Jahan Foulad Gharb University of Applied Science
Bridging Industry and Academia by Educating Skilled Professionals and Entrepreneurs
Associate Degree Programs
- Associate Degree in Metallurgy – Steel Rolling
- Associate Degree in Metallurgy – Foundry Technology
- Technical Associate Degree in Electrical Engineering - Industrial Electricity
- technical Associate Degree in Industrial Drafting
- Associate Degree in Cost Accounting
- Associate Degree in Occupational Safety and Technical Protection
- Associate Degree in Mechanical Engineering – Machine Tools
- Technical Associate Degree in Energy Auditing - Industry
Associate Degree in Metallurgy – Steel Rolling
The objective of the Associate Degree Program in Metallurgy – Steel Rolling is to enhance the knowledge and professional skills of mid-level technical personnel who serve between engineers and skilled workers, enabling them to properly operate rolling lines and effectively utilize modern equipment and production processes in the steel industry.
Technical Associate Degree in Electrical Engineering - Industrial Electricity
The objective of this program is to train application-oriented technicians in the field of industrial systems maintenance, electrical project execution, industrial machinery, electrical circuit installation, and the maintenance of electrical systems in industrial and manufacturing machinery, equipment, substations, distribution centers, and power plants.
technical Associate Degree in Industrial Drafting
Industrial Drafting is an associate degree program within the field of Mechanical Engineering. Its objective is to educate individuals who are capable of preparing manufacturing and assembly drawings for components and systems, while serving as a link between design engineers and the production and prototyping departments of industrial and research organizations.
Associate Degree in Metallurgy – Foundry Technology
The objective of establishing the Associate Degree Program in Metallurgy – Foundry Technology is to educate individuals who, in addition to acquiring theoretical knowledge, become familiar with the various departments of foundry plants. Graduates are also expected to develop the practical skills required to produce patterns, prepare molds, and carry out melting operations in accordance with the desired material properties, while ensuring minimum production time and maximum cost efficiency.
