Machinery workshop

· Machine Shop

The Machine Shop of the School of Industrial Engineering at Iran University of Science and Technology (IUST) serves as a key center for bridging academic knowledge and industrial practice. With a mission to support scientific research and strengthen practical skills, the workshop provides students with hands-on industrial training while offering well-equipped facilities for manufacturing precision components required for research projects. Direct exposure to real industrial environments and the acquisition of practical skills before entering the job market are essential components of engineering education at IUST, contributing to the development of highly skilled engineers.

The Machine Shop of the School of Industrial Engineering is equipped with more than 70 industrial machines, including a comprehensive range of industrial lathes and milling machines, shapers, grinding machines, drilling machines, and various other machining equipment.

· Technical Capabilities and Specialized Services

Drawing on a wide range of machinery and technical expertise, the workshop supports both research and educational activities.

1. Training and Skills Development

· Conducting practical and specialized machining courses for students of the School of Industrial Engineering and other schools.

· Providing training in the operation of various machine tools to familiarize students with industry standards and workplace requirements.

· Offering hands-on experience in a controlled environment to bridge the gap between theoretical knowledge and practical application.

2. Research-Oriented Manufacturing Services

· Manufacturing precise and complex components required for research projects conducted by faculty members and students.

· Performing high-precision machining operations in accordance with engineering drawings.

· Manufacturing various types of gears, including spur, bevel, and helical gears.

3. A Wide Range of Machining Operations
 

The workshop is capable of performing a broad range of basic, finishing, and advanced machining operations, including step turning, grinding, cylindrical grinding, surface grinding, tool sharpening, form turning, taper turning, thread cutting, shaft turning, and production turning.
 

· Advanced Machine Shop and Modern Manufacturing Systems Laboratory

Focusing on cutting-edge manufacturing technologies, this laboratory serves as a research hub for the study and implementation of modern manufacturing systems. Its primary objective is to train and empower students to use digital manufacturing technologies, including computer-aided programming and automated systems, in support of advanced research at the undergraduate, master's, and doctoral levels.

Through its technical infrastructure and specialized facilities, the laboratory plays a key role in advancing cutting-edge technologies and modern manufacturing systems nationwide.

Areas of Specialization

The laboratory's research and educational activities focus on the following areas:

· Computer-Controlled Machining: Investigating the operation, applications, and computer programming of Numerical Control (NC) and Computer Numerical Control (CNC) machine tools.

· Flexible Manufacturing Systems (FMS): Studying the design principles, simulation, and industrial applications of FMS production lines in modern manufacturing.

· Automation Technologies: Researching the integration of robotics and machine tools into manufacturing processes.

Technological Equipment and Infrastructure

The laboratory is equipped with a range of advanced, precision machine tools and technological systems, including:

· NC and CNC Milling and Turning Machines: Machines from established manufacturers, including EMCO, Boxford, and Denford.

· Industrial Robotics: Two robotic units, considered among the workshop's distinctive and strategically important assets, which enable the implementation of robotics and industrial automation projects.

  

· Precision Measurement and Quality Control Laboratory

The Precision Measurement Laboratory of the School of Industrial Engineering provides specialized facilities for training in precision measurement and the quality inspection of industrial components. Its primary objective is to equip students with a thorough understanding of measurement accuracy, tolerances, and measurement standards, while preparing them for careers in quality control across a wide range of industries.

By combining conventional measurement instruments with advanced technologies, the laboratory bridges the gap between theoretical metrology and the precision requirements of modern industry.

The laboratory's activities are organized into two main areas:

1. Fundamental and Applied Skills Training

· Introducing students to and training them in the use of a variety of analog and digital measurement instruments and techniques.

· Conducting measurement procedures on actual industrial components to provide practical insight into engineering concepts.

· Teaching calibration methods and measurement accuracy standards.

2. Advanced Services and Reverse Engineering

Using advanced equipment, the laboratory is capable of carrying out complex and precision-critical projects, including:

· Coordinate Measuring Machine (CMM): Performing highly accurate three-dimensional measurements of complex components.

· Data Acquisition: Accurately measuring and extracting the dimensional data of components for which engineering drawings or measurement documentation are unavailable.

· Engineering Drawing Reconstruction (Reverse Engineering): Reconstructing technical drawings based on measured component dimensions and geometric data.