avlsi – MOSart Labs

Ranked #1 on Chip Design

Advanced VLSI Chip Design

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From Chip-to-Product. From Classroom-to-Career.

Master Analog & Digital IC Design with industry-grade projects, 100% placement support, and training by semiconductor leaders.

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Few Seats Left

10 Months

(6M Class + 4M Internship)

INR 6,250/Month*

Easy EMI from

200+Hours

of Hands-On Labs

100%

Placement Support

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Why This Program Stands Out

Program Advantages

This program gives you a real competitive advantage by combining industry recognition, practical project work, and expert mentorship to ensure you gain job-ready skills, stand out to employers, and accelerate your career in IC design.

1.2M jobs by 2027.

Massive demand for skilled IC designers worldwide.

₹6L – 18L Annually

High salary potential right from the start of your career.

₹4.2T Market by 2025

Huge opportunity in market with a 45% CAGR growth rate.

Industry-Endorsed Certification

Recognized by an active chip design company, not just a training institute.

Integrated Internship

4-month internship with real project experience and certification.

Hands-on Project Work

End-to-end chip design projects that mirror real industry challenges.

A Ten Months Journey

This program blends 6 months of structured training with a 4-month internship, preparing you to work as a real VLSI engineer. You’ll start with strong foundations in Analog and Digital IC Design, move into advanced specialization, and finally execute a complete chip design project from specification to verification inside an active semiconductor company environment.

2.5 Months

Foundation

1 Month

Mini Corporate Project

2.5 Months

Specialization Module

4 Months

Internship & Capstone Project

Syllabus (Click + to Expand)

Foundation (2.5 Months)

Analog Chip Design

Overview of Analog IC Industry & CMOS Process
Circuit Laws (KCL, KVL), Resistive Networks
Capacitors, Inductors & Transient Analysis
Diode Models, Biasing & Small-Signal Behavior
MOSFET Physics & Regions of Operation
AC Analysis of MOSFET Amplifiers
Design & Simulation of Current Mirrors
Differential Pairs & CMRR
Single-Stage Amplifiers & Gain-Bandwidth Trade-offs
Noise in Analog Circuits & Monte Carlo Analysis

&

Digital Chip Design

Fundamentals of Digital Electronics
Combinational & Sequential Circuits
Verilog-Based RTL Design
FSM Design using Verilog
ASIC/SoC Design Flow & Verification
Development Flow: Spec to GDS II
Serial Communication Protocols (SPI, UART, I2C)
Processor Architecture using RISC-V
Fundamentals of Synthesis, STA & DFT

Mini Corporate Project (1 Month)

Apply your foundation knowledge to real-world problems by choosing a specialization (Analog or Digital) and working on industry-oriented challenges.

Specialization Module (2.5 Months)

Advanced Analog Design

Multi-Stage Op-Amps: Stability & Compensation
Advanced Op-Amp Topologies (Folded Cascode, Telescopic)
Bandgap Reference Circuits
Switched-Capacitor Circuits
ADC Architectures (SAR, Delta-Sigma, Flash)
DAC Architectures (Current-Steering, R-2R)
LDO Design Principles
Layout Considerations & Parasitics
ESD Protection & Latch-Up Prevention
Design for Manufacturability & Yield

OR

Advanced Digital Design

IP Design Techniques (FIFO, Arbitration, CRC, ECC)
SoC Design Flow & System Partitioning
Processing Subsystems (CPU, GPU, NPU, FPGA)
Memory Subsystems (MMIO, Caches, Main Memory)
System IP: AXI Bus, Clocking & Reset Mechanisms
SoC Development with AMD/Xilinx MPSoC
Power, Performance & Area (PPA) Analysis
End-to-End SoC Flow: Concept → Production

Internship & Capstone Project (4 Months)

Execute a complete full-cycle chip design project in a real industry environment:

Project Kickoff - Specification Definition

Begin by understanding the problem statement and design requirements. Define clear specifications for power, performance, area, and cost, just like engineers do in top MNCs.

Architecture – System & Block Design

Translate specifications into a structured system architecture. Break down the chip into functional blocks and plan signal flow, interfaces, and dependencies.

Implementation – Schematic & Simulation

Move from theory to execution by building detailed schematics. Use industry-grade tools to simulate circuit behavior, ensuring that designs meet performance targets.

Integration – Top-Level Testing

Bring all modules together into a complete system. Conduct integration testing to ensure smooth interaction between blocks and verify overall chip functionality.

Verification – Reliability & Yield

Run rigorous verification processes to confirm design accuracy. Test for real-world conditions like process variation, temperature, and noise, ensuring robust performance and high yield.

Defense – Documentation & Review

Present your project in a capstone defense to industry experts. Showcase your methodology, design choices, and test results, preparing you for real-world reviews and technical interviews.

What you get from MOSart Labs

MOSart Semi is a new-generation IC design and product engineering company, built by semiconductor industry veterans with over five decades of combined experience at Micron, Texas Instruments, ams OSRAM, TRAM Semiconductors, and other global leaders.

Learn directly from VLSI experts with 25+ years of industry experience.
Get trained by professionals behind global semiconductor innovations.
Experience real-world, employee-level chip design practices.
Build exactly the skills top semiconductor companies demand.
Receive mentorship tailored to high-paying VLSI careers.
Train in a live chip design company, not just a classroom.

Unlike traditional training institutes, MOSart Labs is an active chip design company delivering real projects to global clients such as Dell, Apple, Samsung, and Tesla. This gives our students a unique edge — they learn in the same environment where world-class chips are being designed.

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Who will you learn from?

Meet Our Faculty

Our founders, with 25+ years of VLSI expertise, are also your trainers.

Mr. Rajesh Gupta

Founder & CEO

With over 27 years of experience in the VLSI industry, Rajesh has led semiconductor innovations at TRAM Semiconductors, Texas Instruments, and Micron. At MOSart Labs, he drives the mission of transforming engineers into industry-ready chip designers.

Dr. Krishna Kanth Avalur

Founder & CTO

Bringing 23 years of expertise in VLSI design, Krishna has worked with global semiconductor leaders including ams OSRAM. His vision is to bridge the gap between academic learning and real-world chip design practices through hands-on training and advanced R&D.

Mr. Madhusudan Sampath

VP R & D

with 25 years in the VLSI industry and former Director at Samsung, is an NIT Trichy alumnus. He specializes in SoC architecture, CPU/GPU/NPU development, and has collaborated with global leaders including Apple, Dell, Micron, and Toshiba.

Program Outcomes

By the end of this program, you won’t just know the theory you’ll have industry-grade project experience that proves your skills.

Chip Design Execution

Work on a full-cycle IC design project from specification to silicon.Deliver corporate-level mini projects and defend your capstone project in front of industry experts.

Tools Expertise

Portfolio That Gets You Hired

Graduate with a project portfolio that showcases your ability to contribute from Day 1 in an MNC.

Jobs You Can Apply For

Analog Design engineer
Digital Design engineer
Analog Circuit Design Engineer
Digital Circuit Design Engineer

Sample Certificate

100+ Potential Hiring Companies

Have Questions? We’re Here to Help

Connect with our program advisor and get all your queries answered.

Frequently Asked Questions

How long is the program?

The program includes 6 months of intensive coursework followed by a 4-month industry internship in an IP design project.

Who is eligible for this program?

Final-year students and graduates from Electronics, VLSI, Communication, Instrumentation, or Physics backgrounds are eligible to apply.

What kind of certificate will I receive?

You will receive a Course Completion Certificate and an Internship Certificate directly from Mosart Labs, a recognized chip design company.

Do you provide placement support?

Yes. Mosart Labs provides 100% placement support, along with career guidance and interview preparation, to help you connect with semiconductor companies until you are successfully placed.

What are the payment options available?

We offer flexible EMI options starting at ₹6,250/month and limited-time scholarships to make the program affordable.

What kind of projects will I work on?

You’ll work on mini, corporate, and capstone projects covering the entire chip design cycle – from specification to silicon to system.

Is the program online or offline?

The program is fully online with 24/7 remote access to all industry-standard tools, so you can learn and practice from anywhere at any time.

Understand Your Investment

Program Fee & Scholarships

Easy EMI from INR 6,250/Month*

Invest in your future with flexible options designed to make learning accessible.
Limited-Time Scholarships Available. Block your seat with a minimal booking amount and secure exclusive discounts.

What You Get

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