goodwill

The demand for skilled professionals in VLSI SoC Design and Embedded System Design continues to soar, with the global industry requiring over 100,000 engineers annually. Ramaiah Skill Academy has taken an initiative in addressing this talent gap by offering focused training programs. As a gesture of goodwill, the Academy is providing free training for the inaugural batch of 30 participants in each program.

Recommended by industry experts, the training curriculum stresses Industry-Specific Proficiency and hands-on experience, ensuring participants are well-prepared for careers in the VLSI & Embedded Domains. Delivered over three months as a full-time program, the training is conducted by seasoned professionals and mentors who provide exposure to cutting-edge tools and Proficiency Enrichment Projects.

Beyond technical expertise, the program also focuses on developing personal and professional skills. Upon completing the program and project work, participants receive a Program Completion Certificate and gain access to Good placement support, helping them for rewarding careers.

Embedded System Design

Embedded Systems Design batch under Goodwill initiative has been a rewarding and insightful experience, offering a deeper understanding of the field and its significance in modern technology. A broad range of topics, from fundamental concepts to practical applications, which not only enhanced the technical skills but also gave a clear perspective on how embedded systems impact various industries.

Introduction to Embedded Systems

Definition and characteristics of embedded systems
Applications in various industries: Automotive, Healthcare, Industrial Automation
Importance of embedded systems in modern technology

Digital Design Fundamentals

Basics of logic gates and timing diagrams
Combinational and sequential logic circuits
System design techniques for digital circuits
Hands-on: Designing and simulating simple digital systems

Programming with C for Embedded Systems

Overview of C programming for embedded applications
Pointers and memory management in resource-constrained environments
Optimizing memory usage in embedded systems
Hands-on: Writing efficient code for microcontroller-based projects

Communication Protocols

Overview of communication protocols: UART, I2C, SPI, CAN
Selection criteria for communication methods in embedded systems
Hands-on: Interfacing peripherals using various communication protocols

Microcontroller Platforms

Introduction to AVR, ARM, Arduino, and Raspberry Pi microcontrollers
Choosing the right microcontroller based on project requirements
Hands-on: Developing simple projects using different platforms

Interfacing Sensors and Actuators

Overview of sensors and actuators used in embedded systems
Capturing environmental data using sensors
Controlling external devices with actuators
Hands-on: Real-world integration of sensors and actuators with microcontroller boards

Low-Level Programming

Basics of register-level programming
Configuring microcontroller peripherals: GPIO, Timers, ADCs
Hands-on: Direct hardware control for precise embedded solutions

Embedded Linux and RTOS

Introduction to Embedded Linux: Features and applications
Real-Time Operating Systems (RTOS): Concepts and benefits
Comparing Embedded Linux and RTOS for specific use cases
Hands-on: Developing basic applications using Embedded Linux and RTOS

ISO Standards and Best Practices

Importance of ISO standards in embedded systems
Overview of ISO 26262 for safety-critical applications
Best practices for developing reliable and safe embedded systems

Development Tools and Practical Applications

Introduction to IDEs, debuggers, and simulators
Debugging and testing embedded applications
Performance optimization techniques
Hands-on: End-to-end project development using industry-standard tools

VLSI SOC Design

The Goodwill Program for VLSI System-on-Chip (SoC) Design, is aimed at addressing the growing need for skilled professionals in the Semiconductor Industry. This comprehensive program provide participants with a blend of foundational knowledge and advanced design techniques, equipping them with the practical skills necessary for impactful careers in VLSI design and SoC development.

Foundational Course

Introduction to VLSI design flow
Digital design basics
Combinational and sequential circuit designs
GitHub
MATLAB – Simulink, Stateflow, PID
Finite state machines
Basics of Linux
RISC – V architecture overview
Microcontroller ---- Arduino

RTL Design and Coding

Introduction to RTL coding
Design modelling using Verilog HDL
RTL simulation and synthesis using industry standard EDA tools
RTL verification
Static timing analysis
Synthesizable FPGA RTL coding

ASIC/FPGA Basics

Overview of ASIC design flow
Overview of FPGA design flow
FPGA Architecture
Optimizing FPGA design
Introduction to FPGA tools and EDA tools
Project related to FPGA implementation

Scripting Languages

Python basics
TCL Scripting basics

EDA Tools and Target Device

Industry standard EDA tools such as Synopsys Design Compiler, IC Compiler, VCS
Synopsys Spyglass Lint and CDC
Vivado design suite
Quartus Prime Lite
FPGA boards: DE10 Lite, Zync FPGA-SoC (Zedboard)
Using Open source EDA tools for logic simulation

Practical Applications

Combinational Circuits
Sequential Circuits: Flip-flops, Serial Adder, Synchronous and Asynchronous Counters, Registers, Mod-n counters
FSM based projects:

Traffic light controller

Washing machine controller

Mealy overlapping sequence detector

Mealy Non-overlapping sequence detector

Moore overlapping sequence detector

Moore Non-Overlapping sequence detector

Dual sequence detector

Industry standard protocols like UART, SPI, I2C, APB, AXI etc.
CNN Accelerator

Goodwill Program (Ongoing)
Embedded System Design
VLSI SoC Design

Embedded System Design

ESD Trainees' Projects

VLSI SOC Design

VLSI Trainees' Projects