AI & Robotics: Fundamentals to Implementation

Objective: To equip participants with theoretical knowledge and hands-on experience in AI-powered robotics, focusing on hardware, software, and real world applications.

Target Audience: 2nd Year and 3rd Year Engineering students.

Workshop Highlights:

Session 1: Fundamentals of AI & Robotics

Session 2: Machine Learning for Robotics

Demo 1:AI Model Building with Python

Session 3:Robotic Systems – Sensors & Control

Demo 2: Robot Building & AI Integration

Discussions: Participants demonstrate simple projects built with Open Q&A and Career Scope Discussions.

Embedded Systems: Fundamentals and Industry Requirements

Objective: To introduce the fundamentals of Embedded Systems to engineering students. To bridge the gap between theoretical learning and practical application. To encourage project-based thinking and a product innovation mindset.

Target Audience: 2nd Year and 3rd Year Engineering students.

Workshop Highlights:

Session 1: Introduction to Embedded Systems

Session 2: Microcontroller Programming Basics

Demo 1: AI Model Building with Python

Session 3: Robotic Systems – Sensors & Control

Demo 2: Robot Building & AI Integration

Discussion: Open Q&A, career scope discussions

Internet of Things: Fundamentals and Project Scope

Objective: To understand IoT architecture, workflow, and practical experience with sensors and data communication. Also, to experience the process of building and deploying a basic IoT application along with the awareness of career and startup opportunities in IoT.

Target Audience: 2nd Year and 3rd Year Engineering students.

Workshop Highlights:

Session 1: Introduction to Internet of Things (IoT)

Session 2: Setting Up the IoT Environment

Demo 1: AI Model Building with Python

Session 3: Connecting IoT to the Cloud

Demo 2: Robot Building & AI Integration

Discussion: Open Q&A, career scope discussions.

Fundamentals of Computer Networks & Career Pathways

Objective: To introduce students to the core concepts and protocols of computer networking. To provide practical exposure to network tools and simulations while presenting the real-world applications and the role of networks in modern computing, and to guide students on networking-related career roles, certifications, and trends.

Target Audience: 3rd Year Engineering students of ECE, CSE, ISE and related programs.

Workshop Highlights:

Session 1: Introduction to Computer Networks

Session 2: OSI & TCP/IP Model Explained r network: HTTP, FTP, IP, TCP, UDP

Demo 1: Network Simulators

Session 3: IP Addressing & Subnetting Basics

Demo 2: Robot Building & AI Integration

Discussion: Open Q&A, career scope discussions

Antenna Design and Simulation: From Fundamentals to Advanced Applications

Overview: Designed to provide in-depth knowledge of antenna design, simulation, & optimization techniques. Participants will explore theoretical concepts, practical calculations, & hands-on simulations. The workshop covers a wide range of antennas, including microstrip patch antennas, and MIMO antennas.

Objectives:

1. Gain a strong foundation in antenna theory and design principles.

2. Understand the applications of Maxwell’s equations in electromagnetics.

3. Get hands-on experience with antenna simulation tools.

4. Design, simulate, and optimize antenna arrays and MIMO antennas.

Target Audience: 3rd Year (6th Sem) & 4th Year E&CE students.

Workshop Highlights:

Day 1: Fundamentals of Antenna Design

Session 1: Introduction to Antennas

Session 2: Antenna Theory and Design Concepts

Session 3: Understanding Maxwell’s Equations in Antenna Design

Day 2: Essential Antenna Parameters & Design Principles

Session 1: Key Antenna Parameters & Performance Metrics

Session 2: Practical Calculations for Microstrip Patch Antennas

Session 3: Overview of Antenna Simulation Tools

Day 3: Antenna Simulation & Practical Hands-on Sessions

Session 1: Hands-on Session – Exploring Simulation Tools

Session 2: Hands-on Session – Antenna Array Design

Session 3: Analysing Simulation Results & Electromagnetic Field Distributions

Day 4: Advanced Topics & Performance Analysis

Session 1: Optimization & Performance Metrics in Antenna Design

Session 2: Visualizing antenna radiation patterns and near-field distributions

Session 3: Design and analysis of Meta Material applications through simulation.

Day 5: Advanced Topics & Performance Analysis

Session 1: Optimization & Performance Metrics in Antenna Design

Session 2: Hands-on antenna design example: Implementing a PiN diode for RHCP and LHCP requirements

Computer Networks: From Basics to Career Building

Overview: This workshop is designed to provide in-depth knowledge of computer networks. Participants will explore theoretical concepts, network components, practical calculations, and hands-on simulations using suitable simulation tools. The workshop covers a wide range of protocols, including network topologies.

Objectives:

1. Build a strong foundation in computer networking concepts.

2. Offer hands-on experience with simulation tools and networking configurations.

3. Help students explore career paths, certifications, and skill requirements.

Target Audience: 3rd Year (6th Sem) & 4th Year All Circuit Branch students.

Workshop Highlights:

Day 1: Foundations of Networking

Session 1: Introduction to Computer Networks

Session 2: Network Devices & Topologies

Session 3: OSI Model – Layer-wise Deep Dive

Day 2: IP Addressing and Protocols

Session 1: TCP/IP Stack & Common Protocols

Session 2: IP Addressing & Subnetting

Session 3: Subnetting Workshop

Day 3: Hands-On with Network Tools

Session 1: Introduction to Cisco Packet Tracer

Session 2: Device Configuration (Basic)

Session 3: Packet Flow Simulation

Day 4: Routing, NAT, and Security

Session 1: Introduction to Routing

Session 2: NAT, DHCP, DNS (Concept + Demo)

Session 3: Overview of domain name resolution and its applications

Day 5: Advanced Topics & Performance Analysis

Session 1: Introduction to Network Security

Session 2: Modern Networking Trends and Career Paths in Networking

Full Stack Web Development

Overview: This workshop is designed to provide in-depth knowledge of Full Stack development. Participants will explore concepts of webpage building and hands-on experience of building a few. The workshop covers a wide range of options available in building a webpage and web applications.

Objectives:

1. Build a strong foundation in full-stack development.

2. Offer hands-on experience with a suitable programming language.

3. Introduce modern and trending programming concepts.

4. Help students explore career paths, and project opportunities.

Target Audience: 2nd and 3rd Year Engineering Students.

Workshop Highlights:

Day 1: Introduction to Web Development & Front-End Basics

Session 1: Introduction to Web Development

Session 2: HTML & CSS Fundamentals

Session 3: Practical – HTML & CSS

Day 2: JavaScript Basics & Front-End Frameworks

Session 1: JavaScript Basics

Session 2: JavaScript Advanced Topics

Session 3: Practical – JavaScript

Day 3: Introduction to React & Back-End Development with Node.js

Session 1: Introduction to React

Session 2: Introduction to Node.js & Express.js

Session 3: Practical – React & Node.js

Day 4: Database, REST APIs & Full Stack Integration

Session 1: Introduction to MongoDB

Session 2 & 3: Introduction to RESTful APIs & Full Stack Integration

Day 4: Database, REST APIs & Full Stack Integration

Session 1: Connecting MongoDB for Data Storage in the Full Stack Application

Session 2 & 3: Practical – Full Stack Web Application

Day 5: Practical Projects and Practice

Session 1: Connect React front-end to Node.js back-end

Session 2: MongoDB for data persistence

AI Robotics: Fundamentals to Implementation Training Program

Overview: This workshop is designed to provide in-depth knowledge of computer networks. Participants will explore theoretical concepts, network components, practical calculations, and hands-on simulations using suitable simulation tools. The workshop covers a wide range of protocols, including network topologies.

Objectives:

1. To equip participants with theoretical knowledge of robotics

2. To build a strong foundation on AI and AI-powered robotics

3. To give hands-on experience in AI-powered robotics, focusing on hardware, software, and real-world applications.

Target Audience: 2nd Year (4th Sem) and 3rd Year Engineering students.

Workshop Highlights:

Day 1: Introduction to AI & Robotics

Session 1 and 2: Overview of AI and Robotics

Session 3: Demo of components of Robotics

Day 2: Basics of Electronics & Hardware Integration

Session 1 and 2: Explore the components of Robotics

Session 3: Hands-on experience of imparting communication protocols

Day 3: Arduino Coding Language for Robotics Programming

Session 1 and 2: Arduino Programming Basics and Kinematics in Robotics

Session 3: Hands-on experience of assembling a robot

Day 4: Raspberry Pi SoC

Session 1: Introduction to Raspberry Pi

Session 2: Practical use of Raspberry Pi and Python Basics

Session 3: Hands-on Session on Python Programming

Day 5: Python for AI and Robotics

Session 1 and 2: Introduction to OpenCV in Python

System Verilog: Fundamentals to Implementation Training Program

Overview: This workshop is designed to provide in-depth knowledge of System Verilog. Participants will explore theoretical concepts, System Verilog programming components, and hands-on simulations. The workshop covers a wide range of hands-on sessions covering various topics of System Verilog.

Objectives:

1. To give students a solid grounding in the core language constructs and highlight the importance of reusable code blocks.

2. To introduce modern verification style through OOP features.

3. To give hands-on experience that can equip learners to generate meaningful, controllable stimuli and analyse the outcomes with real-world applications.

Target Audience: 3rd & 4th Year Engineering students and Post Graduate Students of Electronics and Communication Engineering.

Workshop Highlights:

Day 1: Fundamentals of System Verilog

Session 1 and 2: Fundamentals of System Verilog Programming

Session 3: Demo and Practical usage

Day 2: Tasks, Functions & Processes in System Verilog Programming

Session 1 and 2: Orientation towards Looping, and Task-Function pairs

Session 3: Demo and Practical usage

Day 3: OOPs in System Verilog

Session 1 and 2: Introduction to Object-Oriented Programming in System Verilog

Session 3: Demo and Practical usage

Day 4: Advanced topics of System Verilog

Session 1: Randomization

Session 2: Constraint techniques

Session 3: Demo and Practical usage

Day 5: Loop with Self-Checking

Session 1: Interfaces & clocking blocks

Session 2: Assertions & Coverage