Cambridge Review

Academic insights and British perspectives

News

Cambridge Engineers Elected as Royal Academy Fellows 2026

The Royal Academy of Engineering announced on September 23, 2026, that three Cambridge-affiliated individuals were elected as Fellows, part of a cohort…

By Fiona Galloway · 6 October 2026 · 12 min read
Cambridge Engineers Elected as Royal Academy Fellows 2026

Two Cambridge-affiliated engineers were among the Royal Academy of Engineering’s newest Fellows announced in September 2026, highlighting the region’s continuing influence on national engineering leadership. The Royal Academy of Engineering (RAEng) confirmed on September 23, 2026 that 75 Fellows had been elected to its Fellowship, a milestone underscored by a record 24 women among the class. The following day, Cambridge-affiliated researchers and leaders were publicly profiled in university and college channels, confirming continued recognition of Cambridge’s engineering ecosystem on the national stage. These developments come as the engineering and technology sector navigates rapid advances in AI, digital manufacturing, and sustainable energy, with policy and industry implications playing out across universities, national labs, and industry partners. According to the RAEng announcement and the Cambridge-affiliated profiles, three individuals affiliated with Cambridge institutions were named among the 2026 Fellows, reinforcing Cambridge’s ongoing role in UK engineering leadership. (raeng.org.uk)

The 2026 Fellowship cohort is part of a broader RAEng effort to recognize engineers who have demonstrated sustained impact across research, industry, and public policy. The Academy’s leadership notes that the Fellowship Fit for the Future initiative has guided its selection in recent years, with a focus on broadening representation and strengthening leadership capacity in engineering and technology. The September 2026 announcements come in the year RAEng marked its 50th anniversary, a context that has shaped how the Academy profiles new Fellows and positions them for future collaborations with government, academia, and industry. The Cambridge connection is not incidental: three Fellows with Cambridge ties appear in the official 2026 roster, underscoring the city’s influence in strategic areas such as sensor technologies, industrial digitalisation, and advanced materials. (raeng.org.uk)

What Happened

Event Overview

The Royal Academy of Engineering publicly announced its 2026 Fellowship cohort on September 23, 2026, confirming 75 new Fellows, plus a broader set of international and honorary Fellows as part of the Academy’s annual process. The RAEng statement notes that the 2026 class includes a record 24 women, reflecting the Academy’s ongoing emphasis on gender and underrepresented groups in engineering leadership. This is a timely data point for readers tracking shifts in the UK engineering leadership landscape as the sector converges with AI, machine learning, and sustainability initiatives. The official count and date are documented in RAEng’s release, which also showcases the full cohort and highlights notable distinctions within the group. (raeng.org.uk)

Cambridge Connections in the New Cohort

Within the 2026 Fellows, Cambridge-affiliated honorees include three individuals who are linked to Cambridge institutions in their current roles:

  • Professor Clemens Kaminski FREng, Professor of Chemical Physics and Head of the Department of Chemical Engineering and Biotechnology at the University of Cambridge. Kaminski is listed in the RAEng 2026 Fellows roster as a Cambridge-affiliated Fellow, highlighting Cambridge’s leadership in sensor technology and chemical physics. This recognition aligns with Kaminski’s profile as a leading figure in optical sensing and related domains. (raeng.org.uk)

  • Dr Loubna Bouarfa FREng, Founder of FactTrace.ai and Affiliated Lecturer at the University of Cambridge; Bouarfa appears in the RAEng 2026 Fellows list with Cambridge-associated designation, reflecting Cambridge’s role as a home base for researchers who bridge entrepreneurship, AI governance, and engineering education. (raeng.org.uk)

  • Professor Duncan McFarlane FREng, Professor of Industrial Information Engineering at the University of Cambridge, who is named in RAEng’s 2026 Fellow roster as Cambridge-linked, illustrating Cambridge’s contributions to the integration of industrial engineering with digital transformation and manufacturing. (raeng.org.uk)

In addition to the RAEng roster, Cambridge-specific coverage corroborates these Cambridge-linked appointments. A Cambridge department news piece on Kaminski’s election confirms the date and significance of the award, while UCL’s press materials highlight Lourdes Agapito (an international leader in 3D vision) among the 2026 Fellows, illustrating how the Cambridge ecosystem intersects with broader UK and international engineering leadership. These linked primary sources provide contemporaneous context for readers and researchers. (ceb.cam.ac.uk)

Timeline and Primary Sources

  • September 23, 2026: RAEng announces the 2026 Fellowship cohort, confirming 75 new Fellows and a record 24 women, with Cambridge-affiliated members among the cohort. This date is documented in RAEng’s official announcements and the Fellow list. (raeng.org.uk)
  • September 24, 2026: Cambridge and UCL outlets publish targeted coverage of Cambridge-affiliated Fellows, including Clemens Kaminski (Cambridge) and Lourdes Agapito (UCL with Cambridge collaborations), signaling the immediate local impact of the RAEng announcements. (ceb.cam.ac.uk)
  • September 2026 onward: RAEng’s official “New Fellows 2026” page enumerates all Fellows and specifies Cambridge-linked entries, reinforcing the national-to-local link between Cambridge research activity and national leadership recognition. (raeng.org.uk)

Cambridge’s involvement is not incidental to the national narrative. The RAEng roster lists Clemens Kaminski as a Cambridge-based Fellow, Bouarfa as Cambridge-affiliated, and McFarlane as Cambridge-based, illustrating the university’s ongoing role in advancing sensor technologies, industrial information systems, and chemical/physical engineering leadership. These designations come straight from the RAEng Fellows pages, which provide the authoritative roster for the national fellowship. (raeng.org.uk)

Why It Matters for Cambridge and the UK

The election of Cambridge-affiliated Fellows to the RAEng in 2026 has several immediate and longer-term implications:

  • Signals and prestige: Cambridge’s continued representation at the RAEng level reinforces the university’s leadership in engineering disciplines, including chemical physics, sensor technology, and industrial information engineering. The formal recognition helps attract top graduate students, postdocs, and faculty talent who want to engage with a national body shaping engineering policy and practice. The RAEng 75-Fellows announcement underscores the breadth of leadership across academia, industry, and governance, including Cambridge-linked names. (raeng.org.uk)

  • Talent deployment and collaboration: Fellows often serve in advisory roles, contribute to policy discussions, and advise national bodies on standards and technology roadmaps. For Cambridge, having three new Fellows affiliated with its institutions increases opportunities for cross-sector collaboration with government programs, industry partners, and UKRI-funded initiatives, especially in AI, sensors, and advanced manufacturing. RAEng’s broader Fellowship ecosystem and the two-stage application process for Research Fellowships in 2026/27 highlight the Academy’s role in cultivating next-generation engineering leaders and research direction. (raeng.org.uk)

  • Diversity and representation: The record of 24 women among 75 new Fellows in 2026 aligns with RAEng’s ongoing emphasis on equity, diversity, and inclusion in engineering leadership. For Cambridge, this could influence recruitment, retention, and leadership development programs across departments and research centers, aligning with national priorities to broaden participation in STEM. The published numbers from RAEng’s 2026 cohort are publicly documented and serve as a reference point for policy discussions and university-level planning. (raeng.org.uk)

  • Market and technology implications: Fellows elected in 2026 span areas including AI safety, sensor technologies, energy systems, and robotics. For Cambridge, this aligns with regional strengths in photonics, imaging, and advanced manufacturing, potentially accelerating collaborations that move research into scalable industrial applications. The RAEng roster’s Cambridge-linked entries provide concrete instantiations of these trends within a national leadership framework. (raeng.org.uk)

Our coverage here rests on primary sources that track the changes in leadership within engineering and technology, and the Cambridge-specific angles drawn from those sources help readers connect national recognition to local capability and potential opportunities. The combination of RAEng’s official announcements and Cambridge/UCL coverage provides a robust, citable basis for follow-up reporting and analysis. (raeng.org.uk)

What Cambridge Gets Right Now

Beyond the headline prestige, the 2026 Fellow announcements dovetail with ongoing Cambridge initiatives aimed at catalyzing technology transfer, sensor technology, and interdisciplinary engineering education. For example, Cambridge researchers have long intersected with initiatives such as CamBridgeSens and cross-departmental imaging centers, positioning Cambridge to leverage this year’s Fellows network for future collaborations in both academia and industry. The Cambridge-specific profiles of Kaminski and Bouarfa illustrate how Cambridge-affiliated Fellows can bridge research, entrepreneurship, and policy engagement, potentially shaping how Cambridge positions itself in national and international technology ecosystems. (ceb.cam.ac.uk)

To readers tracking technology and market trends, the 2026 RAEng Fellows cohort is a lens on where engineering leadership is headed in the near term: more cross-pollination between academia and industry, greater emphasis on responsible AI and governance, and a continued push toward practical, scalable engineering solutions for climate resilience, mobility, and digital infrastructure. The RAEng’s public-facing materials and Cambridge-affiliated announcements together paint a data-informed portrait of how Cambridge contributes to national engineering leadership in a rapidly evolving landscape. (raeng.org.uk)

Why It Matters

Cambridge’s Role in National Engineering Leadership

Cambridge’s engineering ecosystem has a long track record of producing leaders who occupy influential roles in academia, industry, and policy. The RAEng Fellows list for 2026 includes Cambridge-linked names, illustrating how the university’s research strengths translate into national recognition and opportunities for broader impact. Kaminski’s appointment underscores Cambridge’s leadership in chemical physics and sensor technologies, while Bouarfa’s Cambridge-affiliated profile reflects the city’s growing prominence in AI governance and data-driven engineering entrepreneurship. The Cambridge profiles, together with RAEng’s roster, underscore a continuing pattern: Cambridge remains a pivotal source of engineering leadership in the UK. (raeng.org.uk)

  • The Cambridge connection to Kaminski and Bouarfa is explicitly documented in RAEng’s 2026 Fellows roster, which lists both as Fellows with Cambridge-affiliated roles. The Cambridge UCL and Cambridge departmental pages corroborate these nominations and provide additional context on their work and roles. The cross-verification from multiple primary sources strengthens the reliability of the Cambridge-specific interpretation. (raeng.org.uk)

  • The broader RAEng cohort’s size and composition (75 Fellows in 2026, including 24 women) provide a baseline for understanding representation within the Fellowship and for tracking progress against diversity and inclusion goals in engineering leadership. This is a national-level indicator with direct implications for Cambridge’s recruitment, training pipelines, and collaborative opportunities with government and industry. (raeng.org.uk)

The Market and Technology Context

The 2026 Fellows cohort sits at a convergence point for several technology and market trends: AI governance and safety, sensor-enabled analytics, sustainable energy engineering, and industrial digitalisation. Cambridge’s strength in sensor technology, optical imaging, and cyber-physical systems positions the university to translate Fellow-level expertise into market-ready innovations. The RAEng Fellows list, including Cambridge-linked names, signals both the maturity of Cambridge-based research and the potential for greater collaboration with national bodies to accelerate technology transfer and policy-informed innovation. (raeng.org.uk)

  • For readers who follow technology markets, the alignment between Cambridge’s research strengths and the RAEng Fellows portfolio highlights where investment and collaboration may intensify. The RAEng two-stage Research Fellowship process (beginning in 2026/27) signals a shift in how early-career researchers compete for funding and leadership opportunities, potentially channeling Cambridge’s next generation of engineers toward more ambitious, multi-institutional projects. The changes to the fellowship process are documented in RAEng’s guidance materials for 2026/27. (raeng.org.uk)

  • Cambridge’s ecosystem benefits from the visibility that Fellows bring to cross-disciplinary endeavors — from advanced imaging and photonics to AI-enabled safety and resilience engineering. Public-facing announcements by Cambridge-affiliated Fellows and university departments provide a narrative that complements RAEng’s official roster, helping stakeholders connect research strengths to practical applications and policy-relevant outcomes. (ceb.cam.ac.uk)

What This Means for Stakeholders

  • For students and early-career engineers: The 2026 Fellows cohort provides potential mentorship, networking, and collaboration opportunities through RAEng networks and Cambridge’s own research communities. The RAEng announcements emphasize leadership development across academia and industry, which can guide career planning and training opportunities for Cambridge students and researchers. (raeng.org.uk)

  • For industry partners: RAEng Fellows often serve on advisory boards, steering technology standards and policy considerations. Cambridge-affiliated Fellows can facilitate partnerships that translate Cambridge research strengths into commercial products and services, particularly in sensors, AI, and energy systems. The public listings and Cambridge-facing coverage highlight potential avenues for collaboration and co-development with Cambridge-based researchers and startups. (raeng.org.uk)

  • For policymakers: The RAEng Fellows cohort provides a curated pool of engineering leaders who can inform policy discussions around AI, infrastructure resilience, STEM education, and industry standards. The Cambridge-connected Fellows illustrate how regional ecosystems feed into national leadership and policy debates, reinforcing the case for targeted public investment and cross-sector collaboration. (raeng.org.uk)

There is a clear throughline from the national RAEng announcements to Cambridge’s local innovation ecosystem. The 2026 Fellows cohort demonstrates both continuity and change in how engineering leadership is articulated, with Cambridge continuing to contribute significant leadership presence in the national structure. The primary sources cited here—RAEng’s official 2026 Fellows pages and Cambridge/UCL coverage of Cambridge-affiliated Fellows—provide a robust evidentiary base for this analysis. (raeng.org.uk)

What's Next

Timeline and Next Steps for Cambridge-Affiliated Fellows

  • The RAEng 2026 Fellows cohort is now part of an ongoing network that will likely shape Cambridge’s engagement with national programs, industry partnerships, and policy advisory groups. The Academy’s 50th-anniversary framing and Fellowship Fit for the Future initiative suggest that future cohorts will continue to emphasize diversity and impact across sectors, with Cambridge’s ecosystem well-positioned to participate in multi-institution collaborations and cross-disciplinary ventures. Readers can expect further announcements from RAEng and Cambridge’s engineering departments as new projects and partnerships emerge from this cohort. (raeng.org.uk)

  • Cambridge-related coverage points readers to potential collaboration opportunities with the newly minted Fellows. For example, the Kaminski and Bouarfa profiles, along with Cambridge’s own research mentions, indicate potential collaboration channels in sensor technology, AI governance, and industrial digitalisation. Stakeholders should monitor both RAEng’s official Fellow directory and Cambridge department pages for updates on joint projects, joint grants, and joint conferences. (ceb.cam.ac.uk)

What to Watch For in the Coming Months

  • Policy and funding announcements shaped by the Fellows network: RAEng Fellows often contribute to policy discussions and government advisory roles. Expect announcements around new funding opportunities, strategic partnerships, or policy white papers that leverage the expertise of Cambridge-linked Fellows. The RAEng materials and the 2026 Fellow announcements provide the baseline for these anticipated developments. (raeng.org.uk)

  • Academic and industry collaborations in sensors, imaging, and AI: Cambridge’s strengths in sensor technologies, optical imaging, and AI-driven analytics position the university to accelerate technology transfer with commercial partners and startups. The newly elected Cambridge Fellows may serve as catalysts for co-developed programs and cross-disciplinary centers that bridge the gap between fundamental research and market-ready solutions. RAEng’s public Fellow directory confirms Cambridge-linked entries, which readers can track for future collaboration announcements. (raeng.org.uk)

  • Continued diversification of the Fellowship: The record of 24 women among 75 Fellows in 2026 is a signal of ongoing diversification. Cambridge stakeholders may look to build on this momentum by advancing inclusive leadership programs, mentorship, and targeted recruitment to sustain momentum in representation across departments and disciplines. The RAEng announcement provides the numerical baseline to measure progress in subsequent cohorts. (raeng.org.uk)

Closing

The Royal Academy of Engineering Fellows Cambridge 2026 moment marks an important juncture for Cambridge’s engineering community—an alignment of regional strength with national leadership, set against a backdrop of rapid technological change and strategic policy shifts. The three Cambridge-affiliated Fellows named in 2026—Professor Clemens Kaminski, Dr Loubna Bouarfa, and Professor Duncan McFarlane—live at the intersection of research excellence and practical impact, a space Cambridge has long inhabited. Their inclusion in the RAEng’s 2026 cohort, together with Lourdes Agapito’s international leadership and other Fellows connected to Cambridge through collaborative networks, signals that Cambridge remains a critical node in the UK’s engineering ecosystem. For readers and researchers tracking technology and market trends, this moment offers a concrete data point: Cambridge’s research and leadership are continuing to translate into national recognition, with potential downstream benefits in collaboration, funding, and innovation.

To stay updated, follow RAEng’s official announcements and Cambridge department news feeds, which will publish subsequent details on Fellow-led programs, joint initiatives, and upcoming events that leverage the 2026 Fellows network. The Academy’s leadership and Cambridge’s researchers are likely to announce new opportunities and partnerships in the months ahead, creating opportunities for students, researchers, and industry partners to engage with high-level engineering leadership.