4409 Engineering Masters Degree Programs

This transition requires innovative engineering solutions that require a new way of thinking. Circular Engineering could therefore be considered a new branch of engineering dedicated to sustainable production, energy efficiency and eco-design, and is based on feedback and minimizing environmental impact.

The MSc in Structural Engineering aims to train professionals with advanced knowledge, capable of operating in all areas of structural engineering, including analysis, design, management, and maintenance of civil structures and infrastructures.

Our M.S. in Engineering program provides students with an advanced engineering education to work with emerging technologies, product development, and program management. The Master of Science in Engineering program at Florida Poly attracts working professionals who seek an advanced engineering education.

Environmental Engineering is the branch of engineering that studies environmental problems in an integrated manner, taking into account their ecological, social, economic and technological dimensions, with the aim of promoting sustainable development.

Gain the skills you need to kickstart your career with the Software Engineering / with Management Studies MSc, accredited by the British Computer Society (BCS).

The M.S. in industrial engineering offers advanced studies in operations research; optimization; supply chain and revenue management; financial engineering; quality and reliability engineering; and product design and development. This program is offered online or on-campus with thesis and non-thesis options available, giving students the flexibility they need to succeed. 

The aim of the two-year master’s course in Electrical Power Engineering is to educate engineers with a broad base of knowledge both of theory and of practical applications from the whole field of electrical power engineering, with the possibility of continuing to develop the acquired knowledge in doctoral studies.

The master's programme in Engineering Physics bridges the gap between theoretical physics and practical engineering, seeking to develop future technology. Solving complex problems is an integral part of education, demanding in-depth knowledge of physics, as well as analytical and computational tools. Through specialisations, students become domain experts in one field of physics and go on to advanced industrial R&D positions or PhD studies.

The aim of the M.Sc. program in Materials Engineering is to provide students with expertise and advanced knowledge in their selected field of specialization. M.Sc. students carry out advanced research supervised by an expert faculty member. Students graduating with an M.Sc. degree are qualified for senior R&D positions in industry and can continue towards Ph.D. studies. In particular, M.Sc. studies can be extended to Ph.D. studies in a combined track such that the thesis exam serves also as the Ph.D. candidacy exam.

The aim of the M.Sc. in Electrical and Computer Engineering program is to provide students with expertise and advanced knowledge in a selected specialization area within electrical and computer engineering. Students graduating with an M.Sc. degree can apply for senior R&D positions in the industry and may continue toward Ph.D. studies.

Graduates from Power Engineering are prepared for creative work and research within the field of process control in the power industry and in related industries. They can develop techniques of energy conversion and maintain power systems. They can also perform modernization of machines, implement new technologies, as well as establish and manage small enterprises in power energy sectors. Graduates are prepared to undertake Ph.D. studies in power engineering and in other related fields.

The Energy Engineering major educates experts to ensure that economically produced energy is reliably and affordably available. Focus areas in these studies include internal combustion engines and related energy production, exhaust gas purification technologies, as well as renewable fuels and energy sources.

The Master's in Biomedical Engineering seeks to strengthen and enhance the studies of the Degree in Biomedical Engineering, providing students with a broad spectrum of training, which responds to the needs of having highly qualified technical personnel to design and apply new and advanced technologies in the health field, and thus complete a training that covers all the stages and aspects related to health technologies and products.

The Master of Science in Computer Engineering can build a strong background with advanced competencies in Information Technology and Automation, and students can focus their studies on the economic and management issues typical of firms and markets.

The aim of the M.Sc. The program in Electro-Optical Engineering is to provide students with research expertise and advanced knowledge in electro-optical and photonics engineering. M.Sc. students carry out thesis research supervised by an EOPE faculty member or by relevant faculty members from other departments. Students graduating with an M.Sc. degree are qualified for senior R&D positions in the industry and may continue toward their Ph.D. studies.

The Master's Program in Data-Centric Engineering is based on blending applied mathematics with computer science and engineering. During your studies, you will learn about artificial intelligence and machine learning and how mathematics and statistics form their basis. This will enable you to understand data and modern modeling and analysis methods, such as deep neural networks, profoundly and apply them to problems with societal impact.

In the Master’s Programme in Chemical Engineering for Energy Transition, you will learn how processes are developed and designed. You will learn traditional chemical engineering skills, modelling of unit operations, process simulation, process development, computational fluid dynamics, and product and process design. These studies give you excellent skills to work in any sector of the chemical or process industry.

MSc Structural and Building Products Engineering offers top-level studies, that focus on training your intellectual curiosity and on developing a complex, broad approach towards construction engineering. At KTU, we educate engineers to not only acquire existing knowledge but also to develop new expertise on innovative technologies, to solve problems in the field of construction, to implement real-world projects.