HCT and Siemens Forge Landmark Partnership Aligned with the UAE’s Net Zero Vision

The Higher Colleges of Technology (HCT), the largest higher education institution in the United Arab Emirates, signed a Memorandum of Understanding (MoU) with Siemens to advance sustainability, digital transformation, and applied innovation across the UAE’s higher education landscape.
The five-year collaboration reinforces HCT’s growing leadership in sustainable higher education. It supports the UAE’s Net Zero 2050 Strategic Initiative and the UAE Green Agenda 2030 through an integrated program spanning smart campus transformation, green skills development, and industry-driven research.
Under the terms of the MoU, HCT and Siemens will collaborate on innovation, decarbonization, and digitalization initiatives designed to advance institutional sustainability and operational performance. The initiative will also accelerate HCT’s data-driven framework, aligning governance, policy, and operational performance to support progress toward its Net Zero ambitions.

Mohammed Al Nuaimi, Vice President of Shared Services at HCT, stated: “This partnership reflects HCT’s commitment to shaping the future of sustainable education while accelerating the operational transformation of our campuses. Through this initiative, we are advancing smarter, more resilient, and data-driven campus environments that integrate sustainability across governance, operations, and digital infrastructure. The collaboration reinforces our commitment to the UAE’s Net Zero 2050 agenda, positioning HCT as a national benchmark for sustainable innovation and operational excellence in higher education.”

Helmut von Struve, CEO of Siemens in the Middle East and UAE, stated: "Our partnership with the Higher Colleges of Technology represents a meaningful step toward translating the UAE's sustainability ambitions into tangible outcomes — across campuses, classrooms, and communities. By combining Siemens' expertise in smart infrastructure, digitalization, and decarbonization with HCT's scale and commitment to applied learning, we are building the foundation for a smarter, more sustainable future. This collaboration is not only about transforming campus operations — it is about equipping the next generation with the skills and mindset needed to lead the UAE's transition to a low-carbon, knowledge-driven economy."

In parallel, a central component of the collaboration will focus on advancing HCT’s campus ecosystem through a Smart Campus Framework, based on Siemens’ Building X platform. The initiative will modernize energy, water, and waste management systems, establish unified real-time data environments, and support the deployment of clean mobility solutions, including EV infrastructure and on-site renewable energy planning. Together, these measures are expected to enhance operational performance, strengthen resilience, and deliver measurable progress toward national decarbonization goals.

The collaboration includes a structured capacity-building and knowledge exchange program. The initiative will offer specialized technical training, faculty development programs, and industry workshops focused on sustainability technologies and digital infrastructure. Joint short courses and green skills certifications will be developed for students and professionals, complemented by structured annual apprenticeship opportunities designed to provide hands-on industry experience, directly supporting the UAE’s workforce development priorities and driving innovation toward a knowledge-based, low-carbon economy.

Beyond campus transformation and talent development, the agreement establishes a comprehensive collaboration in applied research and innovation. HCT will lead joint initiatives with Siemens on industry-relevant projects spanning advanced manufacturing, smart infrastructure, mobility systems, energy technologies, and emerging innovation domains. The partnership will enable shared use of laboratories and digital testbeds, and co-authored technical outputs, reinforcing the UAE’s industrial innovation ecosystem and national competitiveness.