Kickstart your semiconductor career with Serah Semiconductor Technologies Pvt Ltd, a professional VLSI training and internship institute dedicated to industry-aligned chip design education.
Our structured training program focuses on building strong foundations in Digital VLSI design through hands-on learning and practical implementation. Students gain real experience in RTL coding, CMOS fundamentals, simulation practices, and the semiconductor design flow used in modern chip development.
Unlike traditional classroom learning, our program emphasizes practical engineering skills and real design exposure, ensuring students understand how semiconductor systems are actually developed in the industry. This approach prepares aspiring engineers for core semiconductor careers in India and international markets.
- Training Structure
- Digital Logic Basics & Number Systems
- Boolean Algebra & Logic Gates
- CMOS Technology & MOSFET Fundamentals
- Inverter Design, Delay, Noise & Power
- CMOS Logic Gate Design
- Multiplexers, Encoders & Decoders
- Adders, Comparators & ALUs
- Timing in Combinational Circuits
- Flip-Flops, Latches & Registers
- Counters & Sequence Generators
- Finite State Machine (FSM) Design
- Clocking, Skew & Low Power Concepts
- Verilog HDL Fundamentals
- Behavioral & Structural Modeling
- RTL Coding Methodologies
- Testbench Development & Simulation
- Mini RTL Design Project
- ASIC Design Flow Overview
- Synthesis & Timing Constraints
- Static Timing Analysis (STA)
- Floorplanning, Placement & Routing
- Physical Verification Concepts
- FPGA vs ASIC Design Flow
- RTL Design Project
- CMOS Design Optimization
- EDA Tool Exposure
- Interview Preparation & Assessment
Our curriculum is carefully structured to cover the essential concepts of Digital VLSI design and modern semiconductor workflows.
Digital VLSI Fundamentals & Semiconductor Industry Overview
CMOS Technology & MOSFET Operation
Digital Logic Design & Boolean Algebra
Combinational Circuit Design
Sequential Circuit Design
CMOS Inverter & Logic Gate Design
Power, Delay & Noise in CMOS Circuits
RTL Design Methodology
Verilog HDL Programming
Simulation and Testbench Development
Overview of Static Timing Analysis (STA)
Overview of Physical Design Flow
- Industry-oriented VLSI curriculum
- Hands-on Verilog HDL programming practice
- Mini RTL design projects for practical learning
- Exposure to industry-standard EDA tools
- Understanding of real chip design workflow
- Career guidance and interview preparation
- Certification upon successful completion
This program is suitable for students and professionals who wish to build a career in the semiconductor industry.
- B.Tech / M.Tech students (ECE, EEE, EIE, CSE)
- 2nd, 3rd, and Final Year Students
- Diploma students specializing in Electronics
- Fresh engineering graduates
- Faculty members interested in semiconductor training