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6 Months

Industry Oriented
Physical Design Verification Program

🔥 Only Limited Seats Available

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B.E, B. Tech, M.E, M. Tech

Eligibility

6 Months

Duration

On Site

Mode

On Completion

Certifcate

Benefits

Joining
FASO SIlicon Academy

Collaborations with Industry Leaders

Giving our learners access to exclusive knowledge and opportunities.

Certification Recognized by Industry

Showcase your expertise with certifications that boost your employability.

Cutting-Edge VLSI & Embedded Curriculum

Our syllabus evolves with advancements in VLSI and embedded technologies.

Hands-On Project Experience

From concept to verification, work on tasks that mirror real engineering challenges.

Access to Licensed Industry Tools

Get ready for the workplace with the exact tools used by engineers on the job.

Personalized Mentorship & Guidance

Receive tailored feedback and guidance to accelerate your learning journey.

Scope

Why Choose Physical Design Verification

Why Choose Physical Design Verification FASO Silicon Academy

Secure Your Future in a Rapidly Growing Market

The semiconductor industry is experiencing explosive growth, and the physical verification market is at the forefront. As chips become smaller and more complex, ensuring their physical integrity before manufacturing is non-negotiable. This high-stakes environment drives a constant demand for skilled physical design verification engineers, offering a career path with significant job security and competitive compensation in a thriving market. This course positions you to tap into this specialized and lucrative segment of the semiconductor industry.

Why Choose Physical Design Verification FASO Silicon Academy

Master the Skills That Drive Industry Innovation

Physical design verification isn't just about finding errors; it's about safeguarding multi-million dollar investments and accelerating time-to-market. Our course goes beyond basic theory, providing hands-on training with industry-standard tools like Calibre and IC Validator. By mastering critical tasks such as Design Rule Checking (DRC), Layout vs. Schematic (LVS), and advanced reliability checks, you'll be prepared to tackle the complexities of today's chips and become an invaluable asset to any design team.

Curriculum

What
You’ll Learn Here

Module 1: Design Import & Initial Checks
80 HOURS
  • 01 - Importing the design netlist and constraints.
  • 02 - Performing essential sanity checks.
  • 03 - Preparing the data for the physical design flow.
Module 2: Floorplanning
80 HOURS
  • 01 - Estimating die size and placing macros.
  • 02 - Planning for I/O pins and creating the floorplan.
  • 03 - Ensuring an optimal layout for the chip.
Module 3: Power Planning
80 HOURS
  • 01 - Creating core/I/O power rings and strap insertion.
  • 02 - Connecting to power pins and validating the power grid.
  • 03 - Establishing a robust power delivery network.
Module 4: Physical Cells & Pre-Placement Analysis
80 HOURS
  • 01 - Inserting tap, endcap, filler, and spare cells.
  • 02 - Analyzing the floorplan for potential issues.
  • 03 - Verifying the power grid's integrity before placement.
Module 5: Placement
80 HOURS
  • 01 - Placing standard cells and macros efficiently.
  • 02 - Analyzing and resolving congestion issues.
  • 03 - Legalizing and optimizing the final placement.
Module 6: Clock Tree Synthesis (CTS)
80 HOURS
  • 01 - Generating the clock tree for the design.
  • 02 - Optimizing skew and reducing latency/jitter.
  • 03 - Performing post-CTS fixes for timing.
Module 7: Routing
80 HOURS
  • 01 - Executing global and detailed routing.
  • 02 - Cleaning up DRC errors and adding shielding.
  • 03 - Handling special nets and bus routing.
Module 8: Timing Closure
80 HOURS
  • 01 - Understanding and applying STA concepts.
  • 02 - Fixing setup/hold violations and performing ECOs.
  • 03 - Buffering and analyzing timing in MMMC scenarios.
Module 9: Power Analysis & Optimization
80 HOURS
  • 01 - Analyzing dynamic and leakage power.
  • 02 - Mitigating IR drop and checking for electromigration.
  • 03 - Applying advanced low-power design techniques.
Module 10: Physical Verification & Signoff
80 HOURS
  • 01 - Performing DRC and LVS checks.
  • 02 - Extracting parasitics and analyzing crosstalk.
  • 03 - Preparing a comprehensive tape-out checklist.
Module 11: ECO Flow & Final Signoff
80 HOURS
  • 01 - Implementing timing and functional ECOs.
  • 02 - Fixing filler and antenna violations.
  • 03 - Making metal-only changes for final verification.
Module 12: Advanced Topics
80 HOURS
  • 01 - Exploring multi-voltage and hierarchical PnR designs.
  • 02 - Introduction to FinFET, DFM, and 3D-IC.
  • 03 - Staying current with advanced physical design concepts.
Module 13: Labs & Projects
160 HOURS
  • 01 - Completing an end-to-end physical design project.
  • 02 - Hands-on experience with timing closure and power integrity.
  • 03 - Final preparation for tape-out and MMMC.

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Process

Start Your Learning Journey

Process Steps
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Apply

Apply to a program of your choice & get a call from our program advisor

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Interviews

Technical interview with our team to understand where you stand

Program Fee Icon

Program Fee

Selected candidate will be allowed to pay for the program fee

Onboarding Icon

On boarding

Complete onboarding process and get ready for your first practical session

Upcoming Application Deadline
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Upcoming

Application Deadline

Our admissions close once the requisite number of participants enroll for the upcoming batch. Apply early to secure your seats.

Apply Now Hurry Up! 06th October 2025

Companies associated
with FASO

Success Stories

Building Future Engineers

Placed at DPI India

The training program gave me the perfect mix of theoretical knowledge and hands-on industry exposure. The mentorship and guidance I received prepared me to confidently face interviews and excel in my role. I’m grateful to have secured a position as a Design & Verification Engineer at DPI India."

Goutham Seela

DV Engineer

Placed at Silicon Patterns

The structured learning path and practical projects helped me build strong fundamentals in VLSI and verification methodologies. The support from trainers and placement guidance made a huge difference. Today, I’m proud to be working as a Design & Verification Engineer at Silicon Patterns.

R Surya Prakash

DV Engineer

Placed at DPI India

Before joining, I was looking for the right direction to start my career in VLSI. The program not only gave me the technical expertise but also improved my problem-solving and confidence. I’m excited to begin my journey as a Design & Verification Engineer at DPI India.

K Hanumanth Reddy

DV Engineer

Placed at DPI India

The learning environment was industry-focused, with real-world projects and expert mentors who guided me throughout. It helped me sharpen my verification skills and prepare for challenges in the semiconductor industry. I’m thankful for the opportunity to join DPI India as a Design & Verification Engineer.

K Lohith Kalyan

DV Engineer
FAQ'S

Frequently Asked Questions

The Physical Design Verification program requires a minimum qualification of a B.E, B. Tech, M.E, M. Tech. (Electronics & Computer Streams) degree obtained from 2024 onwards & a commitment to continuous learning are also key qualifications.

Yes, there is a selection process to ensure the right fit for the program. This includes an aptitude written exam, interview rounds and assessments to ensure overall suitability for the program.

Yes, we understand the financial commitment involved. We offer EMI and installment payment options to make the Physical Design Verification program more accessible. Details about payment plans are available in the course details.

For queries, you can reach out to our support team by clicking the contact tab on the top of the webpage. Our quick resolutions, you can email us at careers@fasosiliconacademy.com or call our helpline at +91-8143276768 We’re here to assist you promptly.

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    From fundamentals to advanced chip design, we prepare you not just to learn VLSI, but to master it and make an impact.