Programs

Electrical Engineering and Information Technology

Electrical Engineering and Information Technology (Master's Program)

This Master's program in Electrical Engineering and Information Technology offers you the chance to deepen your expertise in this field. You can choose to specialize in one of three areas: Automation Engineering, Power Engineering, or Optical Technologies. The program is designed as a full-time course of study. This program is primarily taught in German. Further details and application information are available on the German version of the program page.

Electrical Engineering and Information Technology M.Sc.

The Master of Science in Electrical Engineering and Information Technology at KIT offers a flexible and individually tailored study experience with a strong emphasis on research-oriented teaching and practical application. The program spans four semesters and awards 120 ECTS credits. Students have significant freedom in choosing modules within specialized fields and electives, allowing for a personalized academic path. The curriculum includes fundamental courses, focus area modules, a lab course within the specialization, elective modules, and interdisciplinary qualifications to broaden skill sets.

Electrical Engineering and Mathematics (Q-Master, teacher training), M.Ed.

This Master of Education program is designed for individuals seeking to teach Electrical Engineering and Mathematics at vocational schools. It is a 'lateral entry' program, meaning you can pursue this Master's even if your previous university degree was in electrical engineering or a related field without a specific teacher training component. The curriculum balances technical expertise in electrical engineering and mathematics with a strong focus on educational theory, teaching methodology, and pedagogical sciences. You will gain the skills to plan and deliver effective lessons, understand diverse student needs, and reflect on your teaching practice.

Electrical Engineering Bachelor

This Bachelor's program in Electrical Engineering equips you with the skills to contribute to technological advancements in areas such as mobility, energy supply, manufacturing processes, and communication. The curriculum emphasizes practical application, personalized support, and integration of current research, preparing you for a versatile, creative, and future-proof career. You will gain expertise in analyzing, conceptualizing, and developing electrical engineering systems and hardware-based programming. Graduates develop strong analytical skills, problem-solving abilities, and the capacity for independent work and innovation, crucial for international collaboration.

Electrical Engineering Courses

The Engineering Institute of Technology (EIT) offers a variety of programs in Electrical Engineering, designed to equip students with critical skills for modern industries. These programs cover essential areas like power generation, transmission, distribution, automation, and renewable energy. Graduates will be prepared for roles in sectors such as power, oil and gas, mining, manufacturing, and defense. EIT's flexible online delivery mode allows students to gain practical knowledge and theoretical understanding from anywhere in the world.

Electrical Engineering Graduate Program

The Electrical Engineering (EE) program at UNIST offers advanced studies and research opportunities in a wide array of specializations. This field encompasses everything from the design of integrated circuits and solid-state devices to the development of sophisticated information, communication, and control systems. With a dedicated faculty of over 22 members, the program actively contributes to research in areas such as Image Processing and Computer Vision, Information & Networks, Semiconductor Device & Circuit Design, and Electromagnetic & Wireless Power Transfer.

Electrical Engineering Online Bachelor of Science

This is an upper-level, two-year online Bachelor of Science program in Electrical Engineering. It offers comprehensive training in the fundamental principles of electrical engineering, making it suitable for both traditional students seeking a flexible learning schedule and non-traditional students balancing work or family responsibilities. The program is designed to provide students with an excellent education and prepare them for career advancement in the field.

Electrical Engineering PLuS B.Eng. (Dual Study Programme)

The Electrical Engineering PLuS B.Eng. is a unique eight-semester dual study program that combines academic learning with practical experience. Students can choose between two branches: Branch A integrates an apprenticeship with university studies, leading to an IHK or HWK certification as an electronics technician. Branch B combines university studies with work experience in a company without a formal apprenticeship. In the initial semesters, the focus is on foundational training and practical phases within a company, supported by basic courses in mathematics, physics, and electrical engineering at a vocational college. As the program progresses, the emphasis shifts to university studies, with students spending more time at FH Aachen while still engaging in practical work during lecture-free periods. The program covers core electrical engineering concepts, technical processes, and the scientific principles underlying the discipline, with a strong focus on power engineering, including renewable energy systems. The final year allows for specialization and culminates in a practical project and Bachelor's thesis.

Electrical Engineering Undergraduate Program

The Electrical Engineering undergraduate program at Prince Mohammad bin Fahd University (PMU) provides students with a comprehensive foundation in the principles and practices of electrical engineering. This program is designed to equip graduates with the knowledge and skills necessary to excel in a wide range of industries, from telecommunications and power systems to electronics and control systems. The curriculum focuses on core electrical engineering concepts, including circuit analysis, electromagnetics, digital signal processing, and power electronics. Students will engage in theoretical learning, laboratory experiments, and project-based activities to develop their problem-solving abilities and practical engineering skills. The program aims to foster innovation, critical thinking, and a strong ethical understanding essential for professional engineering practice.

Electrical Engineering with Orientation Semester B.Eng.

This Bachelor of Engineering program offers a unique orientation semester, allowing students to explore both university (TH) and university of applied sciences (FH) models before committing to a specific path. This collaborative program between FH Aachen and RWTH Aachen University provides a 7-semester pathway into Electrical Engineering. It's designed for students who are unsure about which higher education model best suits them or who want to understand the differences between the two systems more fully. By experiencing modules from both institutions during the first semester, students can make an informed decision about their future studies. This structure also eases the transition from school to university by spreading the first semester's coursework over two terms, allowing ample time to bridge any knowledge gaps. Regardless of the chosen path, students will engage with fascinating topics within the field of Electrical Engineering.

Electrical Engineering with Orientation Towards Vocational Training (B.Eng.)

This unique Bachelor of Engineering (B.Eng.) program, Electrical Engineering with Orientation Towards Vocational Training (ETAUS), is designed to help students decide between a university degree and a full-time vocational training. In the first semester, students experience both academic study at FH Aachen and practical training within a partner company. This allows for a thorough exploration of both paths before making a final decision. The program is a collaborative effort between FH Aachen, the Chamber of Industry and Commerce (IHK) Aachen, and the Chamber of Crafts (HWK) Aachen, with the support of the Städteregion Aachen. It aims to ease the transition into the exciting field of electrical engineering by providing clarity and reducing the risk of choosing the wrong educational route. Upon completion of the orientation semester, students choose to continue with their engineering studies at FH Aachen or pursue full-time vocational training. Importantly, academic credits earned or training achievements during the orientation semester are recognized, ensuring no time is lost regardless of the chosen path. This flexible approach is ideal for individuals who are passionate about technology but are uncertain about whether a university degree or hands-on training best suits their career aspirations.

Electrical Engineering, Bachelor of Science

The Bachelor of Science in Electrical Engineering program at the University of Central Oklahoma equips students with the knowledge and skills to design, develop, test, and supervise the manufacturing of electrical equipment. This includes electronic components, complex communication systems, power generation and distribution networks, and control systems. Graduates are prepared for roles in a wide range of industries, contributing to the technological advancements that shape our modern world.

Electrical Engineering, BSc

The Electrical Engineering program at the University of Calgary focuses on the exploration and development of new technologies through the research and manipulation of electrical phenomena. This field is integral to our high-tech world, impacting areas from faster computing to energy systems and communication devices. The curriculum is designed to equip students with practical skills directly applicable to diverse real-world work environments. The first year provides a strong foundation in mathematics, sciences, computing, engineering principles, communications, and design, preparing students for specialized studies in subsequent years. Learning occurs through a combination of classroom instruction, tutorials, and hands-on experience in specialized research-and-design courses, often culminating in an advanced-level project. Graduates are prepared for a wide array of career opportunities globally in sectors such as telecommunications, scientific research, and aerospace technology. The degree also serves as a foundation for further graduate studies or professional degrees in fields like law, medicine, or architecture.

Electrical Engineering, BSE

The Bachelor of Science in Engineering (BSE) in Electrical Engineering at the University of Pennsylvania connects the physical world with the information world. Electrical engineers apply fundamental principles of physics and chemistry to design and develop a wide range of systems, from nanotechnology devices to complex networks. This field is known for its breadth, offering diverse career paths and enabling innovations in areas such as smartphones, 5G wireless, medical imaging, autonomous vehicles, and the Internet of Things. The discipline encompasses the engineering of electrons, magnets, photons, and more, focusing on creating systems for communication, sensing, actuation, display, storage, conversion, control, and computation. Students will learn both the practical design and implementation of electrical systems and the theoretical tools needed to optimize their performance.

Electrical Installation

Electrical installation is a fundamental skill required for new construction, renovations, and home improvements. The demand for skilled electricians and technicians currently exceeds the available workforce, creating numerous job opportunities. Developing core electrotechnical skills will prepare you for diverse career paths within the sector, including roles as a project engineer, technician, electrician, or datacomms specialist.

Electrical Power Engineering (MSc)

The MSc in Electrical Power Engineering at the University of Warwick is designed to equip you with the advanced knowledge and practical skills essential for a successful career in the electrical power industry. This full-time, one-year master's program focuses on the core principles and emerging technologies within electrical power systems. It is ideal for graduates seeking to specialize in this critical field and contribute to the evolving energy landscape. The course is delivered by the School of Engineering, a department recognized for its research excellence and commitment to high-quality teaching.

Electrical Systems and Control Program (Master's)

Electrical, Systems, and Control Engineering Program

This program focuses on System Cybernetics, an interdisciplinary field that uses mathematical and information science approaches to solve complex problems in systems that involve human interaction. As modern society relies on increasingly large and intricate systems, understanding and managing their potential for large-scale disruption is crucial. This program aims to develop theories and methods for analyzing these complex systems, integrating various research areas to design better, more human-centric systems for the 21st century. The Electrical, Systems, and Control Engineering Program offers two main courses: Fundamentals of Systems Engineering, which covers the basic theory of system cybernetics, and Applied Cybernetics, which focuses on developing new theories for analyzing, controlling, and designing human-machine systems. Students gain a broad foundation in mathematics, information engineering, and the latest technologies, equipping them to analyze, plan, control, and operate real-world systems from a system cybernetics perspective.

Electro-Mechanical Engineering BEng

Electro-Mechanical Engineering BEng (BEng (Hons))

Electro-Mechanical Engineering BEng (Hons)

Study Electro-Mechanical Engineering at Oxford Brookes to develop advanced practical engineering skills and a deep understanding of electronic systems. This program is designed for individuals interested in solving complex engineering challenges that require expertise in areas like electric power systems, digital control technology, and sensor data. Even if you don't have prior knowledge, the course will guide you to become an expert. You will learn to tackle real-world industry problems and prepare for a career working on innovative technological projects, as many modern devices like aircraft, robots, and medical equipment rely on the intricate interaction between electronic and mechanical components.