An EngD (Engineering Doctorate) is a professional, industry-focused doctoral degree designed to prepare engineers for high-level technical and leadership roles. It sits at the same academic level as a PhD but has a different emphasis. Key Features of an EngD Industry-Driven ResearchInstead of focusing mainly on theoretical or academic research (as in a PhD), an EngD centres on solving real engineering problems in collaboration with an industry partner, supported by academia.Work-Based FormatCandidates typically spend most of their time embedded within a company, working on long-term applied research projects that directly benefit the organization.Taught ComponentsEngD programs usually include taught modules—such as advanced engineering topics, project management, innovation, or business skills—alongside the research.Practical ImpactThe outcome is expected to have clear industrial relevance, whether it’s a new process, technology, system, or major improvement to an existing one. Degree Outcome Graduates earn the title Doctor of Engineering (EngD), reflecting both the academic rigor of doctoral-level work and the practical, applied nature of their contribution to industry.Hear from one of our Researchers, describing their motivations for chosing an EngD over a PhD: Mac Versey - IDCORE Interview 2022 The shape of the IDCORE EngD Key milestones inthe development of an IDCORE student EngD in Offshore Renewable Energy - programme regulations The University of Edinburgh is the administering university for the IDCORE programme. The programme regulations and assessment regulations applicable to a Research Engineer are: the General Postgraduate Degree Regulation; Taught Assessment Regulations; and Research Assessment Regulations of the University of Edinburgh. You can find the regulations in Registry Services Policies and regulations.These guidelines are supplemented by specific regulations applying to the EngD in Offshore Renewable Energy. This article was published on 2026-10-28
