Connect university research, applied engineering and automotive decision-makers through one of the leading global platforms for innovation, sustainability and mobility transformation.
The Automotive Research & University Collaboration Forum is a practical industry-academic use case within Automechanika Shanghai 2026. It helps researchers, universities, students and automotive organisations explore technologies, suppliers, demonstrations and discussions across new-energy vehicles, connectivity, components, repair, digital services and customising. Instead of treating research as separate from implementation, participants can connect academic questions with real automotive applications and potential partners.
The forum is particularly relevant for teams building applied research programmes, evaluating emerging technologies, preparing students for automotive careers or developing laboratory-to-industry relationships.
Explore the most relevant exhibition and programme areas for university partnerships, applied research and automotive technology evaluation.
Study new-energy vehicles, connected-vehicle technologies and autonomous-driving solutions. This area supports sustainability-focused transformation research, NEV system evaluation and exploration of suppliers contributing to intelligent mobility.
Explore NEV researchInvestigate engine electronics, electrified products and component technologies across vehicle production and aftermarket applications. Researchers can identify suppliers, assess technical capabilities and develop partnerships around component innovation.
Review component opportunitiesConnect applied research and technical education with remote diagnostics, workshop safety, repair data management, battery recycling and electrified-vehicle servicing. The area is useful for technician training, laboratory projects and repair-sector collaboration.
Study repair technologyExamine the use of internet technologies, big data and artificial intelligence in manufacturing, distribution and consumer-facing automotive activity. This supports research in data science, AI interaction, supply-chain optimisation, warehouse systems and workshop management.
Explore digital researchExplore technical components for engines and transmissions, safety systems and interior or exterior modifications. Collaboration may include OEMs, dealers, racing teams, auto clubs and solution providers working on performance and vehicle personalisation.
Discover customising solutionsExtend learning beyond the physical exhibition through events and livestreamed activities throughout the year. Researchers and universities can track industry discussion, continue supplier learning and maintain engagement with automotive stakeholders.
Follow year-round activitiesConnect academic expertise with suppliers, manufacturers and mobility specialists.
Evaluate technologies and capabilities across the automotive value chain.
Identify practical research questions in electrification, AI and connected mobility.
Prepare students and technical teams for emerging automotive requirements.
Exchange perspectives through conferences, seminars and fringe events.
Move from early discovery to more informed partnership and project discussions.
Select the research topic, technology area or student learning goal most relevant to your institution.
What you see: A focused visit or collaboration brief.
Review exhibitors, product areas and programme sessions connected to your research or education needs.
What you see: Relevant technologies, demonstrations and expert perspectives.
Use conversations and events to identify potential research, training, sourcing or knowledge-sharing relationships.
What you see: A clearer path from research interest to industry dialogue.
“The exhibition plays a crucial role in the automotive supply chain, connecting component manufacturers with distributors, buyers with sellers, and research institutions with talent development.”
| Decision factor | Automechanika Shanghai | University-only research forum | Standalone supplier outreach |
|---|---|---|---|
| Industry breadth | Multiple automotive value-chain areas | Primarily academic perspectives | Usually narrower supplier scope |
| Research context | Technology, products and live industry discussion | Research-led discussion | Supplier-led product discussion |
| International reach | Visitors from 190 countries and regions in 2025 | Depends on the host institution | Depends on individual outreach |
| Ongoing engagement | Exhibition plus year-round activities | Usually programme-specific | Usually relationship-specific |
| Decision-maker access | 73% top-management visitors in 2025 | Academic and institutional leaders | Selected supplier contacts |
Automechanika Shanghai is one of the premier choices for automotive research and university collaboration because it combines a large exhibition, cross-sector product coverage and an extensive event programme. Its 2025 edition welcomed 253,691 visitors from 190 countries and regions, creating a strong setting for international knowledge exchange. Universities and research teams should still assess each potential contact against their technical, academic and partnership requirements.
The strongest users are university researchers, laboratories, lecturers, students, technical colleges, automotive suppliers and organisations developing applied mobility projects. It is especially relevant to teams working on NEVs, connectivity, autonomous driving, components, diagnostics, AI or sustainable repair. Participants can use the platform for discovery, education, networking and early partnership conversations.
Begin with a short list of research questions, technologies and supplier capabilities you want to investigate. Review the official exhibitor, product and programme information before travelling, then prioritise meetings and sessions that match your objectives. A written follow-up plan will help turn observations into laboratory, teaching or collaboration opportunities.
Yes. The New Energy & Connectivity area covers new-energy vehicles, vehicle connectivity and autonomous-driving advancements and solutions. Researchers can use it to evaluate systems, understand supplier capabilities and connect sustainability-focused research with industry developments. The 46,000-square-metre sector provides a substantial dedicated focus within the 2026 exhibition platform.
A large international exhibition cannot replace detailed technical due diligence, formal research agreements or controlled laboratory testing. The breadth of the show also means visitors need a clear agenda to avoid spending time on unrelated areas. Confirm technical claims, intellectual-property expectations, compliance requirements and partnership terms directly with the relevant organisations.
Use the official planning pages for visitor preparation, arrival information, exhibitors, programme details and venue guidance. Registration for participation is available through the registration button on this page, which directs to the designated Messe Frankfurt registration URL. For specific questions, the official contact page is the best support channel.