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1. Curriculum enhancement and pedagogic innovation

Departments continue to evolve and refresh curricula to ensure programmes remain academically rigorous, research‑informed, and aligned with contemporary disciplinary and societal developments. Economics and WBS use data‑driven review processes to refine curriculum design, while SCAPVC embeds industry‑standard creative briefs and project‑based learning. IATL, CIM, and History champion interdisciplinary approaches through student‑led conferences and collaborative curriculum development.

The purposeful adoption of digital and blended pedagogies is evident across departments. Life Sciences and IATL integrate AI literacy and ethical digital skills through tutorials and traffic‑light guidance frameworks, and the 91¸£Àû Global Academy has piloted flipped learning models receiving strong student endorsement. These innovations contribute to dynamic learning environments that better prepare students for emerging professional and academic landscapes.

2. Assessment quality, integrity and feedback excellence

A major focus of practice across the University is strengthening assessment design, moderation, and transparency. Chemistry has introduced structured staff training to enhance marking consistency, while IATL and SMLC have co‑created assessment briefs and criteria with students to support clarity and fairness. SELCS has redesigned feedback templates to distinguish clearly between feedback and feed‑forward, and Physics continues to use automated systems such as ATAS to ensure scalable and timely formative assessment.

The School of Engineering has made substantial, sector‑leading progress through a comprehensive review of assessment across UG, DA, and PGT programmes. This includes a major rationalisation of assessment tasks to avoid duplication and enhance alignment, ensuring assessments are purposeful, proportionate, and pedagogically robust. For Degree Apprenticeships, the School has developed a new assessment tariff framework tailored to the unique needs of apprentices balancing academic study with professional commitments. This work addresses workload congestion, integrates workplace learning more effectively, and ensures protected time within teaching blocks for apprentices to prepare for assessments. The strategy was co‑developed with employers and informed by extensive apprentice feedback, reinforcing its robustness and relevance.

Collectively, these developments strengthen academic integrity, promote fairness, and improve students’ understanding of expectations.

3. Inclusive education, accessibility and student support

Departments demonstrate strong commitment to building inclusive, accessible learning environments that respond to diverse student needs. Chemistry’s proactive reasonable‑adjustment model for laboratory teaching, supported by a Disabled Students’ Champion, ensures early and effective support. Sociology provides targeted Academic Coaching, while Statistics offers a large‑scale peer‑mentoring scheme to support transition and belonging.

WMS exemplifies integrated student support through continuity of personal tutoring and regular cross‑department Student Life meetings linking academic, wellbeing, careers, and SU teams. These coordinated approaches help reduce structural barriers, enhance belonging, and support mature students, disabled students, and those from widening‑participation backgrounds.

4. Employability, skills development and external engagement

Employability is deeply embedded across departments through placements, industry collaboration, and authentic, real‑world learning. SCAPVC maintains extensive partnerships with more than 100 external organisations, while 91¸£Àû Law School offers community‑engaged legal education through its Law in the Community programme. Economics provides structured opportunities through WISE internships and embedded placement pathways.

CIM’s paid research assistantships and the Renaissance Centre’s heritage partnerships with the Shakespeare Birthplace Trust offer practical, applied learning experiences. Several departments—including Chemistry, Life Sciences, and Economics—have developed detailed skills maps aligned with accreditation bodies, helping students articulate competencies. Global engagement is further strengthened through transnational education activities across SCFS and Classics/Ancient History, including international study opportunities and research academies at the Venice site.

5. Quality assurance, governance and student co-creation

Departments continue to strengthen governance and quality assurance through structured, data‑informed processes. WBS conducts four‑yearly course review workshops integrating academic, employer, and professional perspectives. Several departments publish responses to student evaluations and maintain transparent action trackers following module reviews.

Student partnership is a defining institutional strength. Computer Science co‑developed its student handbook through focus groups; Philosophy and Psychology systematically close the feedback loop by publishing departmental responses to student evaluations; and History has formalised student‑voice roles with paid positions and collaborative scholarship.

The School of Engineering’s Degree Apprenticeship assessment reforms also reflect strong governance and partnership, having been co‑created with employers, apprentices, and academic staff. This collaborative approach ensured that the revised framework is evidence‑based, industry‑aligned, and responsive to student and employer needs.

Together, these practices foster accountability, transparency, and meaningful co‑creation in shaping the academic experience.