Wind, Biogas)
• Electronics and Instrumentation
  Materials Science
• Theoretical and Computational Physics

In addition to core physics and specialized technology modules, students take foundational courses in Mathematics, Chemistry, and Social Sciences to foster an interdisciplinary perspective and an innovation-driven mindset

Experiential Learning and Practical Engagement

The program places a strong emphasis on experiential learning through:

• Laboratory Practicals and Experiments
• Field Projects and Technical Surveys
• Community-Based Technology Demonstration Projects
• Industrial and NGO Internships

Nearly all courses incorporate laboratory or fieldwork components to ensure that students gain real-world skills in technology design, implementation, and evaluation.

Graduates of this program are well-prepared to:

• Design and implement appropriate technologies for sustainable development
• Work in the renewable energy sector, technology deployment, and environmental management
• Serve in NGOs, governmental agencies, and industries focusing on innovation for social impact
• Engage in science education and curriculum development
• Pursue advanced studies in applied physics, sustainable energy, engineering, or development studies

This degree is ideal for students passionate about applying physics to solve practical challenges in diverse settings—especially in ways that empower communities and promote sustainable progress.

FIRST & SECOND YEAR

THIRD AND FOURTH YEAR