All Physics programmes at Ahmedabad University are situated within the broader philosophy of the University's unique pedagogy, premised on interdisciplinarity, research-thinking, and experiential learning. This approach enables students to expand their knowledge and develop a 360-degree problem-solving approach to create a positive societal impact.
Interdisciplinarity ensures that students can connect disparate ideas across various knowledge disciplines.
The programmes comprise a strong research component, reinforced through learning initiatives such as research seminars, undergraduate theses and capstone projects, tutorial sessions, training from active researchers worldwide, and more.
We encourage our students to actively design experiments and implement innovative pedagogies through laboratory work, ensuring experiential learning.
Students learn essential mathematical tools and fundamental theories. They also develop computational skills and study experimental design to test hypotheses, data analysis and statistics, and scientific communication.
Beyond Physics courses, students have the freedom to take courses in economics, finance, or any discipline of their choice, thereby crafting a learning journey tailored to their interests.
Faculty administering the Physics programme at Ahmedabad University employ diverse hands-on activities and engage students with real-world complex problems, reflecting the University's emphasis on active and experiential learning and nurturing a problem-solving approach.
Aligned with experiential learning, the undergraduate Physics programme offers unique introductory Physics laboratory courses called "Blank Labs". Devoid of any ready-made experimental setup, the laboratory courses enables students to design the experiment, build the necessary equipment on a modest budget, and then acquire, analyse, and interpret the data. Students recognise the sensitivity of the equipment they have built and quantify measurement errors. They conduct a scientific experiment collaboratively and acquire the skills to describe a scientific experiment appropriately.
Advanced Physics lab courses provide students hands-on training in handling equipment such as lasers, oscilloscopes, function generators, power supplies, etc. It covers all fundamental areas of Physics, including classical mechanics, electromagnetism, optics, and electrical and electronic systems. Along with the hands-on experience, these courses allow students to reinforce theoretical concepts through practical experimentation.
The undergraduate programmes in Physics include laboratory courses in