107 Telecommunication Degree Programs

By attending thenbsp;Bachelor of Information Technology (Computer and Communications Networks) Honours program, you will be part of a select group of Ontario students to receive a four-year Bachelor degree in information technology.

The Master of Science (M.S.) in Communication Engineering is a two-year graduate course. It aims to provide a thorough grounding in Information and Communication Technology (ICT) while emphasizing a methodological approach to the analysis and design of complex telecommunications systems.

I am everywhere! Ordering tickets for a concert, applying for a student loan, calling your friend who is away on a study trip – this and more can all be done online nowadays. IT specialists play a key role in keeping such day-to-day activities running smoothly. The Bachelor of Science in Software Engineering is an excellent preparation for a dynamic career.

The Master in Electronics and Telecommunication Technologies programme aims to train highly qualified, international standards-meeting specialists who can understand, develop and integrate the latest technologies in the modern electronics and telecommunication industry, plan and organize their maintenance and renewal. The graduates will be capable of working in electronics and telecommunication companies as well as in scientific laboratories, implementing the latest scientific, technological and engineering achievements.

The main goal of the Bachelor’s Degree in Telecommunication Technologies Engineering is to form professionals at the forefront of technological knowledge and professional competencies in telecommunication engineering, not being limited to concrete technologies or specializations.

Telecommunications systems and networks make communication possible. Companies that provide these services include phone and internet providers, satellite networks, and more. With our MS in Telecommunications Systems and Networks, you’ll be prepared to connect the world.

Digitalization is here to stay. The ongoing digitalization builds on an efficient communications infrastructure. The studies in communication systems and networks focus on the Future Internet and the evolving and emerging (4G, 5G, and beyond) wireless broadband and multi-service communication systems, which are crucial elements for the future connected world.

The objective of the Degree in Engineering in Telecommunication Technologies is to train professionals at the forefront of technological knowledge and professional skills in telecommunications engineering, allowing students to specialize in one of the four basic technologies that support the Information Society: systems telecommunication, electronic systems, telematics, sound and image. The solid training that the student body acquires provides them with the ability to adapt to a sector in continuous evolution.

The graduate student will have specialized knowledge on (a) the digital content market (structure and transformation of the content industries from the development of digital and mobile communications, new players, business models, distribution channels, new advertising models, regulatory framework, etc.), (b) new content formats and creative strategies (transmedia integration, multiscreen, integration in social networks, etc.) and (c) tools and technologies (languages, platforms and tools for creating digital content with special attention to mobile devices) as well as new technologies for the added value of digital content (geolocation, augmented reality, profile management, targeted advertising, etc.). This profile enables entrepreneurship in communication, integration into digital media teams and research in digital content and culture.

Applied Electronics is an English-language path of education in Electronics and Telecommunications major. The program places particular emphasis on analysis and design of analogue and digital electronic circuits, optoelectronics, microelectronic technologies, and the implementation of modern telecommunications and data communication networks.

The Telecommunications MSc program offers students a comprehensive understanding of modern communication systems and networks. It covers core concepts like digital communication, data transmission, and network architectures. Dive into telecoms, one of the fastest-developing areas of science and technology. This one-year Master’s programme will fast-track your career as a specialist telecoms engineer or manager.

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.

The aim of the MSCA is to train engineers to design, build and adjust electronic systems for the space environment. In electronic systems we include technologies related to computer control and automation systems, telecommunications systems and sensor systems used in space. This training will have an obstinacy, always present: acquisition of skills to develop efficient and 100% reliable equipment in a hostile environment, such as space. It is intended to develop personal and interpersonal skills that facilitate academic and professional integration in an environment where challenges are permanent. Teamwork and business management, assimilated throughout this training, will allow finding solutions to the challenges arising from the space industry.

Designing products that are user-friendly and appropriate for the target group, presenting complex issues in an understandable way - that's what we're all about. In our course, we teach the necessary skills in the design of sustainable technical products. These can be complex machinery, software products or even household appliances.

The development of information and communication technologies and the constant appearance of new telecommunications services and applications in the information society lead to a promising future for the telecommunications sector, in which highly qualified professionals will participate. 5G networks or the internet of things were born to respond to new needs of society, in which proper development and use of technologies, applications, services and content will contribute to the success of an economic growth model based on in increasing competitiveness and productivity.