BSc (Hons) Physics with Electronics
Probe the Fundamentals of the Universe. Engineer the Technology of Tomorrow.
Program Overview
This program offers a unique fusion of deep theoretical physics and applied electronics engineering. You will explore the principles governing matter and energy, from quantum mechanics to electromagnetism, while gaining hands-on skills in circuit design, microcontroller programming, and signal processing. This powerful combination prepares you to innovate at the intersection of scientific discovery and technological development.
Why This Program?
- •Gain extensive hands-on experience in our advanced physics and electronics labs, equipped with oscilloscopes, signal generators, and FPGA development boards.
- •Work on real-world projects sponsored by our industry partners, such as designing IoT sensors for agricultural monitoring.
- •Option to undertake a final-year research project in our dedicated Solid-State Physics or Applied Optics research groups.
- •Curriculum is designed to align with the requirements of the Institute of Physics (IOP) and IEEE.
Real-World Importance
•Physicists with electronics expertise are the innovators behind modern technology.
•They design the sensors that make autonomous vehicles see, the microchips that power every computing device, the medical imaging equipment that saves lives, and the communication systems that connect the globe.
•They solve complex problems by applying fundamental physical principles to create tangible, cutting-edge solutions that drive progress in nearly every industry, from renewable energy to telecommunications..
Curriculum Overview
Program Structure
Key Topics
Course Outline
Year 1: Foundations
Year 2: Core Principles
Year 3: Advanced Theory & Application
Year 4: Specialization & Capstone
Career Opportunities
Electronics Design Engineer
Potential Sectors:
Research Scientist
Potential Sectors:
Medical Physicist
Potential Sectors:
Systems Engineer
Potential Sectors:
Academia & Lecturer
Potential Sectors:
Learning Outcomes
Admission Requirements
UTME Requirements
O'Level Requirements
- •English Language
- •Mathematics
- •Physics
- •Chemistry
- •Further Mathematics, Biology, or Geography
Five (5) SSCE credit passes in the required subjects at not more than two sittings. Physics and Mathematics are core. A credit in Further Mathematics is a strong advantage.
JAMB Subjects
- •English Language (Compulsory)
- •Physics
- •Mathematics
- •Chemistry
JAMB Score Requirements
Minimum Score
150
Competitive Score
180
Top-tier universities often require scores of 200 and above for this competitive course.
Direct Entry Requirements
Other Requirements
Grading System
Our Successful Alumni
Ngozi Eze
Hardware Engineer, Samsung R&D Institute
Class of 2017
"The strong foundation in both physics and practical electronics from SAU set me apart. I was designing and testing circuits in my first job while others were still learning the basics."
Tunde Okeowo
Co-Founder, 'SunSpark' Solar Tech
Class of 2014
"My final year project on improving solar cell efficiency became the prototype for our company's first product. The program teaches you to turn theory into viable technology."
Did You Know?
Meet Your Department Head
Dr. Ibrahim Chukwu
Professor of Solid-State Physics
“This program is for those who are not just satisfied with understanding how the world works, but are driven to build devices that change it. We bridge the gap between abstract theory and practical, world-changing engineering.”
Dr. Chukwu's research focuses on semiconductor materials for next-generation solar cells. He has collaborated with tech firms across Europe and Africa and holds several patents in photovoltaic device design.
Accreditation
Exam Preparation
This program provides a strong foundation for professional certifications and further chartered status with the Institute of Physics (IOP) and the IEEE.
Facilities & Resources
- •Advanced Physics Laboratory with optical benches, vacuum systems, and cryogenic equipment.
- •Digital Electronics Lab with FPGA and CPLD development stations, logic analyzers, and soldering stations.
- •Dedicated project lab for final-year students with 3D printers and PCB milling machines.
Industry Connections
Partners
Initiatives
- •Annual Tech Innovation Challenge
- •Industry Sponsored Final Year Projects
- •IEEE Student Chapter Workshops
Scholarship Opportunities
Future Innovator Scholarship
Awarded to students with a demonstrable passion for building and inventing, as shown through personal projects or science fairs.