THINGS TO DO

Find a Goal 9 charity you want to support. Any donation, big or small, can make a difference!

Does your company invest in clean and resilient infrastructure? It’s the only way to keep workers safe and protect the environment.

Create a hotspot map. There are a lot of public spaces with free WiFi access. By mapping them out in your neighborhood and spreading awareness through social media, flyers or announcements you can help more people access the internet.

Organize or participate in a Think Tank contest. You can foster your and your colleagues’ entrepreneurial spirit by organizing a local idea contest and inviting companies or startups to mentor the winners.

Stay informed. Follow your local news and stay in touch with the Global Goals online or on social media at @TheGlobalGoals.

2024 Report

2024 Report Poster
SHOW REPORT

Istanbul Medipol University‘s Commitment to SDG 9

Industry, Innovation and Infrastructure

Istanbul Medipol University is committed to advancing innovation, research excellence, and sustainable infrastructure as key drivers of social and economic development. Guided by SDG 9, the University fosters a culture of innovation, supports industry collaboration, and invests in modern educational and research facilities that empower future generations of scientists, entrepreneurs, and professionals.

Medipol enhances research capacity by supporting interdisciplinary studies, innovation-oriented academic programs, and state-of-the-art laboratories and research centers. The University encourages applied research, technology transfer, and entrepreneurship to generate impactful solutions across health sciences, engineering, technology, social sciences, and related disciplines.

Through its innovation ecosystem, including incubation centers, technology transfer initiatives, and university–industry collaboration platforms, Medipol provides opportunities for students, researchers, and entrepreneurs to develop creative solutions, engage in commercialization processes, and contribute to sustainable economic growth.

Collaboration with public institutions, private sector partners, NGOs, and international organizations enables Medipol to strengthen innovation capacity, support startup development, and contribute to infrastructure-related policy and research. These partnerships promote knowledge exchange, joint projects, and capacity building across strategic sectors.

Medipol’s commitment to accessible and inclusive infrastructure is reflected in its modern campuses designed to support digital transformation, accessibility, and high-quality learning environments. Improved digital services and e-learning systems expand educational access and enhance academic efficiency.

Aligned with SDG 9, Istanbul Medipol University continues to invest in innovation, research, entrepreneurship, and infrastructure development, contributing to sustainable industrial advancement and societal progress.

Innovation and Research Ecosystem at Istanbul Medipol University

Istanbul Medipol University adopts a comprehensive vision that integrates research excellence, technological innovation, and sustainable infrastructure development as key drivers of societal progress. In alignment with SDG 9, the university advances a dynamic ecosystem where science, technology and industry intersect, enabling knowledge to be transformed into impactful solutions for society and the economy.

Our institutional strategy positions Medipol as a leading actor in Türkiye’s transition toward a knowledge-based and technology-driven economy.

Innovative Research and R&D Capacity

Medipol’s Research and Development Policy supports interdisciplinary research, promotes high-value innovation, and strengthens technology-driven solutions. The university hosts an expanding portfolio of research laboratories and centers. These facilities enable faculty, students, and industry partners to collaborate on projects spanning:

  • Artificial intelligence and machine learning
  • Health technologies and medical innovation
  • Next-generation communication systems
  • Robotics and biomechanics
  • Digital transformation and smart systems
  • Renewable energy and sustainable production systems

Through these structures, Medipol contributes actively to sustainable industrialization and technological advancement.

Digital Transformation and University Infrastructure

Medipol has built one of Türkiye’s most comprehensive digital education and research infrastructures, including:

  • A high-capacity data center
  • Campus-wide high-speed network and secure server systems
  • Smart classrooms and digital education tools
  • Cloud-based MEBİS (Medipol Information & Education System)
  • Remote-access e-library system and 40+ international databases
  • “Cep Kütüphanem” mobile application enabling full library management
  • ISO 27001-certified information security management

This advanced digital ecosystem strengthens research efficiency, ensures uninterrupted access to knowledge, and supports modern, sustainable learning environments.

Industry Collaboration and Innovation Ecosystem

The University–Industry Collaboration Office (ÜSİ), operating under the Technology Transfer Office (TTO), is a key mechanism connecting academic expertise with industrial needs. Since its establishment, ÜSİ has facilitated +100 collaborations with companies across various sectors. Its core functions include:

  • Identifying partnership opportunities
  • Supporting R&D project design and execution
  • Conducting technology transfer processes
  • Coordinating public–private research consortia
  • Promoting entrepreneurship and innovation

This ecosystem is further strengthened by Medipol’s incubation and acceleration programs, MetaLab initiatives, innovation-focused events, and interdisciplinary project platforms.

Projects, Publications, and Patents

The university’s innovation capacity is reflected in a growing portfolio of:

  • National and international research projects
  • Scientific publications in engineering, technology, and health
  • Patented inventions and prototype developments
  • Applied research in energy systems, digital health, medical devices, AI-driven optimization, and Industry 4.0 technologies

These outputs demonstrate Medipol’s integrated approach to supporting sustainable industrial development and technological competitiveness.

×
  • The impact of artificial intelligence application on enterprise environmental performance: Evidence from microenterprises 01.07.2024
  • A New Trend in Cryptographic Information Security for Industry 5.0: A Systematic Review 01.01.2024
  • Examination of the effects of value creation, intellectual property and organizational creativity on artificial intelligence focused enterprises 05.02.2024
  • Assessing the factors influencing the adoption of geothermal energy to support the national grid in emerging economies: Implications for sustainability 01.01.2024
  • Evaluation of rheological, textural, and sensory characteristics of optimized vegan rice puddings prepared by various plant-based milks 01.03.2024
  • Cyber–physical system architecture of autonomous robot ecosystem for industrial asset monitoring 15.03.2024
  • An integrated quantum picture fuzzy rough sets with golden cuts for evaluating carbon footprint-based investment decision policies of sustainable industries 01.04.2024
  • Impact-Relation Map of Innovative Service Development Regarding the Sustainable Growth for Emerging Markets 01.03.2024
  • Synergistic integration of digital twins and sustainable industrial internet of things for new generation energy investments 01.12.2024
  • Prioritizing the indicators of energy performance management: a novel fuzzy decision-making approach for G7 service industries 01.01.2024
  • Towards sustainable coastal management: a hybrid model for vulnerability and risk assessment 01.08.2024
  • Influential mapping of SDG disclosures based on innovation and knowledge using an integrated decision-making approach 01.01.2024
  • An Integrated Bipolar Picture Fuzzy Decision Driven System to Scrutinize FoodWaste Treatment Technology through Assorted Factor Analysis 01.01.2024
  • Assessment of hydrogen production methods for global energy transition using AI enhanced quantum recommender fuzzy modelling 12.06.2024
  • Mapping coastal resilience: a Gis-based Bayesian network approach to coastal hazard identification for Queensland’s dynamic shorelines 01.12.2024
  • Operational efficiency and competitiveness in the global logistics industry: An examination of human resources management strategies 09.04.2024
  • AI development in financial markets: a balanced scorecard analysis of its impact on sustainable development goals (February 2024) 01.01.2024
  • Analyzing energy transition for industry 4.0-driven hybrid energy system selection with advanced neural network-used multi-criteria decision-making technique 01.10.2024
  • A comparison of the effects of incremental and snowplow techniques on the mechanical properties of composite restorations 01.03.2024
  • The 4th industrial revolution and its impact on entrepreneurial education 17.01.2024
  • Understanding the market potential of crypto mining with quantum mechanics and golden cut-based picture fuzzy rough sets 01.12.2024
  • Machine learning-driven integration of terrestrial and non-terrestrial networks for enhanced 6G connectivity 01.12.2024
  • The importance of electrochemistry in environmental monitoring: advantages and limitations 01.01.2024
  • Updated Talbot Method for Culvert Design Discharge Prediction 01.07.2024
  • Examination of the effects of innovation development, technology management and big data analytics capability in information technology companies 29.10.2024
  • The Accuracy of Intraoral Scanners in Maxillary Defects with Different Model Variations † 01.11.2024
  • A Novel Fuzzy Model for Knowledge-Driven Process Optimization in Renewable Energy Projects 01.01.2024
  • Fostering Organizational Sustainability With Positive Psychology 19.02.2024
  • Strategic exploration of sustainable drivers in innovating decision-making for disruptive policies through a facial expression-based fuzzy model 01.01.2024
  • Tree Fruit Load Calculation with Image Processing Techniques 01.01.2024
  • Knowledge and practices of nurses working in urology clinics on fluid–electrolyte monitoring and management 01.11.2024
  • Integrated Spherical Fuzzy - CRITIC and Spherical Fuzzy – TOPSIS Method in Prioritizing Earthquake Risks and Planning: An Overview in Disaster Management 01.01.2024
  • Telehealth: A bridge divided? Bridging the digital divide for equitable healthcare access 01.07.2024
  • Balanced scorecard-based evaluation of digitalization and technological transformation performance of small businesses 01.01.2024
  • Effect of adhesives and mechanical surface treatments on the hard relining of CAD-CAM denture bases 01.01.2024
  • Bridging the Gap Between Technology and Farming in Agri-Tech: A Bibliometric Analysis 01.01.2024
  • Microstructural Engineering for Bioenergy Production 01.01.2024
  • Electrical Vehicles in the Context of Sustainability: An Analysis Through Social Media Platforms 01.01.2024
  • Digital Minimalism: Using Technology for Efficient Healthcare 01.01.2024