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Mechanic

Mechanical Engineering Technique

Welcome to the MET Technique Department at Vyar Institute

Here is What to Know

The Mechanical Engineering Technique Department at Vyar Institute is a dynamic academic center dedicated to innovation, precision, and applied engineering excellence. The department provides a stimulating environment that integrates theory, design, and practical experience — preparing students to become highly skilled mechanical engineers capable of meeting the challenges of a rapidly advancing technological world.

Our two-year Mechanical Engineering Diploma Program equips students with fundamental and advanced knowledge in mechanical systems, thermodynamics, manufacturing processes, materials science, fluid mechanics, and computer-aided design (CAD). The curriculum blends scientific theory with real-world technical training, ensuring graduates are well-prepared to contribute to industries such as manufacturing, energy, automotive, and construction.

At Vyar Institute, we prepare students not only to understand machines — but to design, build, and improve them. Our goal is to develop creative engineers who combine innovation, precision, and responsibility to shape the industrial future of Kurdistan and beyond.

  • Innovation: Encouraging creativity in mechanical design, automation, and sustainable technologies.

  • Precision: Fostering technical excellence, accuracy, and attention to detail in engineering practice.

  • Responsibility: Promoting ethical conduct, workplace safety, and environmental awareness.

  • Excellence: Striving for high academic and professional standards across all engineering disciplines.

  • Collaboration: Supporting teamwork and effective communication in multidisciplinary environments.

In the final semester, students participate in supervised field training or internships in factories, workshops, or industrial facilities.

Objectives of Field Studies:

  • Apply theoretical knowledge to real mechanical systems

  • Gain practical experience in design, manufacturing, and maintenance

  • Understand industrial processes, tools, and safety standards

  • Enhance teamwork, communication, and problem-solving skills

  • Build professional readiness and confidence for future employment

Graduates of the Mechanical Engineering Technique Department at Vyar Institute are qualified for a wide range of careers, including:

  • Mechanical Design and Drafting

  • Industrial Maintenance and Operations

  • HVAC Engineering and Installation

  • Automotive and Manufacturing Engineering

  • Quality Control and Inspection

  • Energy Systems and Power Plants

  • Project Management and Technical Supervision

  • Production Planning and Process Engineering

Curriculum Structure

The Mechanical Engineering Technique Program is organized into four semesters, combining classroom theory, laboratory work, and project-based learning to provide students with a solid foundation in mechanical engineering principles and applications.

  • Engineering Mathematics

  • Fundamentals of Mechanical Engineering

  • Technical Drawing and Engineering Graphics

  • Material Science and Metallurgy

  • Thermodynamics I

  • Mechanics of Materials

  • Manufacturing Processes

  • Computer-Aided Design (AutoCAD & SolidWorks)

  • Fluid Mechanics and Hydraulic Systems

  • Thermodynamics II

  • Machine Design and Analysis

  • Electrical and Control Systems for Engineers

  • Maintenance Engineering and Quality Control

  • Project Management and Industrial Safety

  • Research Methods in Mechanical Engineering

  • Final Project / Internship / Field Training

Short-Term Extension Courses

Duration: 3 months
Content:

  • 2D and 3D modeling

  • Assembly design and mechanical drawings

  • Simulation and analysis

  • Real-world design projects

Duration: 3 months
Content:

  • Principles of HVAC systems

  • Load calculation and duct design

  • System installation and maintenance

  • Practical lab sessions

Duration: 3 months
Content:

  • Machine setup and preventive maintenance

  • Hydraulic and pneumatic systems

  • Fault diagnosis and repair

  • Workshop-based practical training

Duration: 3 months
Content:

  • Renewable and conventional energy systems

  • Heat transfer and efficiency analysis

  • Power plant and mechanical energy applications

  • Project-based learning

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