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Industrial Engineering Program

The Industrial Engineering program focuses on graduating a generation of engineers who are able to design, develop, operate, and manage industrial systems and service systems efficiently with the aim of maximizing productivity, reducing costs, and raising the level of quality of production or service provided.

About the Program

The program is concerned with arming graduates with all modern means and tools and engineering knowledge necessary to keep pace with the development in industrial and service systems worldwide. IENG is a credit hour-based program with a total of 144 CH, allowing its students to graduate after 4 years (8 semesters) of studying.

Mission & Objectives

Our mission is to teach students the principles and practices of industrial and service management engineering. We offer students a foundational knowledge of science, mathematics, and reasoning. We provide them with practical engineering skills to solve complex problems and build systems that integrate people and advances in technology. This program emphasizes developing analytic abilities in students; helps them make better decisions, develop, and execute strategies, and leads people to innovation.

Skills & Career Path

Careers you can pursue:

• Industrial Engineer
• Quality Engineer
• Manufacturing/ Lean Manufacturing Engineer
• Supply Chain management
• Operations and Production Manager
• Industrial Facility Manager
• Process Engineer

Skills

The main output of the proposed program is a generation of engineers specialized in industrial engineering, so that the graduate will be able to:

• Design, develop, implement, and improve integrated systems that include people, materials, information equipment, and energy.
• Understand the engineering relationships between the administrative tasks of planning, organizing, leading, and controlling human elements in production, research, and service organizations.
• Understand and deal with the integration of management systems in a range of different technological environments.
• Provide strong relationships between local economic sectors and industrial societies with graduates of the department in fields related to research, practical training, and field investigations.

Promoted Facilities

Ergonomics Lab

The Ergonomics lab is concerned with experiments to fit the workstation and tools to fit the user, measure musculoskeletal stresses, evaluate Standing, and work in awkward positions in workstations. Other investigations are conducted, such as heart rate, vibration rate, and auditory measurements.

Process Improvement Lab

The Process Improvement Lab serves a group of tools and games that provide an effective way for the student to gain knowledge about various process improvement concepts such as Lean manufacturing, 6 sigmas, 5s, Kanban, and value stream map simulation, etc.

Simulation Lab

The Industrial Engineering Software Lab fulfills the learning needs of industrial engineering students by providing a network that consists of 20 desktop computers with software including Edrawmax, LINGO 19.0, and Flexisim. The lab enforces the study of simulation, optimization, and 2D technical diagramming.

Nano Science and Material Lab

The nanoscience lab provides hands-on experience in advanced material science technology. Students acquire hands-on experiments that combine learning different methodologies for material fabrication and characterization techniques. We teach our students the key concepts of nanoscale phenomena that make nanoscience and nanotechnology one of the most exciting fields of research today.

Workshop and Non-Conventional Manufacturing Lab

The main aim of the mechanical workshop is to introduce students to the basic concepts of manufacturing via shaping, forming machining, CNC machining, and assembly. Through the different experiments we offer to our students, they can develop knowledge of appropriate parameters to be used for various machining operations and learn the basic use of machine tools and workshop equipment.

Metrology Lab

The metrology lab enforces measurement studies and helps students validate and verify predefined standards for traceability, accuracy, reliability, and precision. The lab is currently equipped with different dimensional metrology instruments such as calipers, gauges, and instrumentation to inspect various features, e.g., linear, angular, geometric form (roundness, flatness), hardness, and surface.