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University of Technology (Yatanarpon Cyber City)
Faculty of Precision Engineering

The Department of Precision Engineering (PrE) at the University of Technology (Yatanarpon Cyber City) focuses on the design, manufacturing, and creation of automated control systems for precise machinery and components.

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Our Motto

“Our Precision is Your Advantages”


The objectives and responsibilities

To develop the ability to design products and machinery with high precision. To understand and solve problems related to automation control systems. To comprehend issues concerning electric energy consumption, the operation of various types of AC/DC motors, and the necessary operating conditions for automated factory processes. To prepare students to face future challenges in the field of precision machinery manufacturing engineering.

Fundamentals of Precision Engineering

  1. Introduction to precision measurement
  2. Tolerances and fits
  3. Metrology principles

Mechanical Design and Manufacturing

  1. Precision machine design
  2. Manufacturing processes for high-accuracy components
  3. CNC machining and tooling

Measurement and Instrumentation

  1. Precision measurement instruments
  2. Sensors and transducers
  3. Calibration techniques

Automation and Control Systems

  1. Automated manufacturing systems
  2. Control theory and applications
  3. Robotics basics

Materials Science and Surface Engineering

  1. Material properties affecting precision
  2. Surface finishing and treatment techniques

Computer-Aided Design and Manufacturing (CAD/CAM)

  1. CAD modeling
  2. CAM programming for precision machining

Quality Assurance and Statistical Process Control

  1. Quality control methods
  2. Statistical analysis for manufacturing processes

Microsystems and Nanotechnology

  1. Microfabrication techniques
  2. Applications of nanotechnology in precision engineering

Practical Laboratory Work

  1. Hands-on experience with precision instruments and manufacturing equipment
  2. Real-world project implementation

Where You Can Learn

In the Department of Precision Engineering, Laboratories have been established to allow students to gain practical knowledge of the precision and automation technologies required in industrial operations.

Hover over or tap a skill to see a brief description.

Metrology Laboratory

Mechanical Manufacturing Laboratory

Automation and Control Laboratory

Materials and Surface Engineering Laboratory

CAD/CAM Laboratory

Quality Control Laboratory

What You Will Learn After B.E. Course

Our Bachelor of Engineering curriculum is designed to prepare you for the real world with these key advantages.

Accurate Mechanical Design Skills

Automation System Development

Quality Control and Assurance

Problem-Solving and Innovation

Research and Development Skills

CAD/CAM Proficiency

Material Science Understanding

Teamwork and Communication

Practical Hands-On Experience

Professional Ethics and Standards

Career Paths & Job Opportunities

Graduates with a B.E. in Mechanical Precision and Automation can work in Industrial Automation firms, Consumer Goods manufacturers, Automotive industry companies, Precision Tool and Equipment manufacturers, and similar organizations.

Manufacturing Engineer

Quality Assurance Engineer

Automation Engineer

Production Engineer

Maintenance Engineer

Project Engineer

Technical Officer

Process Engineer

Research and Development Engineer

Calibration Engineer