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8 courses · Make ideas move and work

Robotics, IoT & Engineering

Make ideas move and work in the physical world. Wire real circuits, program embedded microcontrollers, deploy IoT sensor networks, and program automated robotic manipulators with practical workbench training.

Robotics, IoT & Engineering lab Batch allocations open for enquiries
  • Automation

    Robotics & Automation

    Kinematics, actuator control, robotic arm trajectory planning, servo motor calibration, and closed-loop feedback systems.

    Duration
    To be announced
    Signature lab
    Robotic Arm Motion Lab

    Key topics

    • Forward and inverse kinematics for multi-axis manipulators
    • Stepper, servo and BLDC motor drivers & PWM pulse control
    • PID closed-loop tuning for position and velocity tracking
    • Robot Operating System (ROS 2) node communication basics
    Course enquiry Syllabus
  • Connected Tech

    Internet of Things (IoT)

    Connect edge sensors to cloud platforms. MQTT protocols, Wi-Fi/BLE microcontrollers (ESP32), node authentication, and live telemetry dashboards.

    Duration
    To be announced
    Signature lab
    ESP32 IoT Cloud Station

    Key topics

    • MQTT broker architecture, publishers, subscribers & QoS levels
    • ESP32 dual-core Wi-Fi & Bluetooth low-energy communication
    • Cloud IoT Core setups (AWS IoT, Adafruit IO, ThingSpeak)
    • IoT security, TLS certificates, and firmware over-the-air (FOTA)
    Course enquiry Syllabus
  • Embedded Core

    Arduino & Embedded Systems

    Embedded C/C++ programming for Atmel AVR and ARM Cortex processors. Master timers, interrupts, analog-to-digital converters, and serial communication.

    Duration
    To be announced
    Signature lab
    Hardware Interrupt Controller

    Key topics

    • Embedded C memory management, bitwise operations & registers
    • Hardware interrupts (ISR), hardware timers, and debouncing
    • ADC conversion, voltage dividers, and sensor signal sampling
    • EEPROM storage and low-power sleep modes for battery nodes
    Course enquiry Syllabus
  • Hardware Protocols

    Sensors & Microcontrollers

    Interfacing digital and analog sensors across I2C, SPI, and UART buses. Ultrasonic, IMU accelerometers, temperature/humidity, and optical encoders.

    Duration
    To be announced
    Signature lab
    Multi-Sensor Bus Telemetry Array

    Key topics

    • I2C two-wire bus addressing, clock stretching & pull-up sizing
    • SPI high-speed communication with chip-select (CS) multiplexing
    • IMU 6-axis gyro/accelerometer calibration and Kalman filtering
    • Oscilloscope and logic analyzer signal decoding
    Course enquiry Syllabus
  • Circuit Theory

    Electronics Fundamentals

    Ohm’s law, Kirchhoff’s laws, passive components, transistors as switches, op-amps, power supplies, and schematic breadboarding.

    Duration
    To be announced
    Signature lab
    Linear Power Supply & Amplifier

    Key topics

    • Voltage, current, resistance and power calculations
    • Diodes, Zener regulation, and rectification circuits
    • BJT and MOSFET switching circuits for relay and motor loads
    • PCB schematic layout basics in KiCad
    Course enquiry Syllabus
  • Industry 4.0

    Industrial Automation

    Programmable Logic Controllers (PLCs), ladder logic programming, SCADA monitoring, industrial fieldbuses (Modbus/Profibus), and factory safety circuits.

    Duration
    To be announced
    Signature lab
    PLC Conveyor Belt Automation

    Key topics

    • PLC architecture, relay logic transition & IEC 61131-3 standards
    • Ladder Diagram (LD), Function Block Diagram (FBD) programming
    • SCADA and Human-Machine Interface (HMI) screen development
    • Industrial Ethernet, Modbus RTU/TCP protocols and safety gates
    Course enquiry Syllabus
  • Capstone

    Engineering Project Development

    Turn theoretical concepts into functioning prototypes. Requirements gathering, Bill of Materials (BOM), CAD 3D modeling, soldering, and final testing.

    Duration
    To be announced
    Signature lab
    Full Working Prototype Build

    Key topics

    • Feasibility analysis, hardware component selection & BOM budgeting
    • 3D CAD design for custom enclosures (Fusion 360 / SolidWorks)
    • Soldering techniques, cable harnessing, and thermal management
    • Project documentation, engineering journals & demo presentations
    Course enquiry Syllabus
  • Next-Gen

    AI + Robotics Applications

    Deploy computer vision and edge AI models onto hardware platforms (Raspberry Pi, NVIDIA Jetson). Visual object detection, obstacle avoidance, and voice-command bots.

    Duration
    To be announced
    Signature lab
    Vision-Guided Autonomous Rover

    Key topics

    • OpenCV image processing and camera calibration on Linux
    • YOLO object detection inference running on NVIDIA Jetson / Edge TPU
    • Autonomous path planning and LiDAR point cloud integration
    • Voice assistant integration and natural human-robot interaction
    Course enquiry Syllabus

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