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Semiconductor Engineering
Welcome To Semiconductor Engineering
Powering Innovation, Shaping the Future, Enabling Tomorrow
A specialized engineering program that prepares students to understand, design, develop, and apply semiconductor technologies, with a strong focus on microelectronics, integrated circuits, advanced materials, and emerging high-tech industries.
The program provides students with the knowledge and practical skills required in semiconductor engineering through the study of semiconductor materials and devices, electronic circuits, microelectronics, integrated circuits, fabrication processes, testing, and characterization. It also emphasizes innovation, advanced manufacturing, quality, and the practical applications of semiconductor technologies.
Degree
Bachelor's Degree
Credit Hours
163 hours
Duration
5 Years
Field of Study
Semiconductor Engineering & Microelectronics
Areas of Application
Semiconductor Devices & Microelectronics
Understanding, designing, and analyzing semiconductor devices and microelectronic systems that form the foundation of modern electronic technologies.
Semiconductor Fabrication, Testing & Characterization
Applying engineering principles and practical techniques in semiconductor processing, device testing, characterization, quality, and reliability.
Integrated Circuits & Electronic Systems
Working with integrated circuits, electronic systems, and advanced technologies used in computing, communications, artificial intelligence, and smart devices.
Why Choose the Semiconductor Engineering Program at JUST
A Career in a Global High-Tech Industry
The program prepares you for opportunities in the rapidly growing global semiconductor and advanced technology industries.
Hands-On Engineering Learning
The program combines theoretical knowledge with practical laboratory experience to develop skills in semiconductor devices, microelectronics, testing, and advanced electronic technologies.
Technology at the Core
Explore the technologies that power artificial intelligence, communications, smart devices, electric vehicles, renewable energy systems, and advanced computing.
Skills for the Future
Gain specialized engineering and technical skills applicable across semiconductor, electronics, microelectronics, manufacturing, and high-technology sectors.
The Future of the Program in Jordan
Semiconductor Engineering Technology offers promising opportunities in Jordan and the region as advanced technologies, electronics, artificial intelligence, renewable energy, and smart systems continue to grow. The program contributes to preparing qualified engineers capable of supporting emerging technology industries and participating in the global semiconductor ecosystem.
Your Path to the Technology of Tomorrow
Begin your journey in one of the world's most important and rapidly advancing technology fields, develop your engineering expertise, and become part of the future of innovation, electronics, and semiconductor technologies.
Frequently Asked Questions

It is a specialized engineering program that prepares students to understand, design, develop, test, and apply semiconductor devices, microelectronics, and related advanced technologies.

You will learn the fundamentals of semiconductor materials and devices, electronics, microelectronics, integrated circuits, semiconductor fabrication, testing, characterization, and advanced electronic systems.

No. The program builds students' knowledge from the fundamental principles of mathematics, physics, electronics, and engineering and gradually progresses toward advanced semiconductor technologies.

Graduates can work in semiconductor and microelectronics industries, electronics manufacturing, integrated circuit design and testing, advanced technology companies, research and development centers, and other high-tech sectors.

Yes. The program combines theoretical knowledge with laboratory and practical training to develop students' technical and engineering skills in semiconductor and microelectronics technologies.