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Find out more about the Physics foundation subject on the UPC. Learn about what you will study, teaching methods, assessments and recommended reading.
Subject description
The Physics subject introduces you to the most important concepts of physics. You'll study physics and its theoretical background. You’ll also explore the tools and methods to approach scientific problems.
It is a part of the Undergraduate Preparatory Certificate for Science and Engineering (UPCSE) pathway.
We'll introduce you to a wide range of subjects, including both classical and contemporary ideas in physics. The course centres on the conceptual and mathematical nature of the subject. This includes the role of fundamental principles and their relationship to physical laws.
The international foundation year’s Physics subject is split into six main units:
- Mathematical preliminaries
- Classical kinematics and mechanics
- Oscillatory phenomena, waves and optics
- Modern physics (special relativity, quantum and nuclear physics)
- Thermal physics and introduction to astrophysics
- Electricity and magnetism
The course has a strong focus on mathematical treatment of physical laws, including calculus. This will prepare you for any high-quality engineering or science course at a UK university.
Our laboratory, with state-of-the-art facilities, allows you to develop your experimental skills. You'll train in mathematical modelling and error analysis, and you’ll have the chance to work in groups. As you study physics, you'll also learn computing and report writing skills.
How we teach Physics
You'll study physics through lectures, small-group tutorials and lab work. In the lab, you'll work in groups and carry out independent experimental work.
Intended learning outcomes
By the end of the subject, you should be able to:
- fully understand, state and explain the fundamental principles of classical and modern physics
- provide real-world examples for all units studied on the course
- confidently use English to describe physical concepts, principles and theorems to both specialist and non-specialist audiences
- confidently use mathematical calculus (integration and differentiation) to state physical laws, derive important results and solve complex problems
- independently conduct complex physics experiments using a range of experimental apparatus and report findings via a thorough and well-structured scientific report
Overview of Summative Assessment
| Term | Assessment | Weighting |
|---|---|---|
| One | End of Term Exam (2 hours) | 10% |
| Two | End of Term Exam (2 hours) | 10% |
| Three | Final Written Exam (3 hours) | 45% |
| Final Oral Exam (10-15 mins) | 5% | |
| Throughout the year | Class Tests | 15% |
| Laboratory Work | 15% | |
| 100% Total |
Recommended reading
If you want to do any reading before starting the subject, we recommend:
- College Physics 11th Edition, Serway & Vuille, Cengage Learning
- Physics for the IB diploma, K. A. Tsokos, Cambridge University Press
Please note the information on all the UPC subject pages, including this one, reflects the subject as it was taught in the 2024-25 academic year (unless otherwise stated). The information may change for the next year of entry.