10 Specialized Learning Domains Across 4 Years
🧮
Fundamental Sciences and Mathematics
Building analytical and scientific foundations
- • Engineering Mathematics – I
- • Engineering Mathematics – II
- • Engineering Mathematics – III (Transforms & Probability)
- • Engineering Physics
⚙️
Mechanical Systems, Design & Dynamics
Mechanical design, kinematics, and dynamics of robotic systems
- • Engineering Mechanics
- • Basic Robotics & Mechanisms
- • Kinematics of Machines and Simulation
- • Dynamics of Machines and Simulation
- • Materials and Mechanics of Solids
- • Design Optimization of Mechanical Components
- • 3D Modeling of Mechanical Components and Assembly
- • Manufacturing Processes & CNC
- • Additive Manufacturing
- • Hydraulics & Pneumatics Systems
⚡
Electrical, Electronics & Embedded Systems
Electronic devices, circuit design, and embedded hardware
- • Basics of Electrical & Electronics Engineering
- • Analog Electronics
- • Digital Electronics & Logic Design
- • Microcontrollers and Embedded Systems
- • Power Electronics and Industrial Drives
- • AI Processors
- • ARM Cortex
- • PCB Design and Fabrication
💻
Computer Science, Programming & Data Systems
Computational thinking and programming ability
- • Programming with C
- • Programming with Python
- • Data Structures and Algorithms
- • Data Visualization and Analysis
- • Machine Learning for Engineers
🧠
Control Systems, Sensors & Instrumentation
Core for robotics motion and perception
- • Sensors and Instrumentation for Robotics
- • Control Systems for Robotics
- • PLC and SCADA
- • IoT for Automation
- • Automation Technologies in Industry 4.0 Era
🤖
Robotics Core & Applications
Core robotics system integration, modeling, and real-world applications
- • Introduction to Robotics
- • Robotics System Integration
- • Industrial Robotics and Human-Robot Interaction
- • Autonomous Robots & Navigation Systems
- • Unmanned Aerial and Ground Vehicles
- • Micro and Soft Robotics
- • Robots for Healthcare
- • Agriculture Robots
- • Wearable Robotics and Prosthetics
🧩
Simulation, AI & Advanced Computing Tools
Virtual prototyping, simulation, and intelligent systems
- • Robotics Simulation Tools (MATLAB/Simulink)
- • Robotics Simulation Tools (MATLAB/ROS/Simulink)
- • Simulation and Testing Tools for Robotics and Automation
- • Artificial Intelligence for Robotics
- • Computer Vision & Image Processing
- • Virtual & Augmented Reality
🏭
Industrial Automation & Integration
Automation processes, control architectures, and industrial applications
- • PLC and SCADA
- • Automation Technologies in Industry 4.0 Era
- • IoT for Automation
- • Power Electronics and Industrial Drives
🧑💼
Management, Professional & Innovation Skills
Essential courses for professional development
- • Managerial Economics for Robotics
- • Project Management for Robotic Systems
- • Internship
🚀
Project-Based & Experiential Learning
Hands-on design, modeling, and innovation at every level
- • Project-Based Learning – I (Basic Robotics & Circuits)
- • Project-Based Learning – II (3D Modeling and Animation of a Robot)
- • Project-Based Learning – III (Kinematics & Simulation)
- • Project-Based Learning – IV (Control Systems & Vision)
- • Project-Based Learning – V (Automation & AI Integration)
- • Project-Based Learning – VI (Industrial and Soft Robotics)
- • Capstone Project Phase – 1
- • Capstone Project Phase – 2
Complete Learning Pathway
A comprehensive curriculum spanning 10 specialized domains with hands-on projects every semester