992 Engineering Doctoral Degree Programs

The objective of Mechanical Engineering doctoral studies is to prepare future leaders in mechanical engineering capable of practical design and creative application of computational methods for the development and research of mathematical models of real-world objects and systems.

This engineering economics program covers the systematic evaluation of costs and benefits of projects involving engineering design and analysis. Engineering economics quantifies the benefits and costs associated with projects to determine if they save enough money to account for their capital investment. Engineering economics has many advantages because it allows those working in the industry to make strategic economic decisions for their companies. If on one hand macroeconomic and financial skills are critical to business operations, on the other, engineering economics provides an additional element of insight into the mechanism that governs decision making. This program uses the A.P.E.L. (Accreditation Prior Experiential Learning) system. It is addressed to 30 years old Managers, Entrepreneurs, Professionals having at least 5 years of industry experience. A Master's degree or equivalent is required to access the program. The entire course is carried out in Distance Learning.

In today's complex and competitive world, industrial engineers are increasingly urged to design, improve, and operate integrated systems of people, materials, equipment, and energy. This program applies fundamental principles from the engineering sciences to efficiently design and analyze large industrial systems both in the production and service sectors. This program is also known as Systems Engineering.

The aim of doctoral studies in Materials Engineering is to prepare the best-qualified specialists – scientists, who are able to individually conduct the works of scientific research and experimental development, and contribute to solving relevant scientific problems of material engineering.

Informatics Engineering is a branch of computer science, focused on effective solution of practical computation and information processing problems with application of scientific knowledge. This programme of doctoral studies aims to prepare future scientific leaders in the scientific field of Informatics Engineering. Each doctoral student who aims to acquire doctoral degree has to complete doctoral studies in the scope of 30 credits, conduct original scientific research in the scientific field of Informatics Engineering and develop new scientific knowledge, present the results of his/her scientific research in national and international scientific conferences and scientific journals, write and orally defend his/her doctoral dissertation. Programme provides doctoral students with a possibility to complete one study module at the foreign academic institution or participate in summer camp for doctoral students organised abroad and actively conduct the most advanced scientific research at the integrated centre of science, entrepreneurship and studies of Santaka valley since the first day of their studies. Awarded doctoral degree proves that doctoral student acquired a deep academic education and is able to conduct original scientific research in the field of Informatics Engineering.

Doctoral studies in Chemical engineering are a traditional, research-based, usually four-year, doctoral degree program, which provides: a thorough grounding in the fundamental principles of chemical engineering, as well as an intensive research experience; a mentoring-intensive environment with co-supervision flexibility, allowing students to work with the outstanding Lithuanian scientist of their field; and others.

In the global world, technology is constantly evolving. In the field of engineering, in certain areas, there are flexible approaches that can be studied through distance courses at Selinus University. Different technical disciplines at engineering and technology levels cannot be learned through distance education. For this reason, most of the courses in this faculty are reserved for people who, through previous studies or professional practices, have the necessary credits to access the programs.

The Doctoral Program in Civil Engineering at the University of Aveiro (PDCiv-UA) has a duration of 3 years, corresponding to a total of 180 ECTS. It is organized in two distinct phases, a first curricular and a second dedicated to the development of research work, preparation of publications and production of the doctoral thesis. The first year comprises the curricular component (60 ECTS) structured in modules of advanced training courses and seminars, in several thematic areas of the scientific domain of: Civil Engineering, comprising the curricular units of Advanced Studies in Civil Engineering (12 ECTS), Monitoring and Observation of Works (6 ECTS) and Research Project Seminar (30 ECTS); Management, with the Entrepreneurship course unit (6 ECTS); and yet, an optional curricular unit from any scientific area (6 ECTS), this curricular unit should be advised by the doctoral student's supervisor, when available. At the end of the first year, the student, within the Research Project Seminar curricular unit, will have to present and publicly defend his / her doctoral work plan before a jury, with the continuation of his / her studies dependent on a positive evaluation of this curricular unit. . Students may be exempted from attending one or more components of the 1st curricular year, in accordance with the stipulations in the Regulations of the Doctoral Program in Civil Engineering of the AU.

The Doctor of Civil Engineering (D.Sc) helps students tailor a highly individualized program of study directed toward completion of a dissertation that is expected to make an important contribution in their selected area. Civil Engineering is a broadly based discipline that includes a variety of specialties in the areas of mechanics, structural engineering, construction materials, environmental engineering, water resources engineering, geotechnical and environmental engineering, and transportation engineering.

The Ph.D. in Engineering Program offered by the Faculty of Engineering Sciences is designed to provide a fundamental approach to basic engineering principles with an emphasis on scientific methods. The aim of coursework and research projects is to develop individuals capable of creative work in engineering science and areas of specialization in engineering research and development or teaching.

The Doctor of Philosophy in Mechanical Engineering program offers specialized research opportunities in the areas of advanced manufacturing and metrology, computational mechanics and materials, motorsports engineering, bioengineering, fluid mechanics and thermal science, dynamics and controls, and battery engineering.

Power engineering forms a part of almost all human activities. The objective of the "Energy Processes" postgraduate study program is to train students in creative research work in the field of power engineering. The graduates obtain the “PhD” title, the highest possible academic degree. The studies are conducted in the form of day or combined studies.

The Doctor of Chemical Engineering (D.Sc) helps students become independent researchers with the ability to apply chemical engineering principles as well as advanced analytical and experimental techniques to conduct original research. Chemical engineering principles include transport phenomena, chemical reaction engineering, thermodynamics, and applied mathematics, and transport phenomena.

The Biomedical Engineering PhD program is designed to help students develop a deep understanding of engineering principles and their applications in the medical field. It emphasizes interdisciplinary ...

The aerospace engineering PhD program is designed to prepare students for advanced research and leadership roles in the field. It offers a strong foundation in core engineering principles while emphas...

Electrical and electronic engineering is one of the widest research fields. There are no sectors in industry or science that could develop without innovative electronic solutions. Investigations during doctoral studies are carried out in the fields, such as ultrasonic measurements and diagnostics in aviation, energy generation and supply systems, and other industrial sectors, applications of electronic solutions in biomedicine, monitoring and control systems for various economic and transportation facilities, including signal processing and imaging.

The Doctoral Program in Electrical Engineering offers the following four tracks: Computer Engineering, Communications and Signal Processing, Electronic and Optical Materials and Devices, and Power Systems and Control. Our accredited electrical and computer engineering programs provide students the opportunity to pursue careers that are integral to our modern everyday lives, providing skills to advance society and creating possibilities for business development around the globe. Our outstanding faculty continue to explore new avenues to transfer engineering skills while pursuing research opportunities to expand their knowledge of practical applications of electrical and computer engineering concepts. Together, the faculty, staff, and students have built a reputation for sound engineering practices and significant contributions in industry, government, and the private sector.