The climate emergency is one of the most critical societal challenges of our time. Higher education institutions (HEIs) are increasingly seen as key drivers of sustainable development, as they prepare future leaders to tackle critical global challenges. HEIs are further identified as key players in advancing sustainable development by incorporating the United Nations Sustainable Development Goals (UNSDGs) and sustainability into their teaching and learning processes. This paper presents a practical approach to embedding the UNSDGs into the curriculum of BSc Architectural Technology programme at Middlesex University London which is a pioneering exemplar for embedding UNSDGs at programme level at Middlesex that inspired many undergraduate and postgraduate programmes to follow. The paper introduces a developed and tested framework that offers a step-by-step guide to aligning entire programs and individual modules with the UNSDGs. A core outcome of this research is the development of a baseline for high level integration and a competency matrix that classifies sustainability understanding into three levels: awareness and appreciation, analysis and evaluation, and application and creation. These matrices, alongside the framework, serve as a practical tool for educators aiming to incorporate sustainability into courses in a systematic way. Furthermore, this research offers resources, examples, and a visual workflow that can be adapted by educators to ensure that graduates are equipped with the necessary knowledge, skills and mindset to contribute to sustainable development.

The MDX Living Pavilion project at Middlesex University is a pioneering example of practice-based learning and interdisciplinary collaboration, aimed at fostering innovation in architectural education while addressing pressing environmental and societal challenges. Conceived in 2017 by academic staff, this flagship initiative enabled students to co-create a multifunctional pavilion, blending nature-inspired designs with sustainable and innovative materials. The pavilion serves as a learning, community, and wellbeing space for students, staff, and the local community, while acting as a legacy structure that future cohorts can adapt and evolve. The project's objectives align with Middlesex University's strategy, emphasizing real-world learning that connects with global goals: Quality Education (UNSDG 4), Industry, Innovation, and Infrastructure (UNSDG 9), and Sustainable Cities and Communities (UNSDG 11). Integrated within the Architectural Technology course, second- and third-year students undertook the challenge of designing and constructing a functional 60 m2pavilion. This involved theoretical application, technical skill development, and collaboration with stakeholders including the University Estates team, local authorities, industry professionals, and material specialists. This paper outlines the Pavilion Project's implementation across all stages and highlights its contributions to student learning, professional development, and sustainability. The project's achievements extend beyond the university, as it was a runner-up in the Guardian's University Award for Teaching Excellence and a finalist in the London Build Sustainable Construction Award, underscoring its educational and environmental significance.

The higher education sector faces significant challenges, including the need to enhance student employability, engagement, and financial accessibility. Universities must equip graduates with both academic knowledge and practical skills while addressing financial barriers that hinder many students' progress. The MDX Internship Scheme, launched at Middlesex University in January 2024, responds to these challenges by offering paid, discipline-specific internships that integrate practical work experience with academic learning. The scheme enhances students' career readiness by enabling them to apply theoretical knowledge in real-world settings, develop essential skills such as teamwork and problem-solving, and build confidence through project achievements. Moreover, the internships alleviate financial burdens and foster a sense of belonging. This paper showcases the experiences of engineering undergraduates, postgraduates, and doctoral candidates, who participated in the MDX Internship scheme and undertook diverse projects spanning academic research, industry placements, and collaborations with local authorities, deepening their understanding of engineering and transferable skills. Local businesses also benefited from the scheme, gaining access to innovative student talent that positively influenced workplace dynamics and project outcomes, while building long-term partnerships with the university. The MDX Internship Scheme serves as a model for enhancing employability, engagement, and financial support in higher education.

The recent digital transformation of higher education underscores the crucial role of STEM disciplines in addressing real-world challenges, emphasizing the urgent need for problem-solving skills, creativity, and diversity within the STEM student community. Despite growing awareness of the gender disparity in STEM professions, women remain underrepresented in these fields. This paper conducts a comprehensive study delving into the determinants influencing the decision to pursue a STEM degree and the challenges faced during STEM education. Through survey data analysis, the research explores actionable mechanisms to enhance the presence of women in STEM subjects and support their career progression. The study not only identifies obstacles but also formulates a set of recommendations to establish a robust support system for women in STEM. These recommendations aim to foster their academic retention, facilitate continuous professional development, and contribute to narrowing the gender gap in STEM occupations. By addressing the root causes and proposing concrete solutions, this research seeks to contribute to a more inclusive and equitable STEM landscape, fostering an environment where women can thrive and make significant contributions to the ever-evolving field of science and technology. Furthermore, this research serves as a call to action for institutions, policymakers, and stakeholders to collectively champion initiatives that empower and propel women to excel in STEM fields.