University of Virginia

USA
1 Scholarships 153 Programs 3 Degree levels
PhD

PhD in Engineering Physics

Offered at University of Virginia, USA
DegreePhD
FieldEngineering Physics.
A

Cost & earnings at University of Virginia What students borrow here, and what they go on to earn

You borrow $17,500 median federal debt
You repay $199/mo over 10 years
Graduates earn $86,863 10 yrs after entry
Debt clears in 0.4 yrs of the salary premium
US Department of Education figures See the full breakdown →
A

Engineering Physics graduates earn a median $60,171 Across 140 US programmes, two years after finishing

See the degree grade →

The PhD in Engineering Physics at the University of Virginia is a research-led doctoral programme that combines advanced physics with engineering approaches to address problems in photonics, quantum materials, nanotechnology and computational modelling. It suits candidates with a strong background in physics or engineering who want to pursue independent research leading to careers in academia, national laboratories or high-technology industry R&D.

What you'll study

The PhD in Engineering Physics is a research-centred programme that blends rigorous coursework with sustained dissertation research. Students normally take advanced graduate courses in quantum mechanics, solid-state/condensed-matter physics, statistical mechanics, electrodynamics and mathematical methods, together with engineering-oriented classes in device physics, materials characterisation, nanofabrication and computational methods. Typical taught topics include:

  • Advanced quantum theory and many-body physics
  • Electronic, optical and magnetic properties of materials
  • Nanoscale fabrication and characterisation techniques
  • Computational modelling and numerical methods for materials and devices
  • Photonics, optoelectronics and quantum information hardware

Early in the programme students undertake rotations or short-term research projects to identify a thesis laboratory and advisor, attend departmental seminars and present progress in research group meetings. The central element is an original research dissertation, prepared under the guidance of a faculty supervisor and examined by a committee. Students also complete a qualifying examination or comprehensive assessment as part of the progression to candidacy.

Entry requirements

Applicants are expected to hold a bachelor’s degree in physics, applied physics, electrical engineering, materials science, mechanical engineering or a closely related field; many successful applicants also hold a relevant master's degree. Competitive candidates demonstrate strong preparation in undergraduate physics and mathematics (including calculus, linear algebra and differential equations) and prior laboratory or computational research experience.

Application materials typically include academic transcripts, a statement of purpose describing research interests, a curriculum vitae, and three letters of recommendation from academic or professional referees. International applicants must meet the University’s English language proficiency requirements. Additional department information may specify prerequisite coursework or recommended preparatory subjects.

Career prospects

Graduates of the Engineering Physics PhD enter a variety of roles in research and development, technology innovation and academia. Common career paths include:

  • Faculty positions in universities and lecturing combined with independent research
  • Research scientist roles in national laboratories and government research institutions
  • R&D and technical leadership in semiconductor, photonics, quantum technologies and materials industries
  • Engineering and scientific roles in start-ups, particularly in high-tech and deep-tech sectors
  • Technical consulting, intellectual property and technology translation roles supporting commercialisation

The programme’s emphasis on both fundamental physics and applied engineering equips graduates to bridge theory and device-level implementation, making them attractive to employers developing next-generation materials, sensors, quantum devices and computational tools.

Why study at University of Virginia

The University of Virginia offers an interdisciplinary research environment within its School of Engineering and Applied Science, where Engineering Physics students collaborate with groups in materials science, electrical engineering, mechanical engineering and applied physics. Students have access to university core facilities for nanofabrication, microscopy and materials characterisation, as well as computational resources for large-scale simulation work.

Faculty supervision spans experimental and theoretical strengths in areas such as quantum materials, photonics, nanoelectronics and computational materials science, enabling tailored doctoral projects. The department emphasises mentorship, regular seminar programmes and opportunities for collaborative projects with industry partners and national research labs. The university’s location and professional networks also support internships, industry engagement and pathways into research-driven careers.

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Programme details are indicative and may change — always verify current information with the official university website before applying.