Atharva Silicon Institute
VLSI & Embedded Systems Training
Empowering Engineers. Enabling Innovation. Building Futures.
Connect with Atharva Silicon Institute today and take the first step toward a successful career in VLSI and Embedded Systems.
Course categories
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- Layout Design 4 Course
- Logical Design 1 Course
- Physical Design 4 Course
Build a Future-Ready Career in Semiconductor & Embedded Technology
At Atharva Silicon Institute, we empower aspiring engineers and professionals with industry-focused training in VLSI (Very Large Scale Integration) and Embedded Systems. Our programs are designed to bridge the gap between academic knowledge and real-world industry requirements, preparing you for high-demand roles in the semiconductor, electronics, automotive, IoT, and embedded software sectors.
Whether you are a student, graduate, or working professional, our comprehensive training, hands-on labs, and placement-oriented approach ensure you gain the skills and confidence needed to succeed in today’s competitive technology landscape.
ECO & Sign-off Checks
Course Description The ECO (Engineering Change Order) & Sign-off Checks module at Atharva Silicon Institute is designed to teach students the final and most critical...
Fundamentals & Languages
Key Topics Covered Digital Electronics Fundamentals C Programming Data Structures Basics Linux Fundamentals Introduction to HDL(Hardware Description Language)
Static Timing Analysis (STA)
Course Description Static Timing Analysis (STA) is one of the most critical stages in the VLSI physical design flow. It ensures that digital circuits operate...
RTL Coding & Methodologies
Key Features of the Course Industry-Oriented Curriculum designed by VLSI experts Hands-on RTL Coding Practice with real design examples Practical Lab Sessions to strengthen coding...
Specialized Layout
Key Features of the Course Introduction to Specialized Layout Device Layout Fundamentals Matching Techniques Parasitic Effects in Layout Analog Layout Techniques
Tools & Methodologies
Key Topics Covered Introduction to EDA Tools VLSI Design Methodologies ASIC & SoC Design Flow Tools Simulation & Debugging Tools Version Control & Project Management
CMOS Fundamentals & Layout
Course Description The CMOS Fundamentals & Layout course at Atharva Silicon Institute is designed to build a strong foundation in CMOS technology, digital circuit design,...
Digital Physical Design Flow (PNR)
Course Description The Digital Physical Design Flow (Place and Route – PNR) course at Atharva Silicon Institute is designed to provide students and engineers with...
Why Choose Atharva Silicon Institute?
Industry-aligned curriculum
Affordable fees with high ROI
Expert trainers with real-world experience
Flexible learning modes (online / offline / hybrid)
Hands-on practical labs & projects
Placement assistance and career guidance
We focus not only on teaching concepts but also on making you job-ready through practical exposure, interview preparation, and real-time project work.
Our Core Training Programs
1. VLSI Training Program
Our VLSI training program covers the complete lifecycle of integrated circuit (IC) design and verification, making you industry-ready for semiconductor roles.
Key Modules:
Semiconductor fundamentals & CMOS technology
Digital electronics & logic design
Verilog / SystemVerilog
RTL design and synthesis
Static Timing Analysis (STA)
Design for Testability (DFT)
Physical Design (PD): floorplanning, placement, routing
Low-power design techniques
ASIC & SoC design flow
Introduction to FPGA design
Tools Covered:
Cadence
Synopsys
Mentor Graphics
Xilinx / Intel FPGA tools
Career Roles:
VLSI Design Engineer
RTL Design Engineer
Verification Engineer
Physical Design Engineer
DFT Engineer
2. Embedded Systems Training Program
Our Embedded Systems training equips you with the knowledge and skills to design, develop, and deploy embedded hardware and software solutions used in real-world applications.
Key Modules:
Embedded C programming
Microcontroller architecture (8051, AVR, ARM Cortex)
Embedded Linux fundamentals
Device drivers and RTOS concepts
Sensors, actuators, and peripheral interfacing
Communication protocols (UART, SPI, I2C, CAN, USB)
PCB design basics
IoT fundamentals and applications
Debugging and testing techniques
Platforms Covered:
ARM Cortex (STM32, LPC)
Raspberry Pi
Arduino
BeagleBone
Career Roles:
Embedded Systems Engineer
Firmware Developer
IoT Engineer
Automotive Embedded Engineer
Robotics Engineer
Training Methodology
Our Approach:
At Atharva Silicon Institute, we believe in learning by doing.
- Conceptual teaching with real-world examples
Hands-on lab sessions after every module
Mini-projects and major capstone projects
Regular assessments and feedback
Industry case studies
Mock interviews and resume-building sessions
Real-Time Projects
We provide students with real-time, industry-relevant projects such as:
- RTL design and verification of digital IP blocks
- ASIC physical design of standard cell libraries
- Embedded system for home automation
- IoT-based smart energy meter
- Automotive ECU simulation
- Linux-based device driver development
These projects help you gain practical experience and enhance your resume.