🚀 Live Online VLSI Program • Hands-on Training • Placement Oriented • Admissions Open • Limited Seats Left
Built by a Chip Design Company
Advanced
VLSI Program
From Chip-to-Product.
From Classroom-to-Career.
- 10 Months Live Online Program
- 4 Months Internship Project
- 100% Placement Backed
📅 Next Batch Starts Soon
Limited Seats Available
🎓 Industry Curated Training
👨🏻💻 100% Placement Oriented
Built by a Chip Design Company
Advanced
VLSI Program
From Chip-to-Product.
From Classroom-to-Career.
- 10 Months Live Online Program
- 4 Months Internship Project
- 100% Placement Backed
📅 Next Batch Starts Soon
Limited Seats Available
🎓 Industry Curated Training
👨🏻💻 100% Placement Oriented
Built by a Chip Design Company
Advanced
VLSI Program
From Chip-to-Product.
From Classroom-to-Career.
- 10 Months Live Online Program
- 4 Months Internship Project
- 100% Placement Backed
📅 Next Batch Starts Soon
Limited Seats Available
🎓 Industry Curated Training
👨🏻💻 100% Placement Oriented
Built by a Chip Design Company
Advanced
VLSI Program
From Chip-to-Product.
From Classroom-to-Career.
- 10 Months Live Online Program
- 4 Months Internship Project
- 100% Placement Backed
📅 Next Batch Starts Soon
Limited Seats Available
🎓 Industry Curated Training
👨🏻💻 100% Placement Oriented
Our Specializations
Choose from three specialized VLSI domains and build industry-ready skills through expert-led, industry-grade training. Our practical-first approach focuses on real-world projects, hands-on learning, and industry-standard tools—not just theory.
Advanced Design Verification Program
Master Design Verification using SystemVerilog & UVM with hands-on training, real-world projects, and industry-standard EDA tools. Build robust testbenches and verify complex digital designs.
- 10 Months Live Online Program
- 4 Months Industry Internship
- 100% Placement Backed*
Advanced Physical Design Program
Master Physical Design with hands-on training, real-world projects, and industry-standard EDA tools. Learn floorplanning, placement, CTS, routing, timing closure, and chip implementation workflows.
- 10 Months Live Online Program
- 4 Months Industry Internship
- 100% Placement Backed*
Advanced RTL Design Program
Master RTL Design using Verilog & SystemVerilog with hands-on training, real-world projects, and industry-standard EDA tools. Build synthesis-ready digital designs and become industry-ready.
- 10 Months Live Online Program
- 4 Months Industry Internship
- 100% Placement Backed*
10 Months
(6 Month Class + 4 Month Internship)
₹8,712/Month *
Easy EMI Option
200+Hours
of Hands-On Labs
100%
Placement Support
Why Most VLSI Courses Fail to Prepare Engineers
❌ Without MOSart Labs
Joins IT/unrelated job after self-study or no course
VS
✅ With MOSart Labs
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.
Why Most VLSI Courses Fail to Prepare Engineers
❌ Without MOSart Labs
Joins IT/unrelated job after self-study or no course
VS
✅ With MOSart Labs
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.
Why This Program Stands Out
Program Advantages
Experience real VLSI verification workflows and learn how Design Verification is done inside an active semiconductor company.
Learn Inside a Chip Design Company
Experience training in an active VLSI company where you learn the same design methodologies and workflows used in real semiconductor projects.
4-Month Industry Internship Project
After completing classroom training, work on an advanced RTL Design internship project and gain practical semiconductor industry experience.
Freshers Can Earn Up to ₹18 LPA
Top product semiconductor companies can offer freshers packages reaching ₹18–20 LPA, while many entry-level roles fall in the ₹6–12 LPA range depending on skills, projects, and the employer.
Our Recognition & Collaborations
Program Syllabus
Advanced Design Verification Course Module
Design Verification
- SystemVerilog Fundamentals
- Testbench Development
- Constrained Random Verification
- Functional Coverage
- Code Coverage
- Assertions (SVA)
- Scoreboards & Drivers
- Debug & Verification Flow
- Industry EDA Tools
- Verification Project
Advanced Design Verification
- UVM Methodology
- Advanced Verification Techniques
- Verification IP (VIP)
- Protocol Verification
- Coverage Closure
- Assertion-Based Verification
- Analog/Mixed-Signal Verification
- SoC/IP Verification
- Regression & Debugging
- Industry Verification Project
Advanced Physical Design Course Module
Physical Design
- CMOS Process Technology
- Layout Design Principles
- Design Rule Checking (DRC)
- Layout Versus Schematic (LVS)
- Design for Manufacturability (DFM)
- Standard Cell Libraries
- Semiconductor Fabrication Flow
- Physical Verification
- Industry EDA Tools
- Hands-on Layout Projects
Advanced Physical Design
- Floor planning Techniques
- Power Planning
- Cell Placement
- Clock Tree Synthesis (CTS)
- Signal Routing
- Static Timing Analysis (STA)
- Timing Closure
- Physical Signoff Flow
- ECO Optimization
- Industry Tapeout Project
Advanced RTL Design Course Module
RTL Design
- Digital System Design
- Verilog HDL Programming
- RTL Coding Techniques
- Combinational Logic Design
- Sequential Logic Design
- Finite State Machines (FSM)
- RTL Simulation & Debugging
- Synthesis & Optimization
- RISC-V Processor BasicsRISC-V Processor Basics
- Design for Test (DFT)
Advanced RTL Design
- SystemVerilog Programming
- SoC Architecture Design
- IP Integration Techniques
- AMBA Bus Protocols
- Pipelining & Parallelism
- Multi-Clock Domain Design
- Processor Design Concepts
- Performance Optimization
- Advanced RTL Debugging
- Industry RTL ProjectIndustry RTL Project
Course Projects
Apply your RTL design knowledge to industry-oriented, real-world design problems through practical projects.
Internship Project
A 4-month industry-oriented RTL design project where students design, simulate, optimize, and validate a digital IP from specification to synthesis using industry-standard EDA tools.
Project Setup &
Architecture Design
Understand specifications, define the microarchitecture, and prepare the design environment.
RTL Design &
Coding
Develop Verilog/SystemVerilog RTL modules following industry coding standards.
Functional Simulation &
Debugging
Simulate, verify functionality, and debug the RTL design using professional EDA tools.
Synthesis &
RTL Optimization
Perform synthesis and optimize the design for timing, area, and power.
Design Validation &
Quality Checks
Validate the design through lint, CDC, code reviews, and functional quality checks.
Industry Project
Presentation
Present the complete RTL project with technical documentation and design review.
100+ Potential Hiring Companies
Secure Your Future Now.
Invest in skills that matter. Learn from industry professionals, work with professional EDA tools, gain practical experience, and prepare yourself for opportunities with leading semiconductor companies.
Secure Your Future Now.
Invest in skills that matter. Learn from industry professionals, work with professional EDA tools, gain practical experience, and prepare yourself for opportunities with leading semiconductor companies.
Get Started Today
Have questions? Want to know if this program is the right fit for you?
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