Programs — T.A.S | Trust for Advanced Skills

Program Tracks

Choose your Career Path

Two specialised tracks built around real industry hiring needs

Focused on developing strong foundations in digital design, RTL development, and verification methodologies aligned with industry requirements. Trainees graduate with both technical depth and professional readiness.

Digital Design RTL / Verilog SystemVerilog Verification VLSI Fundamentals

Upcoming

AI Engineering Program

Focused on preparing engineers for emerging roles in artificial intelligence and data-driven systems. Designed to align with the rapidly growing demand for AI-ready engineers across the industry.

Machine Learning Data Systems AI Fundamentals Python Coming Soon

VLSI Program — Curriculum

What You Will Learn

Five structured modules covering every layer of VLSI engineering

Module 01

Digital Design & RTL Development

Digital logic fundamentals
Combinational and sequential circuits
Finite State Machines (FSM)
RTL design using Verilog
Design optimization techniques
Timing-aware design practices

Module 02

SystemVerilog & Verification

SystemVerilog Deepdive
Universal verification methodology (UVM)
Testbench development
Functional verification concepts
Debugging methodologies
Introduction to structured verification flows

Module 03

VLSI Fundamentals

CMOS basics
Digital system architecture
Timing analysis fundamentals
Power and performance considerations
Semiconductor design flow overview

Module 04

Synopsys Tools

VCS, Verdi (Simulation & Debug)
Design Compiler
Synthesis & STA
SpyGlass
Lint & CDC
Formality

Module 05

Realtime Projects

SoC integration
SoC Verification
RTL IP - Design & Development
IP Verification - Planning to Signoff
Spec to Micro Architecture
RICSV Processor

Module 06

Engineering Practices

Structured problem solving
Debugging complex scenarios
Writing clear technical documentation
Code readability and organisation
Peer discussions and reviews
Professional communication

Training Methodology

How Training is Delivered

A structured, reinforced learning cycle — from concept to engineering discipline

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Concept Learning

Foundational topics taught with clarity and industry context

🧑‍💻

Guided Practice

Hands-on exercises with mentor support to reinforce each concept

🧩

Problem Solving

Real engineering problems that push critical thinking

📊

Continuous Evaluation

Regular assessments to track progress and course-correct early

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Engineering Discipline

Graduates leave with strong habits that define high-performing engineers

Training at T.A.S follows a structured approach where concepts are reinforced through guided practice and problem solving. Trainees are continuously evaluated to ensure consistent progress and development of strong engineering habits.