Since Mechanical Engineering has long covered the broadest range of topics in engineering related disciplines, today’s mechanical engineers are also expected to handle serious challenges associated with industries and the society: sustainable and renewable energy systems, environment-friendly production systems and material designs and manufacturing, design of high-quality mechanical and mechatronics systems at low cost, playing an integral role in development of modern products demanding multi-disciplinary approaches, to name a few.
To address such challenges, The School of Mechanical Engineering (ME) at IUST participates in the development of the scientific and academic system of the country in national and international arenas, and develops higher education with excellent quality, theoretical and practical education of students in different fields and levels, and provides specialized, efficient and committed human resources.
For the following reasons, enthusiastic candidates might decide to choose ME for pursuing their study:
- The school has an excellent record in educating undergraduate students undergoing an intensive and flexible program with an emphasis on fundamental analytical skills for solving practical problems. Additionally, the experimental and research talents of the students are also improved through the various educational and research lab works offered.
- The world-class faculties of the school holding a broad range of expertise and specializations have been and are supervising graduate students towards outstanding achievements specially during recent decades. This is partly reflected by the ever-improving position of the school in well-recognized international university ranking systems.
- The graduated students of the school are capable of both pursuing a professional practice of engineering and/or contributing to the state-of-the-art scientific researches, depending on their ambitions and background.
Historical Pioneering
The ME is the oldest engineering school across the country founded in 1929. It has successfully conducted the first full English Msc program of the university in Mechatronics Engineering.
Today’s Position
The ME is among the top 5 Mechanical Engineering Schools of the country. According to the NTU international university ranking, the ME is ranked 49 globally in 2021.
Future’s Vision
The ME aims to offer more advanced and flexible degree programs for internationals with the hope to facilitate cultural and scientific exchanges specially with the nations in the region.
Academic Programs
BSc Programs
The mission of the undergraduate program in ME is to provide an excellent educational experience for its students. This experience includes an emphasis on the technical, communication, teamwork and life-long learning skills that graduate engineers need to succeed, in both the workplace and society in general. The mechanical engineering program is structured to prepare the graduate for the professional practice of engineering and/or graduate school. The curriculum emphasizes a rigorous treatment of the mathematical and scientific approach to the solution of engineering problems. It provides a coherent set of courses in energy conversion and structures/motion in mechanical systems. The program has been designed across the curriculum and is capped with an integrated design experience in the form of a senior project.
The undergraduate program is only presented in Persian. Therefore, the international students interested to pursue their undergraduate studies in our school need to take the Persian courses first and then apply to the program. Please check our Persian website for more information about our undergraduate studies program.
MSc Programs
The Master of Science programs in ME focus on providing a deeper treatment of relevant mathematical and technical topics as well as research-related skills in 6 dedicated special fields, namely Applied Mechanics, Aerospace, Biomechanics, Energy Conversion, Manufacturing, and Mechatronics. The programs are offered in both Persian and English (though, the English programs are only offered upon demand), and in two basic schemes:
Research-Based Scheme:
The research-based program includes some coursework at the beginning of the degree followed by an individual independent research under the supervision of a faculty member, and usually requires the submission of a thesis for graduation. This degree has 32 minimum course credits requirements as outlined in the below courses. It is a flexible program which includes a Graduate Seminar (2 credits) followed by a Thesis (6 credits). The remaining credits are to be fulfilled by the 8 courses offered by the distinguished faculty members.
Course-Based Scheme:
This is a professional program requiring students to complete a number of courses to obtain a degree, without the need for submission of a research thesis, but the program may include major projects. Students are required to pass 10 discipline-related 3-credit courses (as outlined in the below table) offered by the distinguished faculty members and a Graduate Seminar which accounts for 2 credits; hence, a total of 32 credits.
Overview:
A design engineer is in charge of appropriate designing of engineering structures as well as machinery and their parts. These days along with advancements in technology, assigned missions to design engineers are more than ever, complex in nature. Design and production of machinery or parts performing in high speed or temperature that has to be very endurable and weigh far less than before are routine task of engineers. Moreover, these parts and machinery would have to be environment friendly possess noticeable aesthetics and while having dimensions of extra ordinary magnitude, need to be made in a very economical manners.
Department of Applied Design at IUST’s School of Mechanical Engineering provides courses and research topics of those objectives for students to ensure their prosperity and enhancement in design and other related engineering activities. This will enable the graduates to play a role in assisting the related industries throughout the country.
Degree: M.Sc- Mechanical Engineering (Applied mechanics)
Language: English/Persian
Program Duration: 3semester(Course Based) , 4semaster(Research Based)
Beginning: Fall semester
Assessments: Seminar presentation (2 credits) , Thesis (6 credits), written examinations(Mandatory Courses ( 15 credits) , Candidature courses (9 credits))
More info: Information about accommodation, costs of living, support programs for international students is available HERE
Course-Based Scheme:
Semester | Course Name | Instructor(s) |
One (Fall) | Advanced Mathematics in Engineering | Dr Talebi |
Mechanics of Composite Materials | Dr Taheri | |
Advanced Vibration | Dr Hasheminejad | |
Two (Spring) |
Advanced Robotics | Dr Habibnejad |
Industrial Vibrations | Dr Rajabi | |
Advanced Dynamics | Dr Beigzadeh | |
Continuum Mechanics | Dr Hashemi | |
Three (Fall) | Adhesively Bonded Structures | Dr Khoramishad |
Theory of Elasticity | Dr Ashrafi | |
Random Vibration | Dr Safizadeh | |
Graduate Seminar | Faculty members (individually) |
Research-Based Scheme:
Semester | Course Name | Instructor(s) |
One (Fall) | Advanced Mathematics in Engineering | Dr Talebi |
Mechanics of Composite Materials | Dr Taheri | |
Advanced Vibration | Dr Hasheminejad | |
Two (Spring) |
Advanced Robotics | Dr Habibnejad |
Industrial Vibrations | Dr Rajabi | |
Advanced Dynamics | Dr Beigzadeh | |
Graduate Seminar | Faculty members (individually) | |
Three (Fall) | Adhesively Bonded Structures | Dr Khoramishad |
Theory of Elasticity | Dr Ashrafi | |
Thesis | Faculty members (individually) | |
Four (Spring) | Thesis – Continued | Faculty members (individually) |
Overview:
Objective of the department of Aerospace engineering is to create ability in research, design, manufacturing and test of aerospace systems in divisions of propulsion, aerodynamics, structure, dynamics and control of space systems.
Aero systems such as airplane, helicopter and rockets as well as space systems such as satellites are based on advanced and modern technologies. Ability in design and manufacturing of these systems is tantamount to advancements in national technological, economical and defense achievements.
In addition, science and technology in aerospace as a progressive industry can assist other areas such as turbo-compressors used in gas pumping stations, automotive technologies, underground tunnels, industrial motors as well as construction.
In graduate programs, advanced methods in mathematical modeling, analysis, control, design, manufacturing and testing of different elements of aerospace systems are taught in approved formats by the department. Moreover, by completing seminars and thesis in the planned curriculum of different majors within the department, students will be prepared to face the real applications of their learning within the industry.
Degree: M.Sc- Mechanical Engineering (Aerospace)
Language: Persian
Program Duration: 3semester(Course Based) , 4semaster(Research Based)
Beginning: Fall semester
Assessments: Seminar presentation (2 credits) , Thesis (6 credits), written examinations(Mandatory Courses ( 15 credits) , Candidature courses (9 credits))
More info: Information about accommodation, costs of living, support programs for international students is available HERE
Overview:
The Biomechanics engineering department was established in 1995 in school of mechanical engineering. Having deficiency courses taken in their first year of studies, graduate students are exposed to multi disciplinary programs to join medical and engineering science. There are other disciplines in the same field as well. These majors are bio-electric and bio-materials.
Perhaps modeling and recognition of human body’s biomechanical parameters are most prevailing research areas in this field. This is due the fact that, upon attainment of research results, graduates of bio-mechanical engineering will be able to:
Design and make artificial parts and systems of human body.
1- Design and analysis of mechanical divisions of medical equipment as well as paramedical
2- Devices and handicap’s accessories.
It is noteworthy that topics such as tissue engineering and nanobiotechnology having recently emerged have caused the field of bioengineering to flourish more than ever before.
Degree: M.Sc- Mechanical Engineering (Biomechanics)
Language: Persian
Program Duration: 3semester(Course Based) , 4semaster(Research Based)
Beginning: Fall semester
Assessments: Seminar presentation (2 credits) , Thesis (6 credits), written examinations(Mandatory Courses ( 15 credits) , Candidature courses (9 credits), Deficiency courses (14 credits))
More info: Information about accommodation, costs of living, support programs for international students is available HERE
Overview:
The Department of Energy Conversion at the School of Mechanical Engineering offers students the opportunity to pursue an exceptional, high-quality education in one of the Iran’s largest Mechanical Engineering school.
As the world faces grand challenges in meeting energy needs without causing severe impacts on the environment and human health, an improved understanding of current systems and environmental impacts, and technical innovation in the field of energy systems is required.
The Department of Energy Conversion is home to world-class research with internationally renowned experts and well-equipped laboratories and facilities with strong connection to industry. The research at the department includes enhanced oil and gas recovery, energy conversion and storage systems, hybrid energy systems, life cycle analyses and environmental impacts assessment, and renewable and sustainable energy.
Graduate study at the Energy Conversion department can lead to innumerable opportunities as a researcher, an educator, or a leader in an engineering firm across such sectors as power, gas, transport, and thermal sectors.
Course-Based Scheme:
Semester | Course Name | Instructor(s) |
One (Fall) | Advanced Computational Fluid Dynamics | Dr Hosainalipour |
Solar Energy | Dr Ghandeharion | |
Turbulence | Dr Pouransari | |
Two (Spring) |
Advanced Combustion and Fuels | Dr Ghasemi |
Hydraulic and Pneumatic Systems | Dr Niknam | |
Fundamentals of Gas Turbines | Dr Akhlaghi | |
Optimization of Energy Systems | Dr Gharaghani | |
Three (Fall) | Advanced Thermodynamics | Dr Moghimi |
Microfluidics | Dr Asiaei | |
Advanced Internal Combustion Engines | Dr Hosainalipour | |
Graduate Seminar | Faculty members (individually) |
Research-Based Scheme:
Semester | Course Name | Instructor(s) |
One (Fall) | Advanced Computational Fluid Dynamics | Dr Hosainalipour |
Solar Energy | Dr Ghandeharion | |
Turbulence | Dr Pouransari | |
Two (Spring) |
Advanced Combustion and Fuels | Dr Ghasemi |
Fundamentals of Gas Turbines | Dr Akhlaghi | |
Optimization of Energy Systems | Dr Gharaghani | |
Graduate Seminar | Faculty members (individually) | |
Three (Fall) | Advanced Thermodynamics | Dr Moghimi |
Microfluidics | Dr Asiaei | |
Thesis | Faculty members (individually) | |
Four (Spring) | Thesis – Continued | Faculty members (individually) |
Overview:
Division of engineering concentrating on processes of producing/making/parts/devices/equipment and systems is known as manufacturing engineering. Elements of this major are comprised of process management engineering/ machine tools/materials science and engineering/ automation and quality control.
Main concentration of manufacturing engineering is on internal dynamics of industrial processes such as machine tools/materials engineering/ tribology/ mechanical and non-destructive testing of materials (NDT)/ condition monitoring (CM) and precision and accuracy inspection of products in from of quality assurance.
A manufacturing engineer is in charge of planning/design/ set up/ modification/ optimization as well as monitoring of a production process. Main duties of manufacturing engineers are to produce products of high quality in most economical from in light of protecting environment and considerations for its betterment.
Manufacturing engineers in addition to designing are also innovative and analytical thinkers. Next to activities on the basis of personal creativity, these engineers can act as members of a team in having group performances with other engineers in an endeavor known as: interdisciplinary cooperation’s.
Degree: M.Sc- Mechanical Engineering ( Manufacturing)
Language: English/Persian
Program Duration: 3semester(Course Based) , 4semaster(Research Based)
Beginning: Fall semester
Assessments: Seminar presentation (2 credits) , Thesis (6 credits), written examinations(Mandatory Courses ( 15 credits) , Candidature courses (9 credits))
More info: Information about accommodation, costs of living, support programs for international students is available HERE
Course-Based Scheme:
Semester | Course Name | Instructor(s) |
One (Fall) | Advanced Mathematics in Engineering | Dr Maadoliat |
Industrial Manufacturing Systems | Dr Riahi | |
Metal Forming | Dr Sedighi | |
Two (Spring) |
Automation and Production Systems | Dr Shahbazi |
Metallurgy in Production | Dr Sedighi | |
Advanced Machining | Dr Davoodi | |
Computer Aided Design and Manufacturing | Dr Niknam | |
Three (Fall) | Condition Monitoring and health diagnosis | Dr Rajabi |
Introduction to Additive Manufacturing | Dr Hahsemi | |
Machine Learning | ||
Graduate Seminar | Faculty members (individually) |
Research-Based Scheme:
Semester | Course Name | Instructor(s) |
One (Fall) | Advanced Mathematics in Engineering | Dr Maadoliat |
Industrial Manufacturing Systems | Dr Riahi | |
Metal Forming | Dr Sedighi | |
Two (Spring) |
Automation and Production Systems | Dr Shahbazi |
Advanced Machining | Dr Davoodi | |
Computer Aided Design and Manufacturing | Dr Niknam | |
Graduate Seminar | Faculty members (individually) | |
Three (Fall) | Condition Monitoring and health diagnosis | Dr Rajabi |
Introduction to Additive Manufacturing | Dr Hahsemi | |
Thesis | Faculty members (individually) | |
Four (Spring) | Thesis – Continued | Faculty members (individually) |
Overview:
There is strong demand for high-quality engineers with a postgraduate qualification in mechanical engineering and a good range of skills. This MSc Mechatronics Engineering has been designed to develop the technical and non-technical skills needed to succeed in industry and academia. The range of modules will enhance the depth of your knowledge while developing the skills to manage people and projects. Registered candidates will use state-of-the-art engineering analysis software and employ appropriate analytical and computer-based techniques.
This degree covers a breadth of subjects that enables you to appreciate and deal with the complexities of modern industrial environments. Furthermore, this degree addresses the full spectrum of subjects concerning advanced manufacturing, technologies including manufacturing simulation and robotics, sensors and measurements, data analytics, and additive manufacturing. Besides, Additionally, registered candidates will gain an awareness of wider issues such as inspection, automation, control, and digital production, non-destructive techniques as well as condition motoring and health diagnosis strategies.
Course-Based Scheme:
Semester | Course Name | Instructor(s) |
One (Fall) | Advanced Mathematics in Engineering | Dr Maadoliat |
Advanced Control | Dr Davaee | |
Mechatronics I | Dr Beigzadeh | |
Two (Spring) |
Automation and Production Systems | Dr Shahbazi |
Advanced Measurement Techniques |
Dr Nouri | |
Control and Monitoring of Machine tools and Machining Processes | Dr Niknam | |
Graduate Seminar | Faculty members (individually) | |
Three (Fall) | Condition Monitoring and health diagnosis | Dr Rajabi |
Introduction to Additive Manufacturing | Dr Hahsemi | |
Thesis | Faculty members (individually) | |
Four (Spring) | Thesis – Continued | Faculty members (individually) |
Research-Based Scheme:
Semester | Course Name | Instructor(s) |
One (Fall) | Advanced Mathematics in Engineering | Dr Maadoliat |
Advanced Control | Dr Davaee | |
Mechatronics I | Dr Beigzadeh | |
Two (Spring) |
Automation and Production Systems | Dr Shahbazi |
Industrial Manufacturing Systems | Dr Riahi | |
Advanced Measurement Techniques |
Dr Nouri | |
Control and Monitoring of Machine tools and Machining Processes | Dr Niknam | |
Three (Fall) | Condition Monitoring and health diagnosis | Dr Rajabi |
Introduction to Additive Manufacturing | Dr Hahsemi | |
Machine Learning | ||
Graduate Seminar | Faculty members (individually) |
PhD Programs
The Doctor of Philosophy (PhD) programs in ME are meant for interested researchers who are willing to get in-depth knowledge of mechanical engineering and to become an independent scientist of the chosen specialization.
The PhD programs for international candidates normally take three years of full-time study and research to complete. The candidates are required to develop a research proposal during the first year and turn the proposed ideas to a set of novel, original, verifiable, and measurable research outcomes through the last two years. PhD candidates must successfully complete one or two advisory courses (taken individually with an instructor upon a recommendation by the supervisor), and a thesis presenting their scientific research outcomes.
The programs are offered in both Persian and English, and there is basically no application deadline as the ME constantly considers PhD applications. Please refer to “Admission” in the sequel for more information.
Why IUST?
The IUST atmosphere is ideal for students who are seeking to pursue their study in a lovely and warm environment. Every year, IUST attracts a number of enthusiastic students for both undergraduate and graduate programs mostly from the neighboring countries.
Kindly watch this video to get an insight how our international students have found the university over the course of their study program.
We are constantly monitoring the established academic programs to improve them in terms of quality and flexibility for our outstanding international students to better develop needed expertise.
Say hello to IUST. Apply now.
Explore
RESEARCH
At the present, 27 well-equipped and manned research laboratories are performing at ME. The research outcomes of these labs are constantly published through internationally recognized outlets. Moreover, there are a host of related technical shops and centers providing hands-on experience for students.
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FACULTIES
The ME faculty is comprised of 45 fulltime assistant, associate and full professors, in addition to some adjunct professors and instructors. Having completed their studies abroad at the most renowned institutions of higher learning, or at the best domestic universities, the faculty is outstanding in terms of scholarly activities and publications.
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GRADUATE DEGREE PROGRAMS
Nearly all fields of mechanical engineering are taught and researched at ME. Applied Mechanics, Aerospace, Biomechanics, Energy Conversion, Manufacturing, and Mechatronics are the offered topics for postgraduate degrees.
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Central Research Laboratory
The Central Research Laboratory of ME is recently established with the aim of synergizing the research fields as much as possible and facilitating the service to faculties and students inside and outside of the school.
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Admission
Our Students
Meet our international students.