129 Electronics Bachelors Degree Programs

The new trends in Information and Communications Technologies (ICT) require more and more multidisciplinary preparation that spans the fields of Communications, Electronics, and Computer Science. Three areas that “speak” English in a native way. Electronic and Communications Engineering is what you are looking for: all courses are given in English, the official language of ICT. The first year of study gives the foundations of mathematics, physics, computer science, computer networks, and electronics.

The BEng Electronic Engineering programme aims to produce professional and competent Electronic Engineers capable of playing an active role in meeting the challenges and opportunities that arise in contemporary industrial and commercial practices. Students will develop core electronics design capabilities, which are developed and enhanced progressively through the course. This programme explores the principles underlying the design and implementation of up-to-date analogue and digital systems needed in a variety of problem domains and provides the opportunity to realise such systems.

Are you an inquisitive person who is passionate about electronics and enjoys disassembling electronic devices to discover how they work? The Electronics major will immerse you in a variety of projects and laboratory work. Or, on the other hand, are you a more creative mind interested in tackling challenging problems within ICT systems? In our ICT major, you will spend the first year building a solid foundation – learning about programming languages and the configuration, installation, and management of computers.

Electronics engineers are facing an exceptionally bright future. Are you one of them? With a Bachelor’s degree in Electronics Engineering, you can make a real-life impact in society. Electric cars, green energy technology such as wind turbines or solar panels, electronics for the intelligent home or energy reducing systems are just some of many options. Are you passionate about developing innovative electronic equipment? Then continue reading.

Speed, safety, ecology, comfort, economy, and other properties in the transport are conditioned by electronics. Modern transport – from vehicle to complex intelligent metropolitan transport control system – cannot be imagined without electronics.

The energy network of the future requires engineers who devise new concepts for transporting, converting and storing energy and regulating supply and demand more intelligently. Will you come up with the crucial solution for the flexible application of (sustainable) energy? Will you design the drive system and electric motor for a solar car? With the Energy & Power Electronics specialisation, you focus on the technology that makes the energy of the future more sustainable, better and smarter.

Electronics and Electrical Engineering at KTU is a unique study program as it provides knowledge in two fields of engineering – electronics and electrical. These are the two areas that are important for a wide variety of industries. Experts and engineers in these fields who innovate, improve and create safe electrical and electronic systems are of utmost value in a global job market.

What other engineers build; electronic engineers make intelligent. Are you one of them? Engineers in electronics play an indispensable role in reducing CO2 emissions and making the transition to sustainable energy. Are you dreaming about combining scientific and engineering knowledge with creativity to solve some of today's biggest electronic engineering challenges? Then continue reading.

The Department of Electrical and Electronics Engineering's curriculum is designed not only to expand students' knowledge but also to enable them to cultivate and use their creativity.

The Bachelor’s Degree in Industrial Electronics and Automation Engineering offers specific training in areas related to industrial electronics, automation, and robotics. Its goal is to create professionals who can function effectively in strategic work environments related to automation processes, electronic energy management, instrumentation of equipment and systems, robotics, renewable energy, electric transportation, domotics, and industrial electronic systems, among others.

The Bachelor of Engineering in Electrical and Electronics and the Bachelor of Engineering in Mechanical have received accreditation from the Institute of Professional Engineers New Zealand (IPENZ). Engineering degrees accredited by IPENZ are recognized as meeting the initial academic requirements for professional engineers.

The first-level Degree Course in Computer, Electronic and Communications Engineering aims at training engineers in Information and Communication Technology (ICT) characterized by a broad spectrum of preparation, with adequate knowledge of the methodological aspects of basic sciences, Information Engineering sciences and with specific skills in Computer, Electronic and Telecommunications Engineering. The overall objective of the degree course is to train an engineer able to immediately enter the labour market but also to continue his studies, being endowed with the adequate cultural basis necessary to acquire the ability to promote technological innovation and to design complex systems.

Electronics and computing are two key growth areas for the technology industry, both making spectacular advances and impacting modern life beyond recognition. Studying all things electrical, BEng (Hons) Electronic and Computer Engineering at Kent will allow you to be part of this revolution and gain the knowledge and skills to make your mark in this exciting field.

Electrical Engineering programme prepares high-qualification specialists, having the knowledge of electrical engineering, electrical mechanics, electricity engineering and understanding of the power electronics, energy converters, electrical machines, electricity networks, electricity market, able to design and use electricity, energy and electronics equipment, and solve the problems of its generation.

Our department provides individual-oriented education with few selected students, aiming to have graduated with fully equipped, aware of the importance of life-long learning, and open to improvement, through an education program that emphasizes hands-on learning, involves undergraduate students in research projects, and promoting creativity.

Develop your ability to find innovative and practical solutions to improve daily lives, better connect to the world, and shape the future of innovation, sustainability, computation, and entrepreneurship. Our bachelor’s program in Electronic and Information Engineering covers a wide range of topics—including microelectronics, photonics, communication networks, computer architecture, robotics, artificial intelligence, control theory, and power electronics.