Mechatronics Engineering

A single-board trainer built around the 8051 microcontroller, used to teach embedded programming, interfacing, and assembly/C code execution in electronics and mechatronics laboratories.

A programmable Raspberry Pi based development kit used to teach single-board computing, GPIO interfacing, and embedded programming concepts to mechatronics students.

A Raspberry Pi based application kit configured to drive a 4-digit 7-segment LED display, used to teach GPIO output control and multiplexed display interfacing.

A Raspberry Pi based application kit that simulates an automated street lighting system, used to teach sensor-based automation and embedded control logic.

A prototype Raspberry Pi based kit configured for an agricultural monitoring and control application, used to teach embedded sensing and automation for agri-tech use cases.

A trainer kit built around a Programmable Logic Controller, used to teach ladder logic programming and industrial automation control sequences.

A PLC-based trainer kit that counts pulses generated by a limit switch, used to teach event counting and digital input handling in industrial automation.

A digital electronics trainer kit used to verify the truth tables of logic gates, teaching fundamental Boolean logic and combinational circuit behavior.

A dual-trace, dual-beam cathode ray oscilloscope with a bandwidth of 0-20 MHz and an integrated component tester, used to observe waveforms and test electronic components in the laboratory.

A dual-channel DC power supply used to provide adjustable voltage and current to electronic and mechatronics experiment circuits.

A signal generator producing standard waveforms with a TTL-compatible output up to 2 MHz, used to supply test signals for digital and analog circuit experiments.

An instrument that measures the flow rate of conductive liquids using electromagnetic induction, used to teach non-contact flow measurement principles.

A multi-method trainer kit that demonstrates flow measurement using ultrasonic, electromagnetic, and rotameter techniques, used to compare flow-sensing principles in an instrumentation laboratory.

A trainer kit used to demonstrate force measurement techniques, such as load-cell or strain-based sensing, in mechatronics laboratory experiments.

A trainer setup used to measure the mechanical power transmitted through a rotating shaft, teaching torque-speed based power computation.

A trainer kit fitted with a sound level meter, used to teach acoustic measurement and noise level assessment techniques.

A trainer kit pairing a synchro transmitter and receiver, used to teach angular position transmission and synchro-based remote indication principles.

A trainer kit used to demonstrate torque measurement techniques applied to rotating shafts and mechanical systems.

A trainer kit demonstrating closed-loop position control using an AC servo system, used to teach control system feedback principles.

A trainer kit demonstrating closed-loop position control using a DC servo system, used to teach control system feedback principles.

A trainer kit used to study the time response of first-order and second-order dynamic systems, teaching transient and steady-state control system analysis.

A trainer kit that measures liquid level using a capacitive transducer, teaching capacitance-based level sensing principles.

A trainer kit fitted with a hygrometer, used to teach humidity measurement principles and techniques in an instrumentation laboratory.

A trainer kit using a Bourdon tube pressure gauge, used to teach mechanical pressure measurement principles.

A trainer kit built around a Wheatstone bridge circuit, used to teach precision resistance measurement techniques.

A trainer kit using a stroboscope, used to teach non-contact rotational speed measurement of moving or rotating machinery.

A trainer kit demonstrating temperature measurement using RTD and other temperature sensors, used to teach resistance-based and related temperature sensing methods.

A trainer kit that measures weight using a strain-gauge based load cell, teaching strain-to-weight conversion principles.

A trainer kit demonstrating ON-OFF, PI, PD, and PID temperature control strategies, used to teach closed-loop temperature control system design.

A trainer kit using a potentiometer as an error-detecting element, used to teach feedback error signal generation in control systems.

A trainer kit that produces standard test signals such as step, ramp, and impulse inputs, used to study control system response characteristics.

A trainer kit built around a stepper motor, used to teach open-loop position control and stepper motor driving principles.

A trainer kit pairing a synchro transmitter with a control transformer, used to teach angular error detection in synchro-based control systems.

A trainer kit used to test the performance of an R-2R resistive ladder network, teaching digital-to-analog conversion principles.

A trainer kit simulating a traffic light control system, used to teach sequential logic and automation control design.

A trainer kit using a dead-weight tester to calibrate pressure gauges, teaching primary pressure calibration standards and procedures.

A trainer kit demonstrating different types of pressure measuring instruments and techniques used in industrial instrumentation.

A demonstration kit showcasing different types of transducers, used to teach the working principles of common sensing elements in instrumentation.

A trainer kit using a McLeod gauge, used to teach vacuum pressure measurement based on gas compression principles.

A trainer kit integrating electrical control with hydraulic actuation, used to teach electro-hydraulic circuit design and automation principles.

An educational kit containing fundamental robotic components, used to teach the building blocks of robotic systems such as actuators, sensors, and controllers.

An educational programmable robotic arm configured for inspection tasks, used to teach robotic arm programming and automated inspection routines.