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Applied Physicist

An Applied Physicist bridges the gap between theoretical physics and real-world engineering solutions. They design experiments, develop instrumentation, and apply physical principles to solve practical problems in industries such as semiconductors, medical devices, energy, and defence. Working in labs, research centres, or corporate R&D departments, they collaborate with engineers and scientists to innovate technologies and improve existing systems. Strong analytical, mathematical, and programming skills are essential for success in this dynamic and impactful career.

  • applied physics
  • research and development
  • experimental physics
  • semiconductor physics
  • optics
  • materials science
  • quantum mechanics
  • instrumentation
  • data analysis
  • laser physics
  • nanotechnology
  • medical physics
  • computational physics
  • R&D engineer
  • physics research

Available courses

18

Students

254

Average monthly income

₹80K - ₹250K

Most accessed course

Quantum Mechanics Course

You will develop a command of quantum mechanics, beginning with the linear algebra and differential equations that underlie the theory. You will solve the Schrödinger equation for systems from the particle in a box to the hydrogen atom, and master angular momentum, spin, and particle statistics. Approximation techniques such as perturbation theory, the variational method, and the WKB approximation will enable you to tackle problems without exact solutions. Advanced topics include the density matrix formalism, quantum entanglement, quantum gates, and algorithms like Grover's and Shor's. Supplementary material expands your knowledge to relativistic quantum mechanics, quantum field theory, computational methods, and applications to semiconductors, lasers, MRI, and quantum sensing.

Students

28

Workload

4h - 360h

Rating

—

What does a Applied Physicist do

  • Design and conduct experiments to investigate physical phenomena and validate theoretical models for practical applications.

  • Develop and optimise instruments, sensors, and measurement systems used in industrial or research settings.

  • Analyse experimental data using computational tools and statistical methods to draw actionable conclusions and publish findings.

  • Collaborate with engineering and product development teams to apply physics principles in the design of new technologies and products.

Where do you want to start?

All courses in the track in a single plan

Study whatever you want, at your own pace. Unlimited access, certificates included, and no commitment.

What our students say

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