K. N. Toosi mechanical engineers do not just response to the society’s requirements, they recognize the future needs and innovate for it, and lead to a better destiny. Our programs are to impact the world through a sturdy curriculum, significant research and glorious design experiences.
Our goal is to educate those who are making the world to change.
Our History
The Faculty of Mechanical Engineering was officially established in 1973. It is one of the best known Institution in the country. In 1980, two main departments namely solid mechanics and fluid and heat engineering was formed. In 1993 production and manufacturing engineering was initiated and in 2001, automotive engineering, materials engineering, energy systems departments has been started. Finally, in 2012 based on multidisciplinary cooperation, mechatronics engineering has been established.
Research
With more than 45 faculty members, an annual average of more than 120 international papers, and more than 650 graduate students, the Faculty of Mechanical Engineering is one of the university engines of research and innovation.
Design and manufacturing of optimized aerodynamic systems
Micro Calories metering
Multi Phases flows
Turbo machines
Environmental engineering
Nano technology
Fuel cell
Production and Manufacturing
Core research areas:
Traditional and non-traditional Machining
Design of experiments
Manufacturing system design
CAD/CAM
Non-destructive tests
Forming and fracture study
Manufacturing Executive Systems (MES)
Enterprise Resource Planning (ERP)
Core Research Labs:
Virtual design and Manufacturing Systems
Special Machining
Modern shaping
Advanced Manufacturing research
Non Destructive test
Industry 4.0
IOT in Manufacturing
Automotive Engineering
Core research areas:
Explosive forming
Machine tools design
Composite Materials
Enterprise Resource Planning
Additive manufacturing
Core Research Labs:
Automotive engineering
Advanced Vehicle systems
Energy Systems
Core research areas:
Cavitation
Optimization
Power Generation
Electrochemical Systems,
Renewable Energies
Thermal Power Plant
Solar Energy
Core Research Labs:
Energy and process integration
Optimization of energy systems
Mechatronics
Core research areas:
Assistive Robotics
Bio-mechatronic Systems
Bio-MEMS
Fault Diagnosis
Intelligent Systems
System Identification
Wearable Technologies
Core Research Labs:
Fault Detection and Identification Laboratory
Mechatronics Laboratory (Electrical Eng.)
Mechatronics Laboratory (Mechanical Eng.)
Prominent Research Areas:
Major Research areas of the Faculty includes:
Design of automatic lines
Mechatronic systems
Robotics
Virtual reality
Composite materials
Heat exchangers and heat transfer
Refrigeration and cooling systems
Wind tunnel
Measurements internal combustion
Turbo-machines
Design and manufacturing
Dynamics and vibration
Stress analysis
Metallurgy
Nanotechnology
Nondestructive Testing
Explosion resistant structures
Automotive system design
Nontraditional manufacturing methods
Nondestructive testing
Rapid prototyping
Enterprise Resource Planning
Industry 4.0
Academics
We believe learning is a collective effort of students, teachers, families and communities to be included in enriched environments, flexible and creative groups. Our professors and students are committed to creating and implementing new educational and technological methods that enhance methods of learning. The following academic programs is offered in the Faculty of Mechanical Engineering.
Programs and Degrees:
BSc
MSc
PhD
Mechanical engineering
Applied Design
Energy Conversion
Manufacturing
Mechatronics
Material Science
Automotive engineering
Applied Design
Energy Conversion
International Joint Programs:
Faculty of Mechanical Engineering of K. N. Toosi University of Technology benefits from its extensive international academic collaborations. The Faculty experienced joint masters’ programs in Energy Systems with Manchester University (United Kingdom) in the past, and University of Waterloo (Canada) at Ph.D. level.
