12 Engineering Bachelor's Degree Programs in Cyprus

Civil Engineering is the study, application, and practice of using science and engineering technologies to deal with the design, planning, construction, and maintenance of sustainable infrastructures. The Civil engineering field started its work in 2017 as one of the primary fields in the Faculty of Engineering at Final International University. With up to date facilities and laboratories this faculty will equip the students with practical knowledge of civil engineering.

Department of Electrical and Electronics Engineering (EEE), now offers undergraduate in Electronics Engineering. It is the pioneer of all higher education centers in the field of electrical and computer engineering Worldwide. Electrical and Electronics Engineering is consistently rated as the leading programs in the country.

Computer Engineering is the point where technology and innovation reach each other. This program is designed to give students a strong background in the fundamentals of mathematics, physics, computer engineering, and science.

As the modern world increasingly focuses on energy and the environmental issues, the science of chemical engineering is called upon through applied research to produce solutions that serve both human and natural environments. Chemical engineering is an interdisciplinary field of engineering science based on the results and methods of chemistry. The main research and study area is the development of methods and the safe design and utilization of factories for chemicals production or processing.

The BEng (Hons) Electrical and Electronic Engineering aims to develop Engineers with a broad understanding of current technology and practice trends in Electrical and Electronic Engineering, covering a wide range of topics related to power and electronic systems. This discipline encompasses a wide skills base and the course equips graduates with the knowledge, skills, professionalism and confidence to thrive in the always-evolving field of Electrical and Electronic Engineering, as well as gaining the transferrable skills to find employment in a diverse set of industrial, commercial and research sectors.

Mechanical engineering is today the broadest branch of engineering science as it is directly related to the design and manufacture of all engine tools and systems, from small-scale sensors to giant aviation and machine tool systems. Transubstantiating an idea into a tangible product that meets specific needs is a demanding process, at the heart of which there is a competent and trained mechanical engineer.

Geoinformatics is the engineering science that synthesizes various other scientific fields for the mapping, study and management of three-dimensional space in the form of geographic and other data, with the aim of supporting decisions about decisions related to environmental and social management. A leading feature of modern Geoinformatics engineering is the combined use of state-of-the-art technological systems such as geographic information systems (GIS), satellite positioning technologies (GPS), aerial photography and satellite imagery analysis and processing technologies. The applications of Geoinformatics span a wide range of functions such as infrastructure planning and management, environmental protection, archeology and heritage protection, cartography, blue development and public health.

The science of civil engineering covers a wide range of people's daily needs and its achievements are visible in every modern built environment. The construction of high-quality earthquake-proof buildings, bridges, dams, ports and modern road networks and ensuring the supply of drinking water are some of these achievements. In addition to improving people's quality of life, the modern understanding of civil engineering also includes the concept of sustainability, which is intertwined with a range of environmental issues.

The continued technological revolution of the 21st century transforms societies and dramatically changes people's lifestyles, as well as the way they think. The global high-tech industry relies heavily on applied results of electrical engineering, which makes electrical engineering the protagonist in a wide range of research, scientific and professional activities. From everyday use of smartphones, industrial control systems, applications to medical practice to communications and the utilization of natural resources, they all have at their core the understanding of the electronic properties of materials, the transfer of information and the ability to create integrated systems.

Computer engineering and informatics are among the most modern and advancing engineering disciplines. They integrate electronics with computer science, create reliable data networks and secure databases and translate ideas into faster, more capable and smaller computers. Computer engineers design, develop, and control computer systems including processors, circuits, memory devices, networks, etc. In addition, they develop software and operating systems, computing and multimedia applications, data and network security mechanisms, etc..

The practice of biomedical engineering has a long history. One of the earliest examples is a wood and leather prosthetic toe found on a 3,000-year-old Egyptian mummy. Before that, even simple crutches and walking sticks were a form of engineered assistive devices, and the first person to fashion a splint for a broken bone could be considered to have been an early biomedical engineer. 

The aim of this faculty is to train architects and engineers who are able to meet the requirements of the era, who take into account human, nature and structured environmental balances, who produce creative and scientific solutions to the problems of the world we live in taking into account universal values, and who have leadership skills, self-confidence, and entrepreneurial professional responsibilities and who are innovative.