Mechatronics Engineering License Exam Preparation (AMtE)

Prepare for the NEC Mechatronics Engineering (AMtE) license exam: Hydraulics and Pneumatics, Control Systems, Sensors and Actuators, Microcontrollers and Robotics, chapter by chapter. Free on LicenseNepal.

Mechatronics Engineering syllabus (AMtE)

  1. Fundamentals of Mechatronics

    • Basic electrical engineering
    • Electronic Devices
    • Digital Electronics and Application of IC
    • Kinematic and Dynamics of Machinery
    • Thermodynamics and Heat Transfer
    • Manufacturing Process
  2. Hydraulic and Pneumatic System and Devices

    • Fluid Power Systems and Fundamentals
    • Hydraulic System and Components
    • Design of Hydraulic Circuits
    • Pneumatic System and Components
    • Design of Pneumatic Circuits
    • Development of Circuit for Industrial Automation
  3. Control System

    • Signals and Systems
    • Time Domain Analysis and Design of Control System
    • Frequency Domain Analysis and Design of Control System
    • Stability Analysis
    • Process Control
  4. Sensors and Actuators

    • Sensors Classification
    • Displacement, Proximity, Angular Velocity, Acceleration and Strain Measurement Sensor
    • Force, Torque, Pressure, Flow, Temperature, Light and Level Measurement Sensors
    • Electrical Actuators
    • Hydraulic, Pneumatic and Piezoelectric Actuators
    • Selection of Actuators
  5. Communication

    • Basics of Communication System
    • Amplitude Modulation
    • Frequency Modulation
    • Analog Communication System
    • Digital Communication
    • Antennas, Wave Propagation and Wireless Communication
  6. Signal Conditioning, Processing and Data Acquisition

    • Analog Signal Conditioning
    • Data Acquisition
    • Signal Processing
    • Data Signal Transmission
    • Digital Interface in Measurement
    • Data Presentation and Display
  7. Design of Machine Elements

    • Introduction
    • Stress in Machine Parts
    • Different Joints and Design
    • Design of Shaft, Columns, Coupling, Spring, Flywheel, and Clutch
    • Design of Different Type of Bearing
    • Design of Gears
  8. Microprocessor, Microcontroller and Programming

    • 8085 Microprocessor
    • Programming with 8085 Microprocessors
    • Programming with 8086 Microprocessor
    • Interfacing Peripherals (I/O) and Applications
    • Microcontroller
    • Programmable Logic Controller
  9. Design of mechatronic System and Robotics

    • Mechatronic System
    • Mechanical, Electrical and Electronic Engineering in Mechatronics
    • Robotics
    • Design of Autonomous Mobile Robot
    • Design of Photo-polymerization based CAD Compatible stereo 3D Printer
  10. Project Planning, Design and Implementation

    • Engineering drawings and its concepts
    • Engineering Economics
    • Project planning and scheduling
    • Project management
    • Engineering professional practice
    • Engineering Regulatory Body

Sample Mechatronics Engineering questions

What is the function of bearing?

  1. generate heat
  2. ease of motion of shafts and gears
  3. balancing shaft
  4. rotate at high speed

The process selecting a desired frequency out of a complex wave is called

  1. superposition
  2. modulation
  3. tuning
  4. demodulation

A sensor that detects inclination or tilt is called

  1. Position sensor
  2. Tilt sensor
  3. Angled sensor
  4. Turn sensor