Industrial
Professional
VLSI based IC Design
This comprehensive course on VLSI and IC Design provides a deep dive into the design, simulation, and fabrication of integrated circuits (ICs). Covering both digital and analog VLSI, the course introduces system-on-chip (SoC) design, CMOS technology, HDL programming (VHDL & Verilog), physical design, and fabrication processes. Students will explore ASIC and FPGA-based design methodologies, enabling them to choose the right approach for different applications.
Through hands-on practical sessions, students will design logic gates, latches, flip-flops, registers, counters, and memory elements at both the gate and transistor levels. The course also delves into timing analysis, clocking strategies, low-power design, and signal integrity considerations to optimize IC performance. Analog IC design modules cover ADC, DAC, and PLL architectures, preparing students for real-world mixed-signal applications.
Additionally, students will gain experience in EDA tools, layout design, DFT (Design for Testability), and 3D IC packaging. The final phase includes a project and industry case studies, ensuring students develop practical expertise.
By the end of this course, students will be industry-ready for roles in VLSI design, chip manufacturing, embedded systems, and semiconductor industries, with hands-on exposure to cutting-edge IC design and fabrication techniques.
Expectations and Goals
Expectations:
By the end of this course, students are expected to:
- Understand VLSI Fundamentals – Gain in-depth knowledge of SoC design, chip design methodologies (ASIC & FPGA), and CMOS technology.
- Develop HDL Programming Skills – Master VHDL and Verilog to describe and simulate digital circuits.
- Design Digital Circuits – Implement logic gates, multiplexers, flip-flops, registers, and counters at both gate and transistor levels.
- Work with EDA Tools – Gain hands-on experience with industry-standard design tools for simulation, synthesis, and layout design.
- Analyze and Optimize Designs – Learn timing analysis, power optimization, and signal integrity techniques to enhance IC performance.
- Understand Fabrication and Layout – Develop CMOS layouts, explore physical design, floorplanning, and routing, and understand the fabrication process.
- Work on Real-World Projects – Design and implement custom IC designs, addressing real-world industry challenges.
Goals:
- Industry-Ready Skillset – Equip students with VLSI design expertise to meet semiconductor industry standards.
- Strong Theoretical and Practical Knowledge – Bridge the gap between academic concepts and real-world applications.
- Hands-On Project Development – Ensure students build and test their own IC designs from RTL to GDSII.
- Job-Ready in Semiconductor & Embedded Industry – Prepare for careers in VLSI design, chip manufacturing, and embedded systems.
- Innovation & Research Mindset – Encourage exploration in AI-driven chip design, low-power VLSI, and quantum computing for future technologies.
This course empowers students with cutting-edge IC design expertise, making them industry-ready for semiconductor roles.
Mode of Training:
- LIVE Online
- Offline in Kolkata
- Offline in Durgapur
- Offline in Institutions / Companies (for institutional and corporate training)
Basic knowledge of electronics.
Course Modules
Industrial
- Duration - 30 to 40 Hours (2/3/4/6/8 Weeks)
- Daily / Weekly Classes
- 2 Case Studies & 1 Live Project
- Industrial Courses are only for students. You can avail this by producing valid proof of studentship. Work on assignments, case studies, and projects.
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WHEN WILL YOUR COURSE/TRAINING/INTERNSHIP START AFTER ADMISSION?
As per our policy, we start the course/training/internship within 10 days from the date of enrollment. If you enroll for future month/date, our schedule team will coordinate with you and assign your class. To communicate with our schedule team for preferred timing, email to training@ardentcollaborations.com. All courses/internships can be scheduled in customised manner as per your requirements. - Download Content
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