27+ Years of Industry Experience
Up to 30% scholarship for top 10 selected students
Up to 30% scholarship for top 10 selected students
Up to 30% scholarship for top 10 selected students
Up to 30% scholarship for top 10 selected students
You spent 4 years studying electronics. So why are you still not getting hired?
Because knowing how circuits work… is not enough.
Companies hire engineers who can actually build and debug them.
An Advanced VLSI Online Program where you don’t just learn — you build, debug, and work on real chip design problems.
Built inside a semiconductor chip design company — not a training institute.
- Designed for ECE/EEE Graduates
- Industry Tools + Real Project Experience
- 100% Placement Oriented Program (Not Just Theory)
Our hiring network includes companies like:
Our hiring network includes companies like:
You spent 4 years studying electronics. So why are you still not getting hired?
Because knowing how circuits work… is not enough.
Companies hire engineers who can actually build and debug them.
An Advanced VLSI Online Program where you don’t just learn — you build, debug, and work on real chip design problems.
Built inside a semiconductor chip design company — not a training institute.
Our hiring network includes companies like:
- Designed for ECE/EEE Graduates
- Industry Tools + Real Project Experience
- 100% Placement Oriented Program (Not Just Theory)
Why Most VLSI Courses Fail to Prepare Engineers
❌ Without MOSart
Joins IT/unrelated job after self-study or no course
VS
✅ With JNTU PG Diploma @MOSart
Enrolled → trained → Placed in a semiconductor company
Theory + Practical
Learning remains limited to exercises that rarely reflect real industry design challenges.
VS
Theory + Practical + Industry Experience
Learn concepts, apply them in projects, and experience how real chip development works.
Academic instructors
Training often comes from purely academic backgrounds with limited industry exposure.
VS
Industry Experts with 20+ years experience
Training guided by industry veterans who understand real semiconductor workflows.
Lack of industry project exposure
Students graduate without experiencing the complexity of real chip design projects.
VS
Industry Project + 4 Month Internship
Gain practical experience through project work and structured industry internship.
Get Started Today
Have questions? Want to know if this program is the right fit for you?
Fill out the form and our team will get in touch with you.
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Program Syllabus
Foundation Module
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 Full Month
Choose Your Specialization(Analog/Digital) & Apply foundation knowledge to Industry-oriented Real-world problems
Specialization Module
Apply your foundation knowledge to real-world problems by choosing a specialization (Analog or Digital) and working on industry-oriented challenges.
Advanced Analog Design
- Multi-Stage Op-Amps: Stability & Compensation
- Advanced Op-Amp Topologies
- 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
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 Project
Execute a complete full-cycle chip design project in a real industry environment
Project Kickoff
Specification Defination
Architecture
System & Block Design
Implementation
Schematic & Simulation
Integration
Top-Level Testing
Verification
Reliability & Yield
Defense
Documentation & Review
Learn Directly From Industry Experts Who Design Real Chips
Speak with our team and understand how the program trains engineers using real semiconductor workflows.
Limited seats per batch
Schedule a Free Consultation
Who will you learn from?
Meet Our Faculty
Our founders, with 25+ years of VLSI expertise, are also your trainers.
23+ Years of Industry Experience
12+ Years of Experience
Applications Are Closing Soon
Every batch has limited seats because training happens inside an active chip design company.
Submit your details to check admission eligibility.
Secure Your Seat