Diploma in Automation & Robotics
A Diploma in Automation and Robotics at LJ Polytechnic (LJP) is widely regarded as one of the most industry-oriented diploma programs in Gujarat. The department focuses on practical learning, industrial exposure, innovation, and modern automation technologies. With state-of-the-art robotics labs, industrial control systems, and Industry 4.0 collaborations, students gain strong technical knowledge along with hands-on engineering experience.
Excellent Campus Environment
The lush green campus of LJ University, disciplined academic atmosphere, regular technical events, and vibrant student culture create an inspiring environment for overall student growth and holistic development. LJP is committed to providing quality and value based education with professional satisfaction in a pleasant, state of the art learning environment.
Key Highlights
Green & Modern Campus
Experienced and Supportive Faculty
Practical Teaching Approach
Strong Discipline and Academic Culture
Exposure to Emerging Technologies
Industry-Oriented Learning Culture
Safe & Positive Learning Environment
Advanced Infrastructure & Workshops
Students gain hands on exposure through modern robotics and automation labs, workshops, and dedicated design centers.
Design & Innovation Center with Autodesk Collaboration
It is developed in collaboration with Autodesk for advanced CAD/CAM and product design training.
Hands-on exposure to industry-standard software such as AutoCAD, Autodesk Inventor, Solid Works, Fusion 360, and simulation tools.
Training on 3D modeling, product development, manufacturing drawings, and engineering design concepts.
Opportunities to work on innovative mechanical projects and industrial product prototypes.
Advanced “Live” Laboratory Infrastructure
Robotics lab quipped with mobile robots, and microcontrollers (Arduino, Raspberry Pi) for hands on training in robot kinematics, motion control, and sensor integration.
Automation & PLC lab training on Programmable Logic Controllers (PLCs), Human Machine Interfaces (HMIs), and industrial automation systems used in modern manufacturing plants.
Embedded Systems lab facilities for developing embedded solutions, real time control applications, and IoT enabled automation projects, integrating hardware and software for intelligent systems.
3D Modeling & Simulation Lab: Access to industry standard software for robot simulation, CAD/CAM, and digital prototyping, enabling students to design and test automation solutions before physical implementation.
Future-Ready Skill Development
At L.J. Polytechnic (LJP), the Automation & Robotics curriculum is designed to develop students into industry ready engineers with practical, software, manufacturing, and innovation oriented skills aligned with the demands of Industry 4.0.
Technical Core Skills
Understanding of robot locomotion, kinematics, motion control, localization, mapping, navigation, and path planning.
Familiarity with robot sensors and perception principles that enable analysis of environment and intelligent action.
Knowledge of Computer Integrated Manufacturing (CIM), automation economics, flow lines, storage buffers, and flexible manufacturing systems.
Expertise in industrial automation hardware including PLCs, sensors, actuators, and HMIs.
Software & Design Skills
CAD/CAM training for robot design and simulation using industry standard software tools.
Programming proficiency in Python, and SCADA for robotics and automation control.
Hands on experience with robot simulation platforms, 3D modeling, and digital prototyping.
Practical Workshop Skills
Basic machining and fabrication skills (lathe, milling, drilling, grinding) for building custom robot frames and automation components.
Hands-on assembly and disassembly of robotic systems, including manipulators, end-effectors, and mobile robot platforms.
Calibration and testing of robotic systems using measurement tools like multimeters, oscilloscopes, and laser distance sensors.
Practical experience with pneumatic and hydraulic systems used in automated manufacturing lines.
Material handling and quality control practices in automated production environments.
Industry 4.0 & Emerging Technology Skills
Exposure to artificial intelligence (AI) applications in robotics, including deep learning, computer vision, and intelligent decision making.
Understanding of IoT applications for smart manufacturing, remote monitoring, and connected automation systems.
Awareness of sustainable manufacturing practices and energy efficient automation solutions.
Professional & Innovation Skills
Project management, teamwork, and technical presentation skills.
Problem solving and innovation-based learning through mini projects, prototype development, and hackathons.
Entrepreneurship support through Innovation Village and incubation activities.
Industry Exposure & Manufacturing Advantage
Regular industrial visits to manufacturing plants, automation industries, and engineering companies.
Internship opportunities in production automation, maintenance, robotics design, and quality control industries.
Industry interaction programs with experts from core automation and robotics sectors.
Students are encouraged to pursue industry partnered projects, gaining real world experience.
Innovation, Projects and Technical Culture
Innovation‑driven learning forms a major strength of the department. Students actively participate in technical projects, prototype development, innovation activities, exhibitions, and engineering competitions. The department promotes practical engineering confidence, creativity, teamwork, and problem‑solving capability.
Professional & Employability Skills
Communication & Presentation Skills
Teamwork and Leadership
Problem Solving & Analytical Thinking
Project Planning & Management Basics
Industrial Discipline & Work Ethics
Technical Documentation
Personality Development & Grooming
Cocurricular and Extra-curricular Activities
LJ Innovation Village: The flagship event of the university where students showcase their projects to industry mentors for evaluation and feedback. The 2026 edition featured over 400 projects, including 53 robotics projects and 44 artificial intelligence projects, evaluated by over 100 industry and domain experts. Dedicated galleries for AI and robotics strengthen the link between innovation and industry, with funding opportunities for promising ideas.
Study Tours / Industrial Visits: Study tours and industrial visits are a vital part of the curriculum, helping to bridge the gap between classroom learning and the real world. Students gain exposure to applied learning modes, working methods, and employment practices in automation and robotics industries.
Evincia – DeepRang: The massive annual cultural fest featuring dance performances, fashion shows, dramas, comedy skits, singing, anchoring, live orchestra, Diwali celebration, stalls, and academic appreciation for students.
Checkmate Champion: A 2-day International Rapid Rating Chess Tournament to develop logic and strategic thinking.
Sports Events: Cricket, football, volleyball, table tennis, chess, carom, tug of war, 100M race, and on the spot games (lemon spoon, musical chair, sack race, etc.).
Abhinay: A program for first year Diploma Engineering Students to improve English, communication skills, presentation skills, teamwork, attitude, behavior, time management, and social responsibilities.
PhysicTech: An event where theoretical concepts meet practical implementation; students engage in the design, construction, and improvement of projects exploring a diverse array of physics topics.
Pragyan: An event to showcase creative talent, where students design and develop videos and websites using AI tools.
National and International Robotics Competitions: Students are encouraged to participate in robotics competitions at national and international levels, gaining hands on industry level exposure and building transferable skills in problem identification, analysis, modeling, and solution development.
