Mechatronics is an interdisciplinary field that combines mechanical engineering, electronics, computer science, and control engineering to design and build intelligent systems and products. The Mechatronics System Design Laboratory serves as a dynamic environment where students learn to develop integrated systems used in industries such as manufacturing, automotive, healthcare, and automation. Through hands-on experimentation, design challenges, and advanced simulations, the lab provides opportunities to explore sensors, actuators, controllers, and embedded systems that form the core of mechatronic systems.
Objectives
Understand the principles and operation of various sensors and transducers and Master signal acquisition, conditioning, and processing techniques.
Develop hands-on expertise in sensor interfacing and real-time data acquisition. Train in the use of modern signal processing tools, algorithms, and software.
Conduct research in advanced areas such as sensor fusion, predictive analytics, and smart sensor systems. Innovate and develop cutting-edge sensor-based technologies.
Design and implement sensor-based solutions for fields like automation, healthcare, IoT, and robotics. Develop efficient and reliable signal processing systems for real-world challenges.
KEY ELEMENTS
Sensor and Actuator Integration: Understand the role of various sensors and actuators in feedback systems and automation. Learn how to select, interface, and control these components in real-world applications.
Microcontrollers and Embedded Systems: Gain hands-on experience with platforms like Arduino, Raspberry Pi, and ARM-based microcontrollers. Learn to develop embedded software for system control.
Mechanical Design and Prototyping: Explore CAD tools and rapid prototyping techniques for designing mechanical structures, enclosures, and assemblies that house electronic systems.
Control Systems and Automation: Study PID control, system modelling, and feedback mechanisms. Implement automation solutions using PLCs and real-time control architectures.
System Integration and Testing: Learn how to bring together hardware, software, and mechanical components into a cohesive mechatronic system. Focus on system-level debugging, optimization, and testing.
Human-Machine Interaction: Design user interfaces, touch panels, and control apps to interact with machines. Understand ergonomics and safety in human-in-the-loop systems.
TRAINING PROGRAMS OFFERED
One credit course on āFundamental of MATLABā
Workshop on āMechatronics System Design using MATLABā
Workshop on āModelling and Analysis of Mechatronic System using MATLAB/Simulinkā
Hands-On Robotics and Autonomous Systems Projects
Course in Real-Time System Control Programming
OBJECTIVES
Interdisciplinary Skill Development
Project-Based Learning
Industry-Ready Training
Research & Innovation Support
Facilities: Major Equipments
Number of systems available: 10
System Specification,
Dell Ā· i7-13700 (16 cores, 4.3 GHz),
16 GB DDR5
512 GB SSD (PCIe)
24ā E2423 Monitor,
KB216 Keyboard
MS116 Mouse
Software,
MATLAB 2025 B (Latest Version) Campus Certified Licence from MATHWORKS
Mechatronics System Design Tool
MathWorks Simscape
Admissions 2026 - 2027
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GENERAL ENQUIRIES
Get in touch with an academic advisor at KPR Institute of Engineering and Technology with any questions you have about programs, applications, curriculum and important dates.
