Questions from Prospective Students
1. What is the difference between Physics and Applied Physics?
The two degree programmes — BSc (Hons) in Physics and BSc (Hons) in Applied Physics — share many course requirements. The differences lie in the advanced courses taken during the third and fourth years.
The advanced courses for Physics (or "Pure Physics") students are geared toward achieving a deep and broad understanding of Nature. The topics studied include condensed-matter physics, high-energy particle physics, statistical mechanics, and general relativity, and they relate to fundamental physics (e.g., particle and gravitational physics), as well as the application of physics to complex systems (e.g., solid-state materials, superfluids and superconductors, soft matter, and chaotic systems).
The advanced courses for Applied Physics students are geared toward the application of physics to devices and technologies. Such applications include photonic (light-manipulating) devices like optical fibres and lasers; magnetic and spintronic devices used for data storage and processing; radiation-based medical diagnosis and therapy technologies; and acoustic devices for industrial and medical sensing.
2. Is Applied Physics the same as engineering?
There is no sharp distinction between the disciplines of Applied Physics and engineering, but they are not the same. Roughly speaking, Applied Physics sits between pure physics, which focuses on understanding Nature, and engineering, which focuses on the implementation of practical devices and technologies. Applied Physics researchers take new phenomena and explore their uses. In some cases, these discoveries lead to new devices and technologies, which are then refined and perfected by engineers.
Important technologies such as the laser, transistor, magnetoresistive multilayers (used in hard disk drives), and quantum dots (used in next-generation flat-screen displays) all came out of the work of applied physicists.
That said, the modern research landscape is increasingly multi-disciplinary. It is common for applied physicists to also do some research that can be called "pure physics", and some that could be called "engineering".
3. How different is your course from the one in NUS?
The best way to get an answer to this is to come speak with us in person. We believe that we can convince you of the quality of the education at our Division. If there are specific topics in physics that you are interested in, you are welcome to browse our faculty list; you will find that our professors are world-class experts who are among the top scientific contributors in many areas of physics.
Please send an email to email@example.com and we will be happy to answer all your queries in detail.
4. What are the career prospects?
Based on survey data, graduates of our Physics and Applied Physics programmes have gone on to a wide range of careers. These include:
- Research and Development (R&D) in academia.
- R&D in government organizations, such as A*STAR Research Institutes, DSO National Labs, and DSTA.
- R&D in the private sector, including the semiconductor industry, equipment manufacturers, the data storage industry, and the optics/photonics/displays industry.
- Teaching and other education-related careers.
- Software development in the IT sector.
- Programming and analyst jobs in the finance/banking industry.
- Various professional jobs in government and the private sector.
A physics education provides broad-based training in quantitative reasoning, coupled with technical capabilities in handling both software and hardware. We are confident that our graduates are well-positioned not just for a wide range of existing jobs, but also for the new types of jobs that will emerge in the rapidly-evolving global economy.
5. Will I have problems if I did not take the Modern Physics H3 paper?
No. Our curriculum is designed so that you learn about physics starting from the basics. Students who took the Modern Physics H3 paper will benefit from having previously encountered some of the more advanced concepts, but our lecturers do not assume any prior knowledge.
6. As a polytechnic graduate, will I have problems with the coursework?
Some of our most academically successful graduates were from polytechnics. It is true that polytechnic diploma holders sometimes face challenges, during the first year, to master the required mathematical skills. This is especially the case for those who took diplomas in fields further removed from physics and mathematics. By the end of the first year of study, however, those who apply themselves can catch up to — or even surpass — their fellow students.
Questions from current undergraduates
1. Can I switch from Physics to Applied Physics, or vice versa?
If you are still a first year student, it's no problem; the "branching point" between the programmes occurs sometime in Year 2 Semester 2. Even after that, you can switch programmes simply by taking the required courses. Please look up the programme requirements here.
In either case, please contact our undergraduate programmes coordinator, and we will try our best to help you.
Questions about the PHMA programme
1. Is there an academic performance requirement to remain in the PHMA programme?
Yes. You are required to maintain a CGPA of at least 4.0 throughout your course of study. If your CGPA first falls below 4.0, you shall be given a written warning. If you are unable to meet the requirements after another semester, you will be transferred to the Physics (PHY) programme, without a second major in Mathematical Science.
2. Can I drop my second major in Mathematical Sciences?
Yes, this can be done anytime. Moreover, PHMA students do not only drop the second major due to failing to meet CGPA requirements. In numerous cases, they decide that the course load is too heavy, and prefer to spend the extra time focusing on undergraduate research, other courses of study, extracurricular activities, etc. There is therefore no stigma associated with leaving the PHMA programme.
To drop the second major, please contact our undergraduate programmes coordinator, and give your full name, matriculation number, and a brief reason for dropping the second major. Please note that this decision, once made, is irrevocable.
3. Can I drop my physics major instead of the Mathematical Sciences major?
Yes, but this can be done via the Change of Programme process, described here. Please contact our undergraduate programmes coordinator, and we will assist you through the process.
4. If I dropped the second major in Mathematical Sciences, must I still take the math courses in the regular Physics curriculum?
It depends on when you drop the second major. If you have taken MH1200 and MH1201, you will not need to take MH2802. If you have only taken MH1200 but not MH1201, you are not exempt from MH2802. Other courses are matched on a case-by-case basis. Please contact our undergraduate programmes coordinator, and we will work out the course-matching for you.
5. When do I choose my specialization for the Math programme?
You will choose your specialization during Year 2 Semester 1. You will be contacted by the Division of Mathematical Sciences with instructions. If you have questions, please contact their undergraduate programmes coordinator.
6. How do I register for courses, since I have to enroll in both PPHY and MAS courses?
The School will help PHMA students register for core courses. An email will be sent to you to check your Degree Audit to confirm the courses registered. You can continue to add courses during Course Registration up to the Add/Drop period. Please note that the normal load for PHMA students is 22 AU, while the maximum load is 25 AU. If you wish to take more than 25 AU, you must apply for permission (an email will be sent out prior to the Course Registration period with instructions about how to do this).