Foundation Phase
Digital logic, Verilog HDL fundamentals, basic simulation tools
Deliverable: 6+ Verilog modules
 
															 
															
Placement Rate

Students Trained

Certification

Student Rating
Ignite your learning with FLARE career growth – 80% hands-on practice, 20% theory.
Ignite your learning with FLARE career growth – 80% hands-on practice, 20% theory.
AI-curated micro-lessons help you grab the basics quickly without information overload.
Jump straight into gamified challenges, interactive projects, and hands-on experiments.
Personalized feedback, instant doubt-solving, and adaptive pathways guided by AI tutors.
Revisit tricky topics with AI-powered summaries, flashcards, and remix learning styles.
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															Module 1: Introduction to VLSI & Digital Logic
Module 2: Number Systems & Boolean Algebra
Module 3: Combinational Circuit Design
Module 4: Sequential Circuit Design
Module 5: Memory Elements & Timing
Module 6: HDL Coding Best Practices
Module 7: Capstone Project
Module 1: RTL Design Deep Dive
Module 2: Advanced Combinational Logic
Module 3: Sequential Logic Mastery
Module 4: Memory Design – Part 1
Module 5: Memory Design – Part 2
Module 6: Clock Domain Crossing (CDC)
Module 7: Timing Analysis & Constraints
Module 8: SystemVerilog for Design
Module 9: Protocol Fundamentals
Module 10: APB Protocol Design
Module 11: AHB Protocol Design
Module 12: AXI Protocol – Part 1
Module 13: AXI Protocol – Part 2
Module 14: AXI Integration Project
Module 15: SoC Subsystem Design
Module 16: Synthesis & Optimization
Module 17: Capstone Projec
Module 18: Career Prep & Portfolio
✅ 6+ Verilog modules (Basic)
✅ 1 Capstone FSM project (Basic)
✅ Hands-on exposure to simulation tools (ModelSim, Vivado, or Quartus) (Basic)
✅ 10+ RTL modules (PRO)
✅ 3 Mini Projects + 1 Capstone (PRO)
✅ Exposure to AMBA protocols, memory blocks, SoC integration (PRO)
✅ Portfolio-ready code + Certificate of Completion
Module 1: Introduction to VLSI & Digital Logic
Module 2: Number Systems & Boolean Algebra
Module 3: Combinational Circuit Design
Module 4: Sequential Circuit Design
Module 5: Memory Elements & Timing
Module 6: HDL Coding Best Practices
Module 7: Capstone Project
Module 1: RTL Design Deep Dive
Module 2: Advanced Combinational Logic
Module 3: Sequential Logic Mastery
Module 4: Memory Design – Part 1
Module 5: Memory Design – Part 2
Module 6: Clock Domain Crossing (CDC)
Module 7: Timing Analysis & Constraints
Module 8: SystemVerilog for Design
Module 9: Protocol Fundamentals
Module 10: APB Protocol Design
Module 11: AHB Protocol Design
Module 12: AXI Protocol – Part 1
Module 13: AXI Protocol – Part 2
Module 14: AXI Integration Project
Module 15: SoC Subsystem Design
Module 16: Synthesis & Optimization
Module 17: Capstone Projec
Module 18: Career Prep & Portfolio
✅ 6+ Verilog modules (Basic)
✅ 1 Capstone FSM project (Basic)
✅ Hands-on exposure to simulation tools (ModelSim, Vivado, or Quartus) (Basic)
✅ 10+ RTL modules (PRO)
✅ 3 Mini Projects + 1 Capstone (PRO)
✅ Exposure to AMBA protocols, memory blocks, SoC integration (PRO)
✅ Portfolio-ready code + Certificate of Completion
 
															 
															Module 1: Board Setup & ISE / Vivado Workflow
Module 2: LED Blinking with Verilog/VHDL
Module 3: Seven Segment Display Control
Module 4: Digital Counter Design
Module 5: Combinational Logic Implementation
Module 6: Sequential Logic - Flip-Flops & Registers
Module 7: Finite State Machine - Moore Model
Module 8: Finite State Machine - Mealy Model
Module 9: Single-Port RAM Implementation
Module 10: UART Protocol Implementation
Module 11: Stepper Motor Control via GPIO
Module 12: VGA Signal Generation & Display
Module 13: Clock Frequency Divider
Module 14: Car Parking System Design
Capstone: PONG Game on VGA Interface
Module 1: Getting Started with PYNQ
Module 2: GPIO Control via Python
Module 3: Digital Sensor Integration
Module 4: PWM for Servo Motor Control
Module 5: Camera Interface & Live Feed
Module 6: Face Detection with OpenCV
Module 7: Object Tracking using Color Filtering
Module 8: YOLOv3 Object Detection
Module 9: Gesture Recognition using ML
Module 10: Real-Time Emotion Detection
Module 11: Voice Command Recognition
Module 12: Smart Surveillance System
Module 13: Home Automation Dashboard
Module 14: Al-Based Car Parking System
Capstone: Al Edge Demo with YOLO + GPIO Trigger
✅ 15 working Verilog/VHDL modules deployed on Spartan board (Basic)
✅ 1 capstone game project with VGA interface (Basic)
✅ Exposure to Xilinx ISE/Vivado, synthesis flow, and hardware debugging (Basic)
✅ 5+ AI/ML models deployed on edge (Pro)
✅ 1 capstone demo integrating vision + control (Pro)
✅ Certificate of Completion + GitHub-ready project portfolio

3 Months Intensive
Perfect for entry-level Students

6 Months Comprehensive
Designed for advanced roles
Foundation Phase
Digital logic, Verilog HDL fundamentals, basic simulation tools
Deliverable: 6+ Verilog modules
Design & Verification
RTL design, SystemVerilog, testbench development, assertions
Advanced Protocols
AMBA protocols, UVM methodology, coverage analysis
Deliverable: Protocol verification suite
Hardware Implementation
FPGA projects, real hardware deployment, portfolio development
Flexible pricing options designed for your career goals
 
			Excellent mentorship throughout the course! The instructors not only taught concepts but also helped me apply them in projects, giving me confidence and direction at every step. Their support was invaluable.
 
			I enrolled in the 6-month professional career track and the mentorship along with targeted project experience made all the difference. With over 20 industry projects included, I walked into interviews with solid proof of my capabilities. The 92% placement rate stated on the site really reflects the quality and relevance of the training.
 
			The faculty were incredibly knowledgeable and approachable, always ready to clarify doubts and provide personalized guidance. Their real industry experience made the mentorship sessions highly practical and insightful.
 
			Thanks to the hands-on approach of this VLSI program, I landed a role as a Junior VLSI Designer 3 month after completion. The real-world projects and mock tests prepared me thoroughly for the rigorous interviews. The career-aligned skill recommendations helped me focus on what matters most for hiring managers.
Fill out the form below to get personalized course details, career guidance, and answers to all your questions. Our team is here to help you take the first step toward mastering VLSI. Don’t miss out—connect with us now and unlock your path to success!
Our F.L.A.R.E methodology combines 1-1 Mentor Support, personalized learning with hands-on practice. Unlike traditional courses, we focus on 80% practical implementation and 20% theory, ensuring you gain real-world skills that employers value.
We offer flexible tracks: 3-month Career Foundation Track for beginners and 6-month Professional Career Track for comprehensive mastery. Both are designed to fit around your schedule with self-paced learning options.
Yes! Our Pro and Premium plans include comprehensive job placement support, including interview preparation, resume optimization, mock technical interviews, and direct connections with hiring partners. We maintain a 92% placement rate.
You’ll gain hands-on experience with industry-standard tools including ModelSim, Vivado, Quartus, SystemVerilog, UVM, and various FPGA development environments. We provide cloud-based access to all necessary tools.
Absolutely. You receive personalized mentorship from industry professionals to guide you through concepts, projects, and career growth.
Freshers can target roles such as VLSI design engineer, verification engineer, physical design engineer, or embedded systems developer.
With focused learning and practical experience, juniors can become job-ready within 3 to 6 months through structured courses emphasizing hands-on projects and industry-relevant skills
Yes, students complete portfolio-ready projects that demonstrate practical skills and designs directly relevant to industry requirements.
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