The Department of Electrical Engineering offers a B.S. degree in electrical engineering which will equip students with basic competence and job skills needed to design, develop, and operate systems which generate and use electronic signals. These technologies include machinery, electronics, communications, and computers.

As a profession, electrical engineering demands the individual to work with others in supporting disciplines to achieve common goals. Design is central to the profession and is integrated throughout the curriculum. The design experience is supported by concepts related to reliability, maintainability, and product value. The student is encouraged to approach central technical issues with an increased awareness of logistical, ethical, and social implications. Respect for the safety of persons and property is integral to the electrical engineering curriculum.... [-]

Mobile is not only a rapidly expanding industry; it’s also an increasingly important aspect of our daily lives. Its influence now reaches all corners of the globe, from the most technologically advanced societies to the developing world.

The Mobile Development bachelor of science degree program provides a complete study of the evolving processes used in professional application production. Coursework ranges from programming languages for Android and Apple devices to audio and visual asset implementation. You’ll also learn how to locate potential industry needs, research your user base, and apply that research to a comprehensive software plan.

The project-based learning environment will provide you with opportunities to strengthen your professional and analytical skills, and will help prepare you for a transition into the media and entertainment industries. In addition, our Career Development services and advisors will be available for support throughout your mobile development career path – not just while you are a student.... [-]

Welcome to the Department of Electrical & Computer Engineering in the Daniel Felix Ritchie School of Engineering & Computer Science at the University of Denver (R.S.E.C.S.).

As a department of the University of Denver, we are well integrated into a community and region that offers many different professional and personal opportunities for our students. Through our own initiatives and joint programs with other units of the University, we offer unique options to enhance the education we provide with a solid background in business and the entrepreneurial nature of engineering projects and companies.

The educational and research philosophy of the Electrical & Computer Engineering Department recognizes the demands of the global economy, the new dynamics of the world market, cultural differences and diversity, and the need for knowledge integration. Our goals embrace the challenges of the globalization era we live in. To prepare our students for an engineering career in the ever-changing world we live in.... [-]

Electrical Engineers have really interesting jobs; they can work on designing the electronics of airplanes and cars; they can perform research on finding ways for computers to recognize speech and images; they can work to upgrade the country's aging power grid, incorporate smart grid and sustainable technologies, and fill the demand for more electric power engineers.

The power and energy industry may experience as much as a 50% turnover in engineers and needs electrical engineers to maintain and upgrade the nation's power grid.... [-]

With an electrical engineering degree from M.S.O.E., you will obtain the skills needed to design and develop a wide array of electrical systems and electronic devices: from communication systems that allow us to talk with family and friends all over the world, to medical equipment that could help save lives, to renewable energy systems that could make our world more sustainable. The ever-growing demand for new and improved electronic technologies makes E.E. one of the fastest-growing engineering fields. At M.S.O.E., you’ll start taking E.E. courses as early as freshman year. You will be able to work on interesting and hands-on projects and labs, providing you with practical experience in the field as well as helping you further develop your teamwork and communication skills. E.E. students also have the opportunity to participate in a five-year co-op program. After you graduate, the possibilities of where you could go with your degree are endless. The broad range of applications and projects that E.E.s work on provides you with much flexibility when choosing a career path. Milwaukee is also home to many major electronic and electrical industries eager to hire electrical engineers from M.S.O.E. or to sponsor senior design projects.... [-]

The Bachelor of Science in Electrical Engineering provides the student with the opportunity to acquire a broad background in circuit theory, communication systems, computers, control systems, electromagnetic fields, energy sources and systems, and electronic devices. The student also gains specialization in avionics appropriate for entry-level engineering positions in the aerospace industry. Emphasis on design places the Embry-Riddle Electrical Engineering student in a unique position to increase employment opportunities after graduation.

The overall objective of the Electrical Engineering program at Prescott is to produce graduates who will be successful practitioners of electrical engineering. The program objectives to measure our accomplishment of this goal are engineers who:... [-]

The Bachelor of Science Degree Program in Electrical Engineering includes the study and design of production systems and the transmission and measurement of electrical signals. It emphasizes the analysis, design, implementation and testing of these systems.

The curriculum includes four submajors: Communication Systems; Control Systems; Electronic Systems; and Power and Energy Systems.

The Electrical Engineering Program is accredited by the Engineering Accreditation Commission of the Accreditation Board for Engineering and Technology (ABET)” (www.abet.org).

Electrical Engineering is a S.T.E.M. (Science, Technology, Engineering and Mathematics) field that focuses on designing, manufacturing, and testing of electrical and electronic equipment. In this field, students learn the theoretical and experimental skills required for digital signal processing, control systems, telecommunications, microelectronics, microprocessors, power systems, mechatronics and electromagnetics.

Through the Bachelor of Science degree program in Electrical Engineering, dedicated faculty members guide student learning through a program curriculum featuring small classes, hands-on experience, modern equipment, excellent laboratory facilities and the opportunity to participate in undergraduate research. Specialization is accommodated through courses such as digital electronics, digital signal processing, digital and analog communication, semiconductor devices and control systems. Students in Electrical Engineering often either go directly to work as engineers in industry or attend graduate school in electrical engineering.... [-]

Faculty

Faculty of Engineering and Information Technology

Program Description

The mission of the Electrical Engineering Department is to provide students with a supportive environment that facilitates learning to solve problems in electrical engineering and to provide high quality and diversified education to produce world-class engineers who will be successful in their professional careers and/or graduate studies.

This program is accredited by the Accreditation Board for Engineering and Technology (ABET).

The objectives of the program:

Graduates of the Electrical Engineering Program are expected to:

1.Demonstrate competency in the design, analysis, optimization, and implementation of modern electrical systems.... [-]

Electrical Engineering plays a role in everything involving electricity and magnetism. For instance, in the development of electrical motors for cars or the design of the very latest wireless chips for cell phones. Electrical Engineering is crucial in almost every modern technology: from reading information on a DVD to signal processing in medical equipment.

At T.U./e, for instance, we focus on wireless energy transfer. What does that mean for the future? Suppose the battery of your cell phone or tablet is always fully charged, then you won’t need a separate charger. And you can use your TV anywhere because you won’t have to plug it in!

Electrical Engineering is working on the future and this is evident in the field’s applications. This is why the study is geared to three societal themes that you become familiar with in the first year:... [-]

Electrical engineering is a broad field that cuts across many other disciplines utilizing electrical energy; electrical/electronic systems; computers; electromagnetic devices; communications; and electrical control. Electrical engineering is a marketable, lucrative, geographically widespread, and fulfilling career.

An electrical engineering education builds upon a strong foundation in mathematics, science, and engineering fundamentals, as well as, increasingly, strong laboratory/field, instrumentation, computer, problem-solving, design, human relations, teamwork/leadership, economics, and communication knowledge and skills. Historically “non-technical” issues, such as global trade, ethics, litigation, aesthetics, and the environment, are also becoming increasingly important in an electrical engineering career. The Electrical Engineering Program has designed a curriculum to provide its students competence in and sensitivity to these areas.... [-]

Become part of an exceptionally collaborative group of students who combine knowledge, problem-solving ability, leadership, and communication skills to set a new industry standard.

Interdisciplinary learning will help you tackle diverse challenges in cybersecurity, robotic controls, treatment of disease, optical and satellite communications, and microelectronics for computers.

Future engineers and computer scientists learn to create new knowledge and technologies through ten undergraduate majors. Students have access to nationally regarded research centers, state-of-the-art lab spaces, and challenging internships.

Faculty of Electrical Engineering offers the following programmes conducted in English:

Bachelor of Science in Engineering

4-year (8 semester) undergraduate programme in the area of:

Electrical Engineering

The area of study encompasses electrical materials technology, electrical measurements, circuits and systems, electromagnetic field, electrical machines, electrical power engineering, converter drives control, high voltage technology and IT. The programme embraces a great variety of subjects corresponding to diverse subject areas. Two specialisations are currently offered:

Program Highlights and Rankings

Program Explanation

Located at the forefront of high tech and development, Israel is the perfect setting for a budding engineer. The B.Sc. program in Electrical and Electronics Engineering encourages students to share ideas and tackle existing theories while providing access to world-class laboratories that enable familiarity with technological advancements and provide a professional atmosphere for academic achievement. Students are exposed to the industry via an integrated internship component, a global classroom providing a future network, world-renowned faculty, and a supportive staff.... [-]

Through a combination of courses from both fields, the BSc in Electrical and Electronic Engineering offers students a sound preparation for their role in designing, installing and maintaining electrical and electronic systems. Students are offered the possibility to specialize in a specific sector such as the production and distribution of energy focusing on renewable energy sources, electrical installations, design and maintenance of communication systems, electrical circuits, electronic systems and control boards.

The European University Cyprus “Electrical and Electronic Engineering” course is recognized by the Technical Chamber of Cyprus (ETEK).