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PhD in Physics Engineering

Physics Engineering at the Forefront of Technological Innovation

The PhD in Physics Engineering at NOVA FCT, established in 2009/2010, trains highly qualified specialists at the intersection of Experimental Physics and Engineering. Spanning four years (240 ECTS), the program provides a solid foundation for the development and use of scientific instrumentation, analytical equipment, and advanced technologies with real-world applications in demanding contexts.

The training focuses on the technological applications of physics in areas such as optics, metrology, radiation-matter interaction, nuclear technologies, and low-temperature physics. PhD candidates are prepared to operate in highly complex environments — from major scientific infrastructures like ITER or CERN, to tech companies that develop or use high-precision instruments for diagnostics, control, and material and process characterization.

Combining theory and practice, research and development, this PhD program promotes impactful technological innovation, contributing to the advancement of knowledge and addressing the needs of society and industry.

Why this PhD Programme?

  • Training for Innovation and Technological Progress – Empowers students to develop advanced technologies and solutions with real impact in scientific and industrial contexts.
  • Focus on High-Tech Applications – In-depth training in key areas of Engineering Physics, such as scientific instrumentation, optical, nuclear, and metrological technologies, with proven international impact.
  • Knowledge Transfer to Industry – Strong ties to the business sector, with an emphasis on applying knowledge to create value, improve processes, and boost technological competitiveness.
  • International Experiences – High likelihood of international mobility during the PhD, with access to collaborations in partner centers of excellence.
  • Top Careers – Solid preparation for roles in tech companies, major scientific infrastructures, and research centers, in positions involving research, development, and innovation.
  • Autonomy and Entrepreneurial Spirit – Development of skills to lead R&D projects, launch tech-based startups, or take on leadership roles in scientific and industrial innovation.

Applications 2025/26

1st Phase: 14 Mar. to 7 Apr.

2nd Phase: 2 Jun. to 18 Jul.

Vacancies: 6

Duration: 4 years (240 ECTS)

Format: On-site

Language: Portuguese/English

DO YOU HAVE QUESTIONS?

Course Coordinator: Orlando Teodoro , pdef.coordenador@fct.unl.pt

Academic divison: div.aea.helpdesk@fct.unl.pt

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Program

Aligned with the guiding principles and objectives underlying its integration into the European Higher Education Area, the program enables research in renowned centers of excellence..

Curriculum

Career opportunities

PhD graduates in Engineering Physics are prepared to take on highly specialized and responsible roles in academia, industry, and major scientific infrastructures. Main career paths include:

  • Research and Technological Development – Working in companies and institutions that develop new technologies in areas such as instrumentation, metrology, optical, nuclear, cryogenic, and analytical technologies.
  • Specialized Technical and Leadership Roles – Holding top technical positions in tech companies and innovation centers, in sectors like nanotechnology, applied optics, nuclear engineering, and advanced measurement systems.
  • Academic and Scientific Careers – Teaching, scientific supervision, and advanced research in national and international universities and research centers.
  • Scientific and Technological Entrepreneurship – Creating startups and technology-based companies originating from research conducted during the PhD.
  • Specialized Consulting – Providing technical and strategic support for projects involving advanced technologies and complex engineering physics processes.

About the Department of Physics

The Department of Physics (DF), formally established in 1986, was a pioneer in Portugal in teaching Physics Engineering. The DF's scientific activity mainly develops in two Research Units, LIBPhys and CEFITEC. Among the research and development activities are atomic, molecular, nuclear physics instrumentation and electronic and industrial automation with applications in analytical methods, radiation detection, and biomedical engineering, optics, and photonics, metrology, and spectrometries.

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