Pages About Us Climate Digital Food Health Manufacturing RawMaterials Urban Mobility Blog Event: Careers in Climate Tech and How to Get There? Community Contact Courses Login Privacy policy Blog 5 top professional domains that combine AI and circular economy skills An interview with a Sustainability Consultant Building a career in robotics Career Trends in Circular Economy Careers in Urban Mobility: Nishad Malik Mohamed on Bridging Boundaries. Cooling our cities: 3 Urban Mobility courses for heat mitigation Data skills and Jobs for a Green Transition Designing Sustainable Urban Spaces: The Role of a Landscape Architect Discover three career paths in the climate tech sector Driving Sustainable Innovation in Manufacturing: Megi Mejdrechová’s Journey Driving Sustainable Transformation in the Age of the Green Transition Embracing Digital Innovation: A Guide for Sustainability Consultants Empower Your Future: Why upskilling and reskilling? Empowering Adult Education across Europe: Insights from the EIT Campus and EAEA Empowering Interest in STEM Careers with ‘Girls Go Circular’: Insights from a Teacher’s Perspective Entrepreneurship in the Urban Mobility Sector: Pawan Seshadri’s Journey European Year of Skills: skilling professionals thanks to online learning Exploring the Differences Between Asynchronous, Synchronous, and Blended Courses: A Lifelong Learning Journey How is a ±15-min city perceived in daily life through different eyes? How Online Learning can help professionals upskill and reskill How the EIT Campus platform contributes to Lifelong Learning and the Just Transition How to build a career in Climate Tech: from skills to success How to make urban spaces more sustainable, beautiful and inclusive “I wanted to further understand how to move from linear to circular food models” Introducing the EIT Campus Learning Pathways Key learning factors in Climate Tech Key Skills for Navigating Today’s Trends in Food Production and Agriculture Lachin Huseynli: “We are only able to make a difference when we are aware of the problem” Mastering digital twins for real-world impact Navigating the shared mobility sector with a startup founder New Year, Fresh Start: How the EIT Campus Supports Your 2025 Learning Goals The Future of Jobs: how you can adapt to the Changing Work Landscape The Future of Jobs Report 2025: Green Transition & New Technologies Shaping Future Skills The Journey of Companies Toward Sustainable Transformation Trends in Urban Mobility for startups Understanding the Circular Economy: A Sustainable Approach Unlocking Success: 5 Essential Tips for Maximizing Your Online Learning Experience The EIT Campus online platform – What’s in it for you? Your Learning Journey with the EIT Campus Courses Urban Mobility ±15-Minute Cities: Putting People’s Needs First A Brief Introduction to Micromobility Active mobility at the heart of transport modelling Alternative Mobility Narratives Artificial Intelligence in Urban Mobility Autonomous Vehicles: An Opportunity for Cities Master Programme in Business Engineering in Urban Mobility Car sharing: the smart way to drive Cargo Bikes: Revolutionising Urban Delivery Changing Urban Travel Behaviour for a Low-Carbon Transition ChargeUp Summer School City Liveability: The Intersections of Place, Mobility, and Health CityMinds Summer School Cycling Insights: Lessons from Europe Demand Responsive Transport (DRT): Where does it fit? Demystifying Shared Mobility Designing a Livable Neighbourhood: The Woonerf Concept Designing the Cycling City Designing Walkability in Cities Electric Mobility in the Age of Climate Change Flexible Curbside management Free Visualisation Tools for Urban Mobility Planning: Beginners Free Visualisation Tools for Urban Mobility Planning: Intermediate Fundamentals of Public Transport: key components for success Fundamentals of Urban Mobility Hydrogen Technologies for a Sustainable Urban Mobility Implementing Mobility Hubs to Reduce Car Dependence in Cities Inclusive mobility for an ageing population Innov4Mobility Spring School 2.0 Insights into gender differences in urban transport Last mile logistics Master Programme in Smart Mobility, Data Science and Analytics Master Programme in Sustainable Urban Mobility Transitions Mastering Sustainable Commute Planning Mastering Urban Vehicle Access Regulations for Sustainable Cities (UVARs) Mobility-as-a-Service (MaaS) explained Multimodal transport: why a diversity of modes for healthy cities? Planning the streets of the future Preparing for Autonomous Vehicles Reclaiming the Street for Livable Urban Spaces Street experiments for sustainable and resilient cities Streets for Kids: Urban Spaces for Children to grow Superblocks: rethinking cities and urban spaces for citizens Sustainable Parking Management Sustainable Urban Logistics Sustainable Urban Mobility Plans (SUMPs) Tackling noise pollution in cities The power of Mobility Data: Discover how every move matters The Urban Heat Island effect: How to tackle excess heat in cities Training programme: Citizens on the Move 2024 Transit Oriented Development for Climate Mitigation in Urban Centres Urban Air Mobility: using the space above our cities Urban Dynamics: Spatial Accessibility and Real Estate Urban Green Infrastructure: Introduction Urban Innovators Academy Urban Mobility: Accessibility for ALL Urban Mobility for Liveability User Experience for Inclusive Cycling in Cities User Experience for Mobility and Public Space Food Agrifood Expert Community Personal Branding Algae Biotechnology An Introduction to Food Science Animal Feed Production: Feed Quality Animal Feed Production: Feed Safety Circular Business Models for Sustainable Urban Food Systems Consumer’s and Environmental Safety: Food Packaging and Kitchenware Eat Healthy to Keep Healthy Engaging with Controversies in the Food System Explore How Farmers Produce Food Sustainably Farm to Fork: Sustainable Food Production in a Changing Environment Food and Nutrition: The Truth Behind the Headlines Food for Thought: The Relationship Between Food, Gut and Brain From Waste to Value: How to Tackle Food Waste How Food is Made? Understanding Food Processing Technologies Improving Food Production with Agriculture Technology and Plant Biotechnology Innovation in Arable Farming: Technologies for sustainable farming system Innovator Fellowship Inspire – Circular Agrifood Inspire – Digital Technologies in the Food System Inspire Explore Inspire – Restorative Aquaculture Intellectual Property Management in the Food Sector: Safeguarding Your Trademarks in the Global Marketplace Master in Food Systems NPD Skills: New Product Development Training Nutrition for Health and Sustainability Revolutionising the Food Chain with Technology RIS Inspire – Deep Tech in Regenerative Agriculture RIS Inspire – Sustainable Food Production and Consumption Science Communication and Public Engagement Superfoods: Myths and Truths Sustainable Seafood: Barriers and Opportunities in the Fishing Industry The Human Microbiome The Regenerative Agriculture Revolution Trust in Our Food: Understanding Food Supply Systems Understanding Food Labels Understanding Food Supply Chains in a Time of Crisis Understanding Mediterranean and Okinawa Diets Water-Food Nexus: the Future of Water and Food Security WE Lead Food Raw Materials Additive Manufacturing and 3D Printing: Costs Structures and Benefits Additive Manufacturing for Business: Practices and Ecosystem Advanced Life Cycle Assessment Simulation Batteries for the Energy Transition: Exploring the Sustainable Value Chain Battery recycling and ecosystem Business Opportunities in Additive Manufacturing Circular Economy Summer School Circular Economy – Sustainable Materials Management Critical Raw Materials: Managing Resources for a Sustainable Future Dubrovnik International Mining School – Implementing Innovations Due Diligence in Mineral Value Chains E-Waste and Battery Recycling: Technology, Design, and Challenges EMerald Master in Georesources Engineering (Innovative Education in Geometallurgy and Circular Economy) ENGIE – Methodology course for science teachers European Battery Business Club From cell analysis to pack integration Fundamentals of battery electrochemistry Intermediate Additive Manufacturing (3D Printing) International Master of Science in Engineering, Entrepreneurship and Resources International Master of Science in Sustainable and Innovative Natural Resource Management International Master Programme in Advanced Materials: Innovative Recycling International Round Table on Materials Criticality (IRTC) Training Introduction to lithium-ion batteries Introduction to Magnetism: The Challenges of Rare Earth Magnets Introduction to Metal Additive Manufacturing (AM) Technology Laser Powder Bed Fusion: Optimising LPBF Parameters Master in Advanced Materials for Innovation and Sustainability Master in Entrepreneurship, Innovation and Technology Integration in Mining Master in Mineral Exploration Master in Mining Engineering Master in Sustainable Materials Next generation lithium-ion batteries and beyond RawMatCop Advanced Course RawMatCop Introductory Course SPYRO: Sharing skills and best practices in Pyrometallurgy Sustainability in the battery value chain Sustainable Management in the Extractive Industry Teach like an Entrepreneur Waste Management and Critical Raw Materials Digital Architecting Smart IoT Devices Becoming a Cybersecurity Consultant Blockchain 360: A State of the Art for Professionals Blockchain for the Decision Maker Business Implications of AI: A Full course Business Implications of AI: A Nano-course Cybersecurity Awareness and Innovation Data Science for Business Innovation Development of Real-Time Systems Development of Secure Embedded Systems Specialization Embedded Hardware and Operating Systems Generative AI Essentials Impact from digital transformation: A Nano course Impact from Digital Transformation: Full course Innovation & Entrepreneurship – From Basics to Open Innovation Introduction to Architecting Smart IoT Devices Marketing Strategy for Entrepreneurs Master School Programme in Autonomous Systems and Intelligent Robots Master School Programme in Cloud and Network Infrastructures Master School Programme in Cyber Security Master School Programme in Data Science Master School Programme in Embedded Systems Master School Programme in Fintech Master School Programme in Human-Computer Interaction and Design Mastering Digital Twins Security and Privacy for Big Data – Part 1 Security and Privacy for Big Data – Part 2 Software Architecture for the Internet of Things SPIN: Explore SPIN: Rise Sustainable Digital Innovation Value Creation Through Innovation Specialization Manufacturing Advanced Manufacturing (Lean Manufacturing, Maintenance, Industry 4.0 & Automation) Cyber-Physical Production Systems EIT Manufacturing Spring School Essentials of Artificial Intelligence for Manufacturing Explainability in Artificial Intelligence Systems Industrial robotics Maintainability of AI Systems Mastering Machining AI: From Knowledge to Creation of Powerful ML Models MSc in Additive Manufacturing for Full Flexibility MSc in Data Science and AI for a Competitive Manufacturing MSc in Digital Manufacturing for Innovative Ecosystems MSc in Human-Robot Interaction for Sustainable Manufacturing MSc in Zero Defect Manufacturing for a Circular Economy Multi-material Design with Additive Manufacturing Safety and Reliability in AI Systems The Manufacturing Cycle Health AIProHealth: Data Science and AI in Health Summer School Creating ValEU Data Entrepreneurs Digital Health Transformation in Health Institutions Digital Medical Devices Foundations of Design Thinking in Healthcare Healthcare Entrepreneurship 101 Implementing Digital Health Transformation International Master in Innovative Medicine Master in Technological Innovation in Health Master of Science: Entrepreneurship in Digital Health Master’s Degree in Health Data Science Top Female Founders Summer School Training Robot for Ultrasound Unlocking Health Data: Navigating Biobanks for European Collaboration Girls Go Circular Artificial Intelligence and the Circular Economy Circular and Climate Resilient Transformation of Cities Climate-neutral Hospitals of the Future – Saving Lives the Circular Way Deep Tech Innovation from Farm to Fork E-waste and the Circular Economy Robotics and the Circular Economy Schools as Living Labs for Systemic Food Circularity Semiconductors: Powering Digital and Green Transformation Smart and Healthy Cities Sustainable Mobility for Circular and Inclusive Cities New European Bauhaus Building Belonging in a Globalised and Mobile World Creating Ethical and Sustainable Cities at the Local Level Fostering Inclusive Citizen Engagement in Urban Development New European Bauhaus: Long Term, Life Cycle and Integrated Thinking in the Industrial Ecosystem The New European Bauhaus: Concept, Movement, and Opportunities Bringing Urban Nature Into the Cities of Tomorrow Climate Flourishing Business Model Design Micro Certificate Course for Enterprises & Communities Energy Solar 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