Bachelor in Electronics programs teach students how to work with computer applications, digital circuits, wireless systems and computer programming. Bachelor in Electronics programs allow students to access virtual electronic systems. These experiences give students the electronic engineering knowledge needed for successful careers. Bachelor in Electronics graduates can work as electronics engineers, network administrators, systems administrators and information technology professionals.
Students receive training in engineering principles as they apply to general electronic systems, information technology and micro-electronics. The core curriculum for Bachelor in Electronics programs includes instruction and laboratory assignments in topics such as communications systems, computer networking, computer programming, digital circuits, electric circuits, microcomputer applications, semiconductors and superconductivity. Students can choose specialized topics in electronics, such as micro-processing, alternative energy systems, radio wave and optical signals, and industrial electronics.
Browse the Bachelor in Electronics programs below to learn more about the opportunities in countries all over the world. You may find the program that will help you on your path to success!
A major goal of the "Electronic Engineering" bachelor program is to prepare you for your professional work as an electronic engineer and the involved current and future c
Bachelor's degree course I Lippstadt Campus
Electronics is one of the most important disciplines in industry and business. Electronic engineers trained in Germany enjoy an excellent reputation worldwide.
Standard study period
Practical semester/semester abroad
included, 5th semester
Bachelor of Engineering
Language of instruction
German (English starting 2018)
Electronic systems are everywhere
In the age of digitization with current application areas such as connected and autonomous driving or Industry 4.0, the discipline of electronics is essential. The tight integration with computer science, which is the only way to develop complex, usually highly interactive systems, currently provides the breeding ground for more than 80% of innovations in application domains such as transport, medicine, telecommunications, automation, and smart home. Electronics is one of the most important disciplines in industry and business. Electronic engineers trained in Germany enjoy an excellent reputation worldwide....
Electrical and Electronics (E&E) Engineering is one of the fastest growing branches of engineering that greatly impacts the modern society. It encompasses a whole spe
Electrical and Electronics (E&E) Engineering is one of the fastest growing branches of engineering that greatly impacts the modern society. It encompasses a whole spectrum of specializations, such as electrical power generation, electronic design, computer modeling, telecommunications, electro-magnetics, information technology, and expert systems.
The E&E programme at Xiamen University Malaysia (XMUM) is mainly supported by the School of Information Science and Technology and the School of Aerospace Engineering of Xiamen University. As one of the oldest engineering schools in China offering a comprehensive range of subjects, the School of Information Science and Technology has cultivated thousands of outstanding graduates who have made great contributions to the development of E&E industry in China and Southeast Asia. It boasts an exemplary national teaching center for electronic information, and hosts the Ministry of Education's 'Key Laboratory for Underwater Acoustic Communication and Marine Information Engineering'. It has also established extensive ties through academic exchange and cooperation with many world-renowned universities and enterprises. The School of Aerospace Engineering, the first of its kind in China, was set up through a partnership between the Aviation Industry Corporation of China and Xiamen University. With a strong link to the aviation industry, the School ensures that all staff are at the forefront of their own discipline and have an up-to-date appreciation of aerospace technology developments and research directions. For both schools, a significant number of internationally well-known scholars are appointed as an adjunct, guest or honorary professors, including members of the Engineering Academies of the US and...
The continuing rapid expansion of technology calls for highly qualified and skilled electronic and electrical engineers. Studying electrical and electronic engineering wi
Why choose this course?
The continuing rapid expansion of technology calls for highly qualified and skilled electronic and electrical engineers. Studying electrical and electronic engineering will prepare you for a vast range of exciting careers, equipping you with technical engineering skills as well as technology, communication and design expertise.
On this practical, hands-on degree you’ll use our on-site advanced facilities to help prepare you for the demands of working in this industry.
Using our computer-aided design (CAD), electronics and engineering laboratories you’ll be trained in industry-standard software packages to equip you with all the technical skills you’ll need....
Electrical and Electronic Engineering influences many aspects of modern life, ranging from energy, healthcare, entertainment and commerce, to communications, manufacturin
Electrical and Electronic Engineering drives the fundamental technologies of today's connected world. Every area of our lives, from energy supply and transmission, medicine and healthcare to industrial applications, global trade, transport, communications, entertainment and security, is dependent on electrical and electronic technology. As a result, this field is now one of the fastest growing job fields in the world and skilled electrical and electronic engineers are very much in demand. Here is why Southampton should be your top choice:
We are ranked number two in the UK by The Guardian University Guide, 2019 for Electrical and Electronic Engineering.
Our UK campus houses a £110m state-of-the-art interdisciplinary cleanroom, high-voltage laboratory, and outstanding undergraduate laboratory facilities.
We are the first in the UK for the volume and quality of our Electrical and Electronic Engineering research (REF, 2014).
The MEng Electrical and Electronic Engineering programme provides a direct route to Chartered Engineer (CEng) status, recognised by international bodies including the Board of Engineers Malaysia via the international agreement known as the Washington Accord.
Multi-national exposure via the split-campus programme (2 years in Malaysia and 2 years in the UK).
The Bachelor of Engineering degree is a four-year programme comprising thirty-two courses, eight at the 100-level, eight at 200-level, sixteen at 300-level plus an indust
The Engineering Programmes, offered by the School of Engineering & Physics (SEP) provides training to suit the workforce needs of the region, especially for the USP member countries.
Bachelor of Engineering in Electrical and Electronics
have received accreditation from the Institute of Professional Engineers New Zealand (IPENZ)
Engineering degrees accredited by IPENZ are recognised as meeting the initial academic requirements for professional engineers.
The Bachelor of Engineering degree is a four-year programme comprising thirty-two courses, eight at the 100-level, eight at 200-level, sixteen at 300-level plus an industrial attachment and workshop practice component....
Would you like to use science and technology to improve the
world we live in? To be part of the transition to sustainable energy?
To make machines and devices more user-f
Bachelor of Electrical and Electronic Engineering
Would you like to use science and technology to improve the world we live in? To be part of the transition to sustainable energy? To make machines and devices more user-friendly? By choosing Electrical and Electronic Engineering at HAN you can be part of these exciting changes. Location: Arnhem Duration: 4 years Degree: Bachelor of Science Course start: September
The field of Electrical and Electronic Engineering has many practical applications, for example in healthcare, the automotive industry, sustainable energy and the processing industry. This course will give you all the necessary theory and skills to become an engineer. In this profession, you often work in a team with other engineers and people from other disciplines. If you specialize in Embedded Systems (ES) you will design, build and test intelligent systems and smart devices. If your focus is on Industrial and Power Systems (IPS) you will design smart solutions in industrial automation....
The BEng Electronic Science and Technology programme offers you a thorough foundation in microelectronic engineering, electronic engineering, and photonic engineering. Yo
The BEng Electronic Science and Technology programme offers you a thorough foundation in microelectronic engineering, electronic engineering, and photonic engineering. You will learn to operate at the cutting-edge of emerging technologies.
Why Should I Study Electronic Science and Technology At XJTLU?
Use state-of-the-art equipment and tools for developing integrated circuit (IC) design, IC fabrication and application in electronic systems
Have access to an equipped clean-room to apply knowledge learnt from books and lectures
Study an IC design module, based on appropriate software, which is unique among Chinese universities
Earn two degrees: an XJTLU degree from the Chinese Ministry of Education and a globally recognised degree from the University of Liverpool, a member of the Russell Group of leading UK universities.
Knowledge and skills
The graduates in Electronic and Automation Engineering have the scientific / technological knowledge that allows them to carry out projects of construction, assembly and
The graduates in Electronic and Automation Engineering have the scientific / technological knowledge that allows them to carry out projects of construction, assembly and use of any structure or system related to electronics and automation. With their own autonomy, able to adapt to the challenges of professional activity, on the other hand, they must maintain a dialogue with various departments and people cultivating a taste for learning and research, developing new solutions and integrating different values of science in their activity.
The trainee is qualified for the installation, control, programming, commercialization, and direction of electronic systems in the domains of domotics, microelectronics, industrial automation, robotics, electromedicine, etc....
You’re passionate about smart electronics. You’re inquisitive and enjoy disassembling electronic devices to discover how they work. You want to immerse yourself in the hi
You’re passionate about smart electronics. You’re inquisitive and enjoy disassembling electronic devices to discover how they work. You want to immerse yourself in the high-tech world of electronics.
This programme will keep you on your toes. Theory is immediately put into practice. Expect a variety of projects and practice enterprise labs from the very start. This way, you will learn to analyse and solve problems while designing, developing and even producing new electronic devices.
Both your theoretical and hands-on classes will be taught fully in English, giving you the tools to learn the language in a practical way - an important asset in the sector!
Want to specialise in Hardware? Then, you will learn to design, develop and produce your own embedded hardware in our unique Embedded Factory. You will design electrical circuits from scratch and develop your own hardware, web applications, and mobile solutions. Discover how professional audio and video are created....
Electronic Systems Engineering is a broad engineering field that encompasses many subfields including those that deal with power, instrumentation engineering, telecommuni
Electronic Systems Engineering is a broad engineering field that encompasses many subfields including those that deal with power, instrumentation engineering, telecommunications, semiconductor circuit design, and many others. Elective courses are offered in specialized areas namely Industrial Automation System, Bioelectronics System and Embedded System.
Graduates from this programme can be employed as production engineers, instrumentation engineers, maintenance engineers, design engineers, sales/marketing engineers or pursue postgraduate degrees. They can easily work in Japanese industries and companies since they have acquired appropriate knowledge, experience, and Japanese working culture while studying at MJIIT....
The Electrotechnical and Computer Engineering degree (LEEC) was designed so as to provide the students with sound scientific and technological foundations in order to mee
The Electrotechnical and Computer Engineering degree (LEEC) was designed so as to provide the students with sound scientific and technological foundations in order to meet the present and future requirements of the labor market. Graduates of this degree are offered a wide range of career opportunities which translates into high employment rates.
Comprising two major areas (Industrial Automation and Energy), the degree aims at delivering first-cycle level professionals prepared to perform duties with scientific accuracy and technological timeliness in the various electrical and electronics related domains. Graduates of this degree acquire varied and versatile skills to conceive, design, plan and implement systems in areas such as control, automation, robotics, energy, machinery, electrical vehicles, electrical installations, domotics, electronics, telecommunications and production and use of electrical power....
Accredited by the Institution of Engineering and Technology, this BEng Electrical Engineering course offers fast-track progression to Chartered Engineer status.
Accredited by the Institution of Engineering and Technology, this Electrical and Electronic Engineering course offers fast-track progression to Chartered Engineer status. It is all about designing, developing and maintaining electrical control systems. Engineers in this sector make sure our electrical devices are safe and capable of performing to high standards of quality, as well as develop new technologies for the future.
We offer the opportunity for all undergraduate Home/EU students to undertake a work placement, internship or work experience while studying a full-time course starting in September 2019.
Why Electrical and Electronic Engineering at LSBU?
No. 1 London modern university for Electrical and Electronic Engineering, Guardian League Table 2018.
Accredited by the Institution of Engineering and Technology (formerly the IEE) under license from the Engineering Council, and offer fast track progression to Chartered Engineer status.
We have a panel of advisers from the industry to help ensure our course coverage is up-to-date and relevant to employment needs.
Many career options: there are few parts of our lives that don't owe at least something to the work of electrical and electronic engineers.
You can choose to spend your third year studying with one of our partner institutions.
Option to complete your third year in a paid professional work placement.
Key course information - ordered by mode
The Department of Electronics and Communications Engineering was established in September 1992 to meet the market demands for qualified engineers both locally and regiona
Electronics & Communications Engineering
The Department of Electronics and Communications Engineering was established in September 1992 to meet the market demands for qualified engineers both locally and regionally. The department offers two degrees; the Bachelor of Science in Electronics and Communications Engineering and the Master in Communications. Our efforts are focused on providing students with the necessary knowledge and experience that enable them to compete in the labor markets of the 21st century. More than 1000 engineers (Bachelor and Master Degrees) have graduated from the department and are serving their communities by working in private corporations or local governments....
This program is organized by the Faculty of Electronics, Telecommunications and Information Technology of Iasi, Romania. The program focuses on telecommunication technolo
Faculty Name: Faculty of Electronics, Telecommunications and Information Technology
Study domain: Electronic Engineering, Telecommunications and Information Technologies
Name of the university program: Telecommunication Technologies and Systems.
Language of instruction: This study program is offered in English.
Type of studies (full-time, part-time, distance-learning): Full-time
Standard length of studies (in years) & number of semesters: 4 years/8 semesters
Number of ECTS Credits (on semesters and on length of studies): 30 credits/semester, 240 credits in total
Academic calendar (starting and ending dates of the courses): October 1st – June 30th. Extended to September 30th for re-examinations.
The global labour market has an acute demand of Electronics, Telecommunications and Information Technology specialists. It is estimated that only 80% of this demand is co
Requirements: Baccalaureate (or equivalent)
Duration: 4 years (8 semesters)
Teaching language: English
Form of studies: Full time
Professional title for the graduates: Bachelor Diploma and the title of Engineer
The global labour market has an acute demand of Electronics, Telecommunications and Information Technology specialists. It is estimated that only 80% of this demand is covered at the moment.
The curricula of this 4-year full-time programme taught in English was designed in partnership with companies. Teaching and learning are based on modern methods, especially with respect to practical activities. At the end of the programme you will:
have comprehensive theoretical and practical knowledge in the field of electronic engineering;
have practical skills for manufacturing electronic equipment;
be aware of the most recently developed techniques and devices in the design of electronic equipment;
be accustomed to information and computer technology;
have adequate knowledge of economics and business management, enabling you to take part directly in industrial activities or to work as a manager;
learn foreign languages to prepare for a study/placement abroad or for taking part in international cooperation and research programmes;
have knowledge of humanities and enhanced professional inter-communication skills.