| Subject Code | Name of Subject |
|---|---|
| AP10000 | Freshman Seminar – from atoms to the universe |
| AP10001 | Introduction to Physics |
| AP10005 | Physics I |
| AP10006 | Physics II |
| AP10007 | Applied Physics Laboratory |
| AP10008 | University Physics I |
| AP10009 | University Physics II |
| AP10011 | Physics for Chemical and Biological Sciences |
| AP1D02 | Introduction to Astronomy |
| AP1D03 | How Things Work: the Physics of Everyday Life |
| AP1D04 | Introduction to Atmospheric Science |
| AP1D05 | Introduction to Physics |
| AP20001 | Electromagnetism |
| AP20002 | Materials Science |
| AP20003 | Mechanics |
| AP20005 | Programming in Physics |
| AP20006 | Quantum Mechanics for Scientists and Engineers |
| AP20007 | Fundamentals of Scientific Instrumentation |
| AP20008 | Waves |
| AP20009 | Optics 1 |
| AP20010 | Optics 2 |
| AP20012 | Computer-based Automation |
| AP20014 | Innovation Project |
| AP20015 | Physics in Radiological Science |
| AP20016 | Electromagnetism and Waves |
| AP20017 | Mechanics and Robotic Motion |
| AP2S01 | Enhancing Scientific Literacy through Daily Physics |
| AP30001 | Applied Acoustics |
| AP30002 | Computational Physics |
| AP30003 | Detectors & Imaging Devices |
| AP30004 | Electromagnetic Fields |
| AP30005 | Advanced Scientific Instrumentation |
| AP30007 | Optical Design |
| AP30009 | Laser Principles and Applications |
| AP30010 | Radiation Physics |
| AP30011 | Solid State Physics |
| AP30012 | Thermal and Statistical Physics |
| AP30013 | Photonics Laboratory |
| AP30014 | Science and Technology of Photovoltaics |
| AP30016 | Materials Science and Analysis |
| AP30017 | Medical Imaging: Science and Technology |
| AP30018 | Acoustics Principles and Intelligent Applications |
| AP30019 | Data Analysis Techniques for Scientists |
| AP30020 | From Semiconductor to Intelligent Devices |
| AP30021 | Optical Design with AI |
| AP30022 | Scientific Instrumentation and Automation |
| AP30023 | Sensors and Transducers for Internet of Things |
| AP40002 | Display Technology |
| AP40003 | Solid State Lighting |
| AP40004 | Project |
| AP40005 | Optoelectronic Packaging and Reliability |
| AP40006 | Semiconductor Materials and Devices |
| AP40009 | Advanced Photonics Laboratory |
| AP40010 | Lighting Control Technology |
| AP40011 | Materials in Energy Conversion and Storage |
| AP40012 | Machine Learning in Physics |
| AP40013 | Energy Conversion and Storage with Machine Learning |
| AP40014 | Imaging: Detector, Display and Processing |
| AP40015 | Intelligent lighting |
| AP40016 | Laser Processing and Applications |
| AP40017 | Experiment X |
| AP40018 | Medical Imaging: Science and Analytics |
| AP40020 | Integrated Capstone Project |
| AP40021 | Capstone Project |
| AP40022 | Company Attachment |
| AP40023 | Materials Modelling by Density Functional Theory |
Faculty of Science
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