Semiconductor Physics & Materials Training gives you a solid understanding of semiconductor properties, how carriers move, and material science. It talks about crystal structures, energy bands, doping, and how they are used in modern electronic devices.
Level
Advanced
Duration
8 weeks



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Rated #1 Recognized as the No.1 Institute for Semiconductor Physics & Materials Online Training Course. Techpratham offers a thorough course on the basics of semiconductors. The course talks about crystal structures, band theory, charge carriers, doping mechanisms, and how materials affect how well devices work. Students learn about advanced semiconductors like silicon, germanium, and compound materials that are used in VLSI and nanotechnology. Students will be able to use what they learned about physics and material science to design electronic and optoelectronic devices by the end of the course.
Working professional who is carrying more then 10 years of industry experience.
Access to updated presentation decks shared during live training sessions.
E-book provided by TechPratham. All rights reserved.
Module-wise assignments and MCQs provided for practice.
Daily Session would be recorded and shared to the candidate.
Live projects will be provided for hands-on practice.
Expert-guided resume building with industry-focused content support.
Comprehensive interview preparation with real-time scenario practice.
Fundamental properties and classification of semiconductor materials.
Understanding crystal geometry and lattice properties.
Electronic band structure and its impact on material behavior.
Carrier generation, recombination, and transport mechanisms.
Impurity doping and carrier concentration analysis.
Formation, operation, and characteristics of PN junctions.
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Carrier Concentration Simulation in Doped Semiconductors
Make a MATLAB or Python simulation that shows how electrons and holes behave at different temperatures and doping levels.
Crystal Defect Analysis in Semiconductor Materials
Use modeling tools to study crystal defects and see how they affect the electrical and optical properties of semiconductor devices.
Comparative Study of Silicon vs GaN for Power Devices
Investigate and simulate the performance disparities between silicon and GaN-based semiconductors for high-power applications, such as electric vehicles.

Why is learning Semiconductor Physics & Materials important for electronics careers?

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