About the Department
The Department of Robotics and Automation Systems, established in the academic year 2025–2026, focuses on developing engineers capable of designing intelligent machines and automated systems.
The department integrates mechanical engineering, electronics, control systems, and programming to create modern robotic technologies. Students gain hands-on experience in robotics, AI, IoT, and smart manufacturing.
Key Highlights
- ❖ Industry-oriented curriculum with practical training
- ❖ Exposure to AI, IoT, and smart manufacturing
- ❖ Internships, industrial visits, and live projects
- ❖ Participation in robotics competitions
- ❖ Focus on innovation, research, and entrepreneurship
Vision
To cultivate a new generation of robotics and automation engineers with interdisciplinary knowledge, innovation skills, and the ability to design intelligent solutions for a sustainable future.
Mission
- ❖ Provide interdisciplinary education combining mechanical, electrical, and computer systems.
- ❖ Promote innovation, adaptability, and ethical responsibility.
- ❖ Prepare engineers for industry, research, and technological leadership.
Programme Specific Objectives (PSO)
- PSO1: Design and develop robotic and automation systems
- PSO2: Gain expertise in simulation, modelling, and programming tools
- PSO3: Practice continuous learning and ethical engineering
Program Outcomes
- ❖ Engineering Knowledge
- ❖ Problem Analysis
- ❖ Design Solutions
- ❖ Investigations
- ❖ Engineering Tools
- ❖ Society & Environment
- ❖ Ethics
- ❖ Teamwork
- ❖ Communication
- ❖ Management & Finance
- ❖ Lifelong Learning
Faculty
Dr. P. Praveenraj
M.E., Ph.D.
Head of Department
✉ ppraj_tpgit@rediffmail.com
Dr. P. Vijayalakshmi
M.E., Ph.D.
Assistant Professor
✉ vijayalakshmivellore@gmail.com
Dr. D. Rajeshkumar
M.E., Ph.D.
Assistant Professor
✉ drajesjkumarmech@gmail.com
Facilities
The department provides advanced facilities for robotics, automation, and manufacturing technologies with strong practical exposure.
- ❖ Robotic arm trainers, PLC & SCADA systems.
- ❖ Arduino & Raspberry Pi platforms.
- ❖ Universal Testing Machine (UTM).
- ❖ Impact, hardness, and fatigue testing systems.
- ❖ Dynamic systems: gyroscope, vibration, flywheel setups.
- ❖ CNC machines, VMC, AutoCAD & SolidWorks.
- ❖ 3D printing (SLS, SLA) and rapid prototyping.