SDG 9 at Beirut Arab University: Industry, Innovation and Infrastructure

Leadership and Commitment to SDG 9

Beirut Arab University (BAU) has a deep institutional commitment to Sustainable Development Goal 9 (Industry, Innovation and Infrastructure). BAU was selected by the International Association of Universities (IAU) as the global lead university for SDG 9, reflecting its dedication to resilient infrastructure, inclusive industrialization, and fostering innovation iau-aiu.netiau-aiu.net. This leadership role (assumed in 2019) followed years of strategic focus on research excellence and innovation: BAU joined the UN Global Compact Network Lebanon in 2015 and soon after was invited to head the SDG 9 Higher Education Cluster in 2019 iau-aiu.net. Through this global role, BAU works with “satellite” universities to advance SDG 9 while ensuring synergies with all other SDGs iau-aiu.net. BAU’s strategy (2007–2020) emphasized innovation, international partnerships, and sustainable development, laying the groundwork for its SDG 9 initiatives iau-aiu.net. With 4 campuses, 10 faculties, 164 academic programs, and 8 Centers of Excellence, BAU integrates sustainable development principles throughout its operations and academia iau-aiu.net. The university continuously maps its contributions to SDG 9, steers related activities, and identifies gaps and opportunities to meet SDG 9 targets through capacity building, implementation, and rigorous monitoring iau-aiu.net. In sum, BAU’s leadership and planning underscore a university-wide commitment to advancing SDG 9 in Lebanon and beyond.

Sustainable Campus Infrastructure Initiatives

BAU has invested heavily in sustainable infrastructure on its campuses to model the principles of SDG 9. Notably, the university has expanded on-campus renewable energy systems. In 2025 the Beirut campus increased its solar photovoltaic capacity from 310 kW to 435 kW, directly supporting SDG 9 targets for sustainable industrialization and resilient infrastructure iau-hesd.net. Ambitious plans are in place to extend solar energy to other campuses: by the end of 2026, a 1.6 MW solar farm will be installed at Debbieh campus and a 100 kW system at the Bekaa campus iau-hesd.net. (The newly designed Bekaa campus itself is envisioned as a research and education hub for sustainable practices, strengthening rural-urban connectivity in an agricultural context iau-hesd.net.) BAU is also upgrading campus facilities for energy efficiency – for example, LED lighting has replaced 15–40% of conventional lights at the Beirut campus, with a target of 80% LED coverage by 2026 iau-hesd.net. This improves energy efficiency, cuts costs, and reduces the university’s carbon footprint iau-hesd.net. At Debbieh campus (a largely science and engineering hub), BAU constructed an artificial lake to harvest rainwater for irrigation, enhancing water resilience and sustainable land use in alignment with SDG 9 infrastructure goals iau-hesd.net. Debbieh campus also hosts several beehives to support local biodiversity – a small-scale initiative linking ecosystem health to resilient campus environments iau-hesd.net. These campus initiatives demonstrate BAU’s tangible progress toward building sustainable infrastructure and serving as a living lab for SDG 9.

Research and Innovation Contributions

Research at BAU is a driving force for innovation and sustainable industrial development. During the 2024–2025 academic year, 35% of BAU’s research publications were related to SDG 9, spanning multiple faculties iau-hesd.net. The Faculty of Engineering leads with about 60% of BAU’s SDG 9 research output, followed by significant contributions from the Faculties of Science, Business Administration, and Health Sciences iau-hesd.net. Below are some selected research projects across disciplines that highlight BAU’s innovation impact:

• Business & Economics: Digitalization and SME Competitiveness – Investigating how innovation and digital transformation enhance the global performance of small and medium enterprises, thus fostering sustainable industrial growth iau-hesd.net. Another study explored AI in Financial Reporting, demonstrating how AI tools can improve tax reporting systems (VAT) for greater efficiency and transparency in economic infrastructure iau-hesd.net. These projects support SDG 9 by linking technological innovation to economic development and more robust industry practices.
• Architecture & Design: BIM–GIS Integration for Urban Heritage – Developing integrated Building Information Modeling and Geographic Information Systems tools to better manage urban heritage sites iau-hesd.net. This innovation aids sustainable infrastructure planning in historic urban environments. Another project, “Reclaimed Architecture: Traditional Crafts and Zero Waste in the Digital Era,” applies digital fabrication and zero-waste concepts to revitalizing traditional crafts iau-hesd.net, aligning industrial innovation with cultural sustainability. (Additionally, BAU’s Digital Fabrication Lab – established in 2017 with cutting-edge tools like a 6-axis robotic arm – enables students and researchers to prototype such innovations, converting digital models into tangible products to revolutionize design and construction processes iau-hesd.netiau-hesd.net.)
• Engineering: AI-Driven Bionic Prosthetic Arm – A multidisciplinary team created an advanced prosthetic arm that uses artificial intelligence for intuitive control, moving from simulation to real-world testing iau-hesd.net. This breakthrough promises affordable, high-tech prosthetics, strengthening healthcare infrastructure and local industry capabilities. Banana-Fiber Reinforced Construction Materials – Researchers experimented with using agricultural waste (banana fibers) to produce more durable, sustainable paving blocks iau-hesd.net. This aligns with SDG 9 by introducing eco-friendly materials for infrastructure while boosting waste recycling. Other engineering projects include UAV Security against GPS Spoofing using AI (improving the resilience of drone and aviation infrastructure) iau-hesd.net and Olive Waste Ash in Cement (replacing part of cement with olive biomass ash to create greener construction materials) iau-hesd.net – all showcasing innovative solutions for sustainable industry.
• Science: Nanocomposites for Advanced Applications – Chemists at BAU developed a novel ball-milling assisted process to synthesize multifunctional nanocomposites with tailored electromagnetic properties iau-hesd.net. Such materials can feed into next-generation industrial and communications technologies. Another chemistry project demonstrated a safer, efficient method for catalytic hydrogenation using formic acid as a hydrogen source iau-hesd.net, contributing to greener industrial processes. Data scientists also worked on optimizing airline services through data-driven strategies to improve service infrastructure in aviation (enhancing customer satisfaction via analytics) iau-hesd.net.
• Health Sciences: AI Governance in MENA – A study analyzed frameworks for responsible artificial intelligence adoption in the Middle East and North Africa iau-hesd.net, which is crucial for building sustainable digital infrastructure and innovation ecosystems (supporting SDG 9’s technology targets). Another team developed a graphene-based electrochemical sensor for rapid detection of pesticide residues in food iau-hesd.net. This innovative biosensor improves quality control in the agrifood industry, aligning with SDG 9 by upgrading industrial processes for safety and efficiency iau-hesd.net. A further biology/biotech project optimized the extraction of polyphenols from kiwifruit peels (an agricultural waste) and characterized their beneficial properties iau-hesd.net – turning waste into value-added products for nutraceuticals, exemplifying sustainable industrial innovation iau-hesd.net.

Across these examples, BAU researchers merge academic rigor with real-world problem solving. For instance, BAU’s Faculty of Health Sciences partnered with the Ministry of Economy and Trade on a national market study of tomato paste adulteration, developing new testing methods that informed national food safety standards iau-hesd.net. This collaboration shows how BAU’s research directly translates into industry improvements and policy impact. In summary, BAU’s rich research portfolio under SDG 9 addresses challenges from smart infrastructure and sustainable materials to digital innovation and industry best practices, contributing significantly to Lebanon’s economic resilience and technological advancement iau-hesd.netiau-hesd.net.

Industry Partnerships and Collaborative Initiatives

BAU actively fosters industry-academia partnerships to translate innovation into practice and to build resilient industrial systems. A flagship collaboration is with IRALEB (formerly the LIRA program) – a national initiative connecting academia, industry, and government. BAU has strengthened ties with IRALEB, a leading NGO that works with 13 Lebanese universities and local industries to create career pathways for researchers and combat brain drain iau-hesd.net. In 2025, BAU hosted IRALEB’s executive board (including key figures Eng. Ziad Chammas and Mrs. Fabienne Balaa) for workshops at its Beirut and Debbieh campuses iau-hesd.net. These sessions introduced the LIRA Innovation Program 2025, which supports early-stage applied research in critical sectors like agrifood, healthcare, ICT, and creative industries iau-hesd.net. BAU’s participation has borne fruit: three BAU projects (two in Engineering, one in Science) were granted funding under LIRA 2025 to develop solutions aligned with Lebanon’s market needs iau-hesd.net. This illustrates how BAU leverages external funding and mentorship to bring campus innovations to market.

Another notable partnership is an EU-funded initiative under the “Lebanon Innovate” framework, which further bridges BAU research with industry needs iau-hesd.net. Through such European and local collaborations, BAU reinforces its commitment to sustainable industrialization and technology transfer iau-hesd.netiau-hesd.net. BAU also engages industry through international conferences and competitions. In October 2025, the university will host the 8th IEEE International Conference on Advances in Biomedical Engineering (ICABME 2025) at the Debbieh campus iau-hesd.net. This conference brings together researchers, industry professionals, and healthcare innovators, providing a platform for knowledge exchange and collaboration in medical technology – a direct boost to healthcare infrastructure innovation in line with SDG 9 iau-hesd.netiau-hesd.net. By organizing such global events, BAU enhances its research capabilities and forges networks that can lead to commercialization of research findings, helping develop “quality, reliable, sustainable and resilient infrastructure” in the health-tech sector iau-hesd.netiau-hesd.net.

BAU’s collaboration extends to international organizations as well. In partnership with the United Nations Industrial Development Organization (UNIDO) and the Government of Japan, BAU helped establish new Vocational Training Centers for skills development in Northern Lebanon. Specifically, two training centers focusing on Home Electricity and Solar Energy were set up on BAU’s Tripoli Campus, in cooperation with Lebanon’s Ministry of Industry bau.edu.lb. This project, aimed at creating jobs in the construction and renewable energy sectors for local youth and Syrian refugees, exemplifies BAU’s contribution to inclusive industrial growth and infrastructure development in the community. (The program provides technical training to dozens of participants and upgrades local SMEs with modern technologies, thereby strengthening the regional furniture and construction value chains in line with SDG 9 targets.) Moreover, BAU’s Tripoli campus contributed design expertise to a UNIDO competition focused on public space furniture: a BAU Tripoli design team won 1st Place in the UNIDO x BDW “Family Urban Set” competition, creating an innovative outdoor furniture unit inspired by sea shells and waves iau-hesd.netiau-hesd.net. The project was executed at a vocational carpentry center in Zgharta with support from BAU’s digital fabrication lab, demonstrating a successful academia-industry-community collaboration to improve public infrastructure iau-hesd.netiau-hesd.net.

Through these partnerships – from national innovation programs to UN-backed community projects – BAU actively aligns education and research with real-world industrial needs. The approach is mutually beneficial: industries gain access to fresh ideas and research expertise, while students and faculty gain practical experience, mentorship, and pathways to implement their innovations. This ecosystem of collaboration supports SDG 9 by driving technology transfer, entrepreneurship, and capacity-building in Lebanon’s industrial sector iau-hesd.netiau-hesd.net.

Entrepreneurship and Innovation Support

Fostering an entrepreneurial culture is a key part of BAU’s SDG 9 strategy. The university provides resources, mentorship, and incubation for startups emerging from its student and faculty innovations. In mid-2023, BAU launched an Innovation Hub (Incubator) as part of the EU-funded ELEGANT project iau-hesd.net. The Innovation Hub, aligned explicitly with SDG 9, empowers students by offering hands-on learning opportunities, skill development, and links to industry partners iau-hesd.net. Its mission is to bridge the gap between the skills of graduates and the needs of the ICT and technology industry, thereby boosting employability and fostering applied research collaborations with enterprise partners iau-hesd.net. The Hub aims to nurture groundbreaking talent – helping students turn innovative ideas (“passion into reality”) – and to cultivate visionary mindsets in an enjoyable, practical learning environment iau-hesd.net. By 2025, BAU’s incubator programs had already incubated at least three startup teams of young entrepreneurs, focusing on social enterprise and community-impact innovations iau-hesd.net. This effort spreads an entrepreneurial mindset on campus and identifies opportunities to integrate underprivileged communities into economic development iau-hesd.net. Notably, BAU encourages students to carry forward their capstone projects as startup ventures. The university hosts competitions like the Lebanese National Student Competition (LNSC) in engineering fields to spark innovation. BAU’s Debbieh campus hosted the IEEE LNSC 2025 final event, where engineering students from across Lebanon showcased projects in IoT, AI, robotics, and smart systems iau-hesd.net. Such competitions, often supported by industry mentors and sponsors, help students turn class projects into marketable solutions, thus reinforcing the innovation ecosystem iau-hesd.netiau-hesd.net. BAU also held an “Innovative Green Competition” for MENA-region university students to pitch green business ideas, using a standardized business plan template iau-aiu.net – encouraging youth entrepreneurship in sustainability fields.

Beyond formal incubators, BAU integrates innovation into extracurricular life. For example, BAU students won a Start-up Weekend competition with a project called “Arab Interns Company,” after which BAU’s Center for Entrepreneurship provided them with an incubator space on Tripoli Campus to develop their business idea (supporting local enterprise development). BAU also developed a carpooling mobile application platform called “Carpolo” – an academic-industry project that promotes ride-sharing in the community using data analytics iau-aiu.net. This project not only encourages sustainable transport (linking to infrastructure), but also served as a pilot for student-led tech startups. Through these initiatives in entrepreneurship, BAU contributes to SDG 9 by spurring innovation-driven business creation, tech start-ups, and job growth. The emphasis on entrepreneurial skills ensures that graduates are not just job seekers but also job creators who can drive sustainable industrial progress.

Curriculum Integration and Capacity Building

BAU ensures that sustainability and SDG concepts are embedded in its curricula and training programs, building the next generation of innovators. The university has systematically integrated the SDGs into coursework and research guidance. Each postgraduate thesis or project now explicitly identifies relevant SDG targets and indicators, with a clear statement on how the research addresses those goals iau-hesd.netiau-hesd.net. This alignment guarantees that academic inquiry contributes to global development priorities and instills in students a deep understanding of sustainable development challenges iau-hesd.net. BAU also updated its research publication process: faculty now must indicate which SDGs their research supports when submitting publications, reinforcing a culture of sustainability-oriented research iau-hesd.net. The university is revising its research subthemes to map onto the SDGs as well iau-hesd.net. Such curricular integration ensures that from classroom to lab, BAU’s academic activities are in sync with SDG 9 objectives (and other SDGs), cultivating graduates with the mindset and skills to drive inclusive industry and infrastructure development iau-hesd.netiau-hesd.net.

BAU also emphasizes cutting-edge skills development as part of capacity building. Recognizing the importance of emerging technologies, BAU has introduced artificial intelligence (AI) across its educational and research initiatives in support of SDG 9 iau-hesd.net. The university organized high-profile events like the “Impact of Artificial Intelligence on Education and Research” conference to foster dialogue on AI’s role in academia and industry iau-hesd.netiau-hesd.net. It has also equipped its faculty with the latest AI tools and offered training so they can incorporate AI into teaching and research, thereby opening new frontiers in innovation iau-hesd.netiau-hesd.net. Faculty of Architecture members, for instance, delivered a series of public lectures on AI-aided design at various universities in the region, discussing how AI will transform the future of architecture and infrastructure design iau-hesd.net. These efforts align educational content with the technological trends shaping industry, ensuring students gain relevant expertise for modern infrastructure challenges. Furthermore, BAU provides technical training workshops for students and professionals on topics crucial to sustainable infrastructure and industrialization iau-hesd.netiau-hesd.net. For example, BAU’s Tripoli Campus hosted a public lecture in March 2019 on “Infrastructure and Design Adaptation for Electric Vehicles in North Lebanon,” which was attended by government representatives and industry experts to discuss the requirements for EV charging infrastructure in the region bau.edu.lb. Through such workshops and lectures, BAU disseminates knowledge on sustainable transport and energy systems, building capacity beyond its student body to the wider community. In summary, by integrating SDGs into curriculum, research, and training, BAU is equipping its graduates and stakeholders with the knowledge and skills to advance SDG 9 objectives in their professions.

Key Events and Innovation Competitions

BAU has organized and participated in numerous events, conferences, and competitions that promote SDG 9 awareness and action. Some highlights include:

• Conferences and Symposia: BAU inaugurated an International Conference on Research and Innovation (its first edition took place in late 2017), providing a forum to share research breakthroughs aligned with sustainability and industry needs iau-aiu.net. In 2018, BAU hosted the First International Conference on Urban Health and Wellbeing (UHWB 2018) iau-aiu.net, emphasizing the links between urban infrastructure, health, and sustainable development. More recently, BAU’s Faculty of Architecture – Design & Built Environment held a Sustainability Day 2025 event, which featured public lectures on applying the SDGs in architectural projects and showcased advanced simulation tools for sustainable design iau-hesd.netiau-hesd.net. The event included a special talk on “The Blue Economy: System Boundaries and Lebanon’s Agenda” delivered by the Hariri Foundation, connecting SDG 9 with sustainable marine infrastructure and economic development iau-hesd.net. These events raise awareness and promote knowledge exchange on innovation and sustainability practices among students, faculty, and industry attendees.
• Student Competitions: Participation in competitions motivates students to tackle real-world industrial challenges. Aside from the IEEE LNSC 2025 mentioned earlier, BAU students also excelled in national innovation contests. A team of Architecture students won 2nd Prize at the 19th Annual International Biodiversity Day Awards (IBDAA 2025) hosted by AUB, in the Product Development category iau-hesd.net. Their project involved a modular 3D-printed brick that can be assembled without mortar – a flexible, scalable building solution ideal for refugee shelter infrastructure iau-hesd.net. This award-winning innovation directly addresses a local community need (refugee housing) with an inventive infrastructure solution. BAU has also coordinated internal competitions like the “Digital Fabrication Laboratory DIGITIZE Global Summer School” and design-build workshops, which allow students to work on sustainability-focused projects in an international collaborative setting iau-aiu.net. For instance, as part of a three-year DAAD-funded project on “Urban Acupuncture: A Strategy of Catalytic Interventions,” BAU students joined a hands-on Design-Build Workshop in Kassel, Germany to learn how small-scale design interventions can revitalize urban spaces iau-hesd.net. Such experiences broaden students’ perspectives and skillsets in sustainable infrastructure design.
• Public Lectures and Campaigns: BAU regularly hosts guest lectures, panel discussions, and awareness campaigns related to industry and innovation. In addition to the EV infrastructure lecture in Tripoli (2019) noted above, the university has organized talks on topics like the “Blue Economy”, smart cities, renewable energy, and digital transformation, often inviting policymakers and industry leaders. BAU’s commitment to public engagement is also evident in collaborations with organizations like the Hariri Foundation and UNESCO to deliver workshops on urban sustainability and cultural heritage preservation (which intersect with infrastructure development). By engaging the broader public and stakeholders through these events, BAU helps cultivate an innovation mindset in the community and encourages inclusive dialogue on sustainable infrastructure development. Each event and competition not only contributes to capacity building but also showcases BAU’s role as a national thought leader on SDG 9.

Community Engagement and Societal Impact

True to its social responsibility, BAU extends its SDG 9 efforts to community development and outreach projects. One exemplary initiative is “Our City, Our Way”, a youth-led urban design project in the city of Al-Mina, Tripoli. Jointly implemented by BAU, the Safadi Foundation, and the Al-Mina Municipality (with EU SouthMed CV funding), this project trained 30 local youth in urban design, mapping, model-making, and proposal writing iau-hesd.netiau-hesd.net. BAU faculty from the Architecture and Design department mentored the participants through workshops and design studios. The youth then collaboratively developed a “child-friendly city” model for their neighborhood – including ideas for street furniture, façade beautification, planting, lighting, and a playground iau-hesd.netiau-hesd.net. With technical support from BAU’s Urban Lab and digital fabrication facilities, some of these designs were implemented (e.g., benches, widened pavements, and safer play spaces), empowering the young participants as active citizens in shaping local infrastructure iau-hesd.net. This project not only improved local public spaces but also built community capacity, aligning with SDG 9’s call for inclusive and sustainable urban infrastructure.

BAU’s Faculty of Architecture has also collaborated with municipalities on real-world infrastructure proposals. The faculty prepared a full redesign for Cola Square and Bostani Street in Beirut (Tarik El-Jdideh area) in partnership with the Beirut Municipality iau-hesd.netiau-hesd.net. The plan included widening sidewalks, adding bike lanes, trees, benches, and other features to make the area more pedestrian-friendly and culturally vibrant iau-hesd.net. BAU’s dean and team worked closely with the Mayor of Beirut to ensure the designs met technical and aesthetic requirements, and they delivered detailed design packages and tender documents to enable the city to implement these improvements iau-hesd.net. In another outreach effort, BAU developed a proposal for the Bab El-Saray Square Urban Regeneration in Sidon, funded by the Mohammad Zeidan Association: the project, completed in phases, provided designs for building facades, landscaping, and execution plans to revitalize a historic public square iau-hesd.netiau-hesd.net. Similarly, BAU participated in a design competition for the Rachid Karami International Fair and René Mouawad Air Base redevelopment, proposing an onsite civil aviation academy to drive regional economic growth iau-hesd.net. BAU even presented student-developed proposals for a new international airport in Qlayaat (North Lebanon) directly to government officials, responding to national infrastructure priorities iau-hesd.net. These examples show BAU leveraging its academic expertise to assist local and national authorities in sustainable infrastructure planning.

Community engagement is also evident in BAU’s disaster response and recovery efforts. After the tragic Beirut Port explosion in 2020, BAU’s Urban Lab partnered with UNESCO, UNFPA, and UNODC on a project to support youth in rehabilitating their neighborhoods and preserving cultural heritage. BAU architects helped children in Beirut create cognitive maps and 3D models of historic buildings in affected areas, using play and design as a coping and educational tool iau-hesd.netiau-hesd.net. This innovative approach strengthened the children’s emotional attachment to their city and introduced them to architecture and urban planning concepts, illustrating how infrastructure and design can contribute to social healing iau-hesd.netiau-hesd.net.

Through volunteering programs, training centers, and collaborative projects, BAU ensures that its pursuit of SDG 9 benefits society at large. Whether it’s providing vocational training to empower refugees with technical skills, or engaging students in rebuilding communities, BAU’s initiatives emphasize that industry and infrastructure development should be inclusive. These outreach activities nurture a sense of civic responsibility in BAU students and demonstrate the university’s role as a catalyst for sustainable development in Lebanon’s communities. By promoting “inclusive and sustainable industrialization” on the ground, BAU helps ensure that the benefits of innovation reach all segments of society, leaving no one behind iau-hesd.netiau-hesd.net.

Policy Influence and Advocacy

Finally, BAU recognizes the importance of shaping policy and governance to achieve long-term sustainability in industry and infrastructure. The university contributes research expertise to policy dialogues at institutional, local, and national levels. For example, BAU researchers produce policy briefs and recommendations related to SDG 9 – such as standards for food safety, strategies for AI governance, and guidelines for sustainable urban development – which inform decision-makers iau-hesd.netiau-hesd.net. The institution actively participates in national committees and forums on innovation and infrastructure when possible, advocating evidence-based policies. BAU’s influence is also internal: the university adopted an Intellectual Property (IP) policy and is in the process of establishing a Technology Transfer Office (TTO) iau-hesd.net. These steps encourage patenting and commercialization of research outcomes, ensuring that innovations developed at BAU can be protected and transferred into industry applications – a key aspect of SDG 9 (which calls for enhancing scientific research and upgrading technological capabilities in all countries). Furthermore, BAU’s membership in global networks (IAU, UN Global Compact, etc.) gives it a platform to voice the needs and challenges of Lebanese higher education in achieving SDG 9, and to exchange best practices with peer institutions worldwide.

In summary, Beirut Arab University’s journey toward SDG 9 is multifaceted and comprehensive. Through sustainable campus projects, prolific research and innovation, strong industry and community partnerships, support for entrepreneurship, integration of SDGs into education, and proactive outreach and policy engagement, BAU demonstrates an institutional model for advancing “Industry, Innovation and Infrastructure.” These efforts – spanning all faculties and campuses in Beirut, Debbieh, Tripoli, and the Bekaa – showcase BAU’s unwavering commitment to fostering innovation, building resilient infrastructure, and promoting sustainable industrial growth for a more prosperous and sustainable future iau-hesd.net. The university’s work not only contributes directly to Lebanon’s development but also serves as an inspiration and leader in the global higher education community for driving progress on SDG 9.