A bachelor’s degree is one of the first steps that high school graduates take as they work to attain a meaningful career. The bachelor’s programs typically run between three to five years, with many of them comprising four years of work. With this degree in hand, the graduate may continue on with more school or enter the workforce.
What is a BSc in Electronics? Today’s world shares information electronically and digitally. This is made possible through the use of electronics. In addition to facilitating information sharing, electronics are used to create phones, automobiles, household appliances, and the majority of recent innovations. The coursework involved in completion of this degree program prepares students to participate in many industries. Courses include mathematics, basic mechanics, C programming, electromagnetics, power systems, electrical heating and cooling, and related subjects.
The benefits of participating in this degree program include becoming qualified for rewarding careers working with electronics, mechanical systems, and all related systems. Graduates also enjoy the attention of qualified instructors, hands-on opportunities to put their developing skills to use, and exposure to the most current theories and practices used in the industry.
The costs associated with the bachelor’s program vary between schools. This is especially true because schools are located globally. Individuals who are interested in the program should contact their preferred schools to obtain tuition and other fee information.
After graduation, individuals can expect to find career opportunities in the automotive industry, the world of computers, and more specific fields such as digital signal processing, optoelectronics, and mobile electronics. Electronics engineers are hired to design and create the systems and devices that society relies upon. Graduates have the skills and expertise needed to fill those positions.
Those individuals who hope to pursue careers in this field can choose from schools all over the world. If you are interested in a program, review the opportunities listed here. Search for your program below and contact directly the admission office of the school of your choice by filling in the lead form.
Electrical and Electronic Engineering is an area whose subjects have been changing at a tremendous rate as society evolves. Our goal is to provide well educated and skilled engineers who will be fully devoted to the core technical aspects of engineering. [+]
If you’re a critical thinker who likes putting things together and integrating multiple systems, Electronic Engineering Technology just might be the career you’ve been looking for – and ECPI University can help you get started. We offer a Bachelor’s program in Electronics Engineering Technology that can prepare you to work in this growing field in a very short period of time. [+]
This course gives you a solid grounding in the fundamentals of electronics and communications, including digital and analog processing, computing, embedded systems, project work, design, and management. The team-building practical modules in Year 2 have been developed with assistance from industry, ensuring they are immediately relevant in the modern job market, and have been widely applauded by employers. [+]
Electronic and Communications Engineering deals with the electronic devices, circuits, communication equipment like transmitters, receivers and integrated circuits. It also deals with analog and digital transmission and reception of data, voice and video, microprocessors, satellite communication, microwave engineering, antennae and wave progression. [+]
The Mechanical Engineering bachelor's programme is a three-year programme worth 180 ETCS. [+]
This degree will enable you to work in any area of global and dynamic electronics industry ranging from traditional but modern manufacturing to medicine, security and logistics, communication systems and military equipment. Through case based learning, practice, challenging projects, programme educates electronics engineers, who are able to create, install, research, improve and provide maintenance services to modern systems in the areas of industry. [+]
Due to its leading role in the development and application of science and technology, Electrical-Electronics Engineering is one of the most rapidly changing and developing areas of engineering. Ranging from electromagnetic field theory to microwave circuit and antenna design, basic electrical circuit analysis methods to large-scale circuit design, digital system design to communication technologies... [+]
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 objectives of the program - which is in-line with the mission of AIT, is to produce high calibre graduates in Electrical and Electronic Engineering using internationally benchmarked curriculum. As such the Program is designed to meet the IEEE stipulations and the requirements. [+]
This program provides an extremely broad range of exciting activities and opportunities in the field of telecommunications [+]
Atilim University Electrical & Electronics Engineering Department was founded with the aim of graduating qualified engineers. [+]
BSc in Electrical & Electronics Engineering
Atilim University Electrical & Electronics Engineering Department was founded with the aim of graduating qualified engineers and to carry forward the society upon contributing to the advancement of knowledge.
The curriculum has been designed to meet national and international needs and focuses on communications, signal processing and embedded systems areas. Topics such as high voltage, electrical machinery and power distribution are treated in the curriculum as well.
Atilim EE Department is renowned with the advanced facilities and devices present in its laboratories. The capabilities or our laboratories extend form "RF vector network measurements" to "High speed logic analysis" and "High frequency time domain measurements".... [-]
The today's information society is based on the processing and passing on of information. Without electronics this would not be possible. [+]
BSc in Electronics
The today's information society is based on the processing and passing on of information. Without electronics this would not be possible.
For decades, all important technical innovations have contained a substantial amount of electronics. Without this, the internet, mobile phones, comfort functions in automobiles, efficient household appliances and low-priced automatically manufactured products of all kinds would not be conceivable. 80% of all innovations in automotive manufacture are today based on the employment of modern electronics. Electronics makes it possible to find perfectly new beginnings for the solution from many problem definitions to. The electronic engineer is able to examine also complex setting of tasks with systematic methods and compile appropriate. He is able to find in interdisciplinary teams new solutions by the use of technical and social authority.... [-]
The mission of the electronics engineering program is to provide high quality electronic engineering education to its students. It places special emphasis on developing the technical as well as generic skills of its students so that they are well qualified for immediate employment in their area of specialization and are able to contribute effectively to the advancement of the community. [+]
This subject area offers multidisciplinary teaching in electronics in all its aspects as well as its applications. [+]
BSc in Electronic Engineering
This subject area offers multidisciplinary teaching in electronics in all its aspects as well as its applications. The teaching provides a basis in analogue and digital electronics, which is necessary for an understanding of the study of various electronics systems. This allows students to acquire vital knowledge in computer science, mathematics and physics that is complementary to the teaching in electronics.
Further studiesEligibility for a scientific master’s degreein engineering with an electronics element at UPMC but also for other specialised master’s degrees in electronics, computer science, applied physics and engineering in France, the entire European Union and Switzerland. The subject area of electronics also allows one to enter, based on previous qualifications, certain engineering schools.... [-]
Özyeğin University undergraduate Electrical & Electronics Engineering students build a strong foundation in basic sciences and computing along with a broad knowledge of EE. They also gain practical experience through laboratory work, summer internships, and senior design projects. Acquiring excellent communication skills and a keep understanding of business are also integral parts of our EE program. [+]
• Multimedia and Signal Processing• Telecommunications• Embedded Systems• Mechatronics• Power Systems
On Campus, Full time
Lanaguage of Instruction
4 years, 240 ECTS
Mandatory - 8 weeks
Yealy tuition fee
Entry Scholarships... [-]