Master’s in AI Chip Architecture & Agentic EDA Orchestration trains engineers to design intelligent AI processors using autonomous EDA workflows and next-gen silicon innovation.

Learn how to design and build EV Power Management ICs by working on a project that focuses on safety, efficiency, and optimizing power in real time.

You can learn how to design FPGA-based controllers by doing a hands-on mini project that combines digital design, HDL coding, and real-time implementation.

Post-Silicon Validation ensures chip functionality after fabrication by testing performance, stability, and real-world behavior before product launch.

Learn how to use DFT techniques to make sure that modern VLSI chip designs are tested quickly, cover all faults, and improve yield.

Learn how to make chips and hardware accelerators that are good for AI, deep learning, edge AI, and high-performance computing.

Learn the basics and advanced design of power electronics that make electric vehicles more efficient, safe, and powerful.

Learn how to design semiconductors for electric vehicles, with a focus on power electronics, battery management, and energy efficiency.

Design and Timing in the Real World Closure is all about implementing chips, optimizing them, and getting designs ready for signoff for high-performance VLSI systems.

For high-performance embedded applications, System-on-Chip (SoC) Design combines digital, analog, memory, and processor parts into one chip.

RF Circuit Design is about the basic ideas behind high-frequency circuits. It includes amplifiers, mixers, filters, oscillators, and impedance matching for wireless and communication systems.

With Mixed Signal Design Online Training by Techpratham, you can learn how to design circuits that use both analog and digital parts, like ADCs, DACs, PLLs, and sensor interfaces. It teaches students how to make efficient mixed-signal ICs that can be used in real-life semiconductor applications.

Analog IC Design Online Training by Techpratham teaches you everything you need to know about designing integrated circuits for analog uses like amplifiers, data converters, and signal processing. It helps students learn how to use EDA tools and understand the basics of CMOS analog design.

Testing and Packaging Online training gives you a deep understanding of how to package semiconductor devices, put them together, and test them for electrical and functional issues. It teaches students how to make sure that things are of good quality and work as they should.

The Clean Room Process and Lithography Online training teaches you how to work in a semiconductor cleanroom, how to control contamination, and advanced lithography techniques for making devices. It gets students ready to work with semiconductor processes using industry-standard methods.

Semiconductor Fabrication Technology Online Training provides in-depth knowledge of IC manufacturing processes, cleanroom practices, and nanotechnology techniques. It equips learners with skills to understand and design semiconductor devices at the fabrication level.

FPGA-based System Design Online Training teaches you everything you need to know about FPGA architecture, SoC integration, and developing embedded systems. It teaches students how to design, build, and improve high-performance digital systems on FPGA platforms.

FPGA Design with Verilog/VHDL Online Training gives you a solid understanding of hardware description languages and how to design FPGAs. It teaches students how to design, simulate, and build digital systems on FPGA platforms.

With Xilinx Vivado (FPGA Design) Online Training by Techpratham, you can learn how to design, synthesize, simulate, and implement FPGAs using the Vivado Design Suite. It gets students ready to make high-performance digital systems on Xilinx FPGAs.

Mentor Graphics (Siemens EDA) Online Training by Techpratham teaches you how to use advanced EDA tools for design, verification, simulation, and physical implementation. Students in this class can use industry-standard tools like Questa, Calibre, and Tanner EDA.

With Synopsys Tools Online Training, you can learn how to use Design Compiler and IC Compiler for RTL synthesis, placement, routing, and timing closure. Using industry-standard EDA tools, this course teaches you how to do front-end and back-end digital design very well.

Cadence Virtuoso Online Training by Techpratham teaches students how to design, simulate, and verify custom ICs. Using Virtuoso tools, this course gives you hands-on experience with schematic entry, layout design, and post-layout verification.

The ASIC Design Flow Online Training by Techpratham course teaches you everything you need to know about the Application-Specific Integrated Circuit design cycle, from RTL to tape-out. This course gives students the tools and methods used in the industry to design chips quickly and efficiently.

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.

Analog and Digital Electronics Training by Techpratham gives you a strong foundation in electronic circuits, logic design, and putting systems together. It talks about amplifiers, oscillators, combinational logic, sequential circuits, and how to use them in real life.

Basics of semiconductor devices Training by Techpratham gives you a solid understanding of how semiconductors work and how to use them. It talks about diodes, transistors, MOSFETs, and how they are used in modern electronics.

Embedded Systems with ARM Cortex Training by Techpratham teaches you everything you need to know about ARM processor architecture and how to use it to design embedded systems. It includes programming, peripherals, integrating an RTOS, and debugging.

The VLSI End-to-End Chip Project Training gives you hands-on experience with the whole semiconductor design process. It includes RTL design, verification, synthesis, PnR, DRC/LVS, and getting ready for tape-out.

VLSI Verification Training by Techpratham with UVM and SystemVerilog teaches students advanced ways to quickly check digital designs. It talks about making testbenches, functional coverage, assertions, and verification frameworks that can be used again.

The goal of Low Power VLSI Design Training is to teach people how to use modern integrated circuits with as little power as possible. It talks about ways to reduce leakage, clock gating, multi-Vt design, and more advanced optimization techniques.

CMOS VLSI Design Training by Techpratham gives you a good base for designing integrated circuits with CMOS technology. It talks about chip-level implementation, device physics, logic design, and layout techniques.

Digital VLSI Design (RTL to GDSII) Training teaches you everything you need to know about the whole chip design process, from Register Transfer Level (RTL) coding to physical design. It gets students ready to use industry-standard tools to work on ASIC/SoC design.

The Basics of VLSI Design Training by Techpratham teaches students the basics of Very Large-Scale Integration, with an emphasis on digital design, CMOS technology, and chip architecture. It lays the groundwork for careers in hardware and semiconductor design.

Students who take Altium Certification Training by Techpratham learn how to use Altium Designer to design PCBs, capture schematics, and model electronic circuits. Get real-world experience with placing components, routing, and getting the board ready for fabrication.