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About this event
European Robotics Forum (ERF) 2027 — Event Overview
The European Robotics Forum (ERF) 2027 is taking place in Birmingham, UK on 2–4 March 2027 (including side events). ERF is positioned as a central, high-visibility meeting place for the European robotics and AI ecosystem, bringing together leaders and innovators across industry, academia, and the public sector.
ERF is described by the organisers as the leading annual event for the European robotics and AI community. The forum is hosted annually in a different European city, and the stated purpose of the conference is to provide a platform to explore cutting-edge technologies, foster collaboration, and address the latest challenges and trends shaping the future of robotics across Europe. The event is also explicitly framed as a place where participants can connect around both technological advances and the practical issues driving deployment and adoption of robotics and intelligent systems.
1) Who attends (BUYERS / ATTENDEES)
ERF is designed to attract a mixed, ecosystem-wide audience rather than a single procurement-only crowd. Based on the official description, the strongest attendee segments include:
- Industry professionals working in robotics, automation, AI-enabled systems, and related engineering and product development roles.
- Academia participants including researchers, technical experts, and representatives from universities and research organisations contributing to robotics and AI innovation.
- Public sector stakeholders who engage with robotics policy, regional innovation initiatives, and national or EU-level technology priorities.
For attendee-list and buyer targeting purposes, the most buyer-relevant profiles typically sit within industry and research leadership where decisions and partnerships are coordinated—such as technology leadership, robotics programme leadership, research collaboration owners, and innovation / partnership teams. ERF’s emphasis on collaboration and cutting-edge technology suggests buyers are not only interested in learning, but also in forming relationships around pilots, deployments, and research-industrial partnerships.
2) Where the show is happening + attendee geographic origin
Venue / City / Country: Birmingham, UK. The event runs from 2–4 March 2027 (including side events).
Geographic origin of attendees: ERF is explicitly framed as a European robotics and AI forum. While the official text does not provide specific attendee-country breakdowns, it is reasonable to treat the event as drawing pan-European participation across industry, academia, and public sector organisations.
For outreach and targeting, the practical implication is that the highest relevance is expected from organisations with active robotics/AI work across Europe—especially those involved in manufacturing innovation, automation, robotics research, and technology transfer activities.
3) Audience reach (Local / National / Global)
ERF is positioned as the “leading event for the European robotics and AI community” and is held annually in a different European city. That strongly indicates the audience reach is regional-to-continental, with Europe-wide relevance as the core.
The official description also highlights that ERF is the go-to platform for European robotics and AI participants, which points to a reach that is not limited to Birmingham/UK only; instead, it is designed to pull attendees from across Europe’s robotics and AI network.
4) Sample buyer company names (BUYERS ONLY) + Websites
The official website content provided does not list exhibitor/sponsor names or company participants. Therefore, we cannot reliably extract verified buyer company identities from the provided source text. To avoid guessing, we recommend using your existing buyer database workflow (or the event’s exhibitor/sponsor list when available) to compile verified buyer accounts.
If you share your client’s product website, we will map the client’s target buyer types to ERF 2027-aligned company categories (robotics integrators, automation providers, AI robotics companies, research institutes with industrial partnerships, and innovation-focused public/industry organisations) and then generate a buyer table from our internal company datasets.
5) Job profiles, industries & event type
Event type
- Robotics & AI conference / forum
- Industry–academia–public sector collaboration platform
- Technology-focused programme with side events
- The site mentions Workshops and distinguishes workshop formats (including an “Industrial Scientific Track” concept), indicating a technical and contribution-driven programme structure.
Best-fit job profiles to target
Because ERF focuses on cutting-edge robotics and AI technologies and collaboration across sectors, the most relevant buyer roles typically include:
- Robotics / AI Technology Leadership (e.g., CTO, VP Robotics, AI Director)
- Innovation & Partnerships teams (e.g., Head of Partnerships, Innovation Manager, Collaboration Lead)
- R&D / Research Programme Leadership (e.g., Director of Research, Research Lead, Principal Investigator)
- Industrial Engineering & Automation Leadership (e.g., Automation Director, Robotics Systems Lead)
- Program / Portfolio Management for robotics initiatives (e.g., Robotics Programme Manager)
- Public sector technology & innovation stakeholders (e.g., Innovation Policy, Smart Manufacturing programmes)
Best-fit industries for ERF targeting
Using the industry list you provided (Apollo-style categories), the most suitable industry filters for ERF buyer research typically include:
- Industrial Automation
- Mechanical or Industrial Engineering
- Computer Hardware / Computer Software (AI/robotics systems)
- Electrical/Electronic Manufacturing (robotics hardware ecosystem)
- Research (university/research institute participation)
- Renewables & Environment (only where robotics is applied to environmental/inspection use-cases)
- Government Administration (public sector innovation and policy stakeholders)
- Events Services (only for event-adjacent ecosystem; usually less “buyer” focused)
We will refine these industry selections once your client’s product category is provided, because the “best” Apollo industries depend on what the client sells (robotics hardware vs software vs services vs training vs enabling components).
6) Estimated attendance (expected total footfall)
The provided official text states ERF brings together over 1,000 participants, which we treat as the minimum directional estimate for total attendance/participation. Since the text does not provide an exact figure for total event footfall (including visitors, sponsors, and side-event-only attendees), we will use 1,000+ participants as the reliable baseline.
7) Key focus areas & buyer engagement
The organisers describe ERF as a platform to address the latest challenges and trends shaping the future of robotics in Europe. That translates into buyer interests that typically cluster around:
- Cutting-edge robotics and AI technologies (technical advances and demonstrations)
- Collaboration and partnership building across sectors
- Technology challenges and adoption barriers in real-world robotics
- Future trends shaping robotics in Europe (strategic roadmap discussions)
- Industry–academia translation (from research to deployment)
- Industrial scientific contributions and workshop participation, implying engagement with technical content and contributor communities.
For buyer engagement angles, the most effective message alignment is to position the client as enabling adoption of robotics/AI—whether through tools, platforms, services, integration capabilities, data/AI infrastructure, or enabling components—because ERF’s value proposition is exploration plus collaboration on robotics progress.
8) Client-product review: best buyers based on your requirements
To produce a precise “best buyer fit” shortlist for ERF 2027, we need your client’s website. The official ERF page provided here does not mention what specific buyer categories are actively purchasing at the event. Therefore, we must align buyers to your client’s needs by reviewing what your client sells and the associated buying roles.
Please share the client website (URL). After review, we will:
- Identify the most relevant buyer personas (e.g., robotics engineering leaders vs AI platform buyers vs automation programme owners)
- Select the best Apollo-style industries from your provided list
- Build an ERF 2027 buyer table with Priority, Company, Website, Best Title to Target, and Why This is a Good Buyer Fit
- Return “Top best samples” first (15–20 buyers total, with buyer-only entries)
We will also ensure the buyer titles we select match the way decisions are typically made for the product category and the kind of organisations most likely to engage with ERF.
9) Final recommendation
ERF 2027 is a strong event for building a high-quality buyer list focused on robotics and AI, because it is explicitly described as a leading European platform connecting industry, academia, and the public sector, with 1,000+ participants and a technical programme that includes workshops and industry–scientific track participation.
Next step: share your client product website so we can produce the required buyer research deliverable, including a buyer-only sample table (15–20 rows) tailored to your exact purchasing needs.
Data sheet
| Event Name | European Robotics Forum (ERF) 2027 |
| Event Date | 2–4 March 2027 (including side events) |
| Event Status | Upcoming |
| Venue | Not publicly confirmed on the official event text provided |
| City | Birmingham |
| State / Region | West Midlands |
| Country | United Kingdom |
| Organizer | European Robotics Forum / ERF 2027 local organizing team (official organizer not fully named in the provided text) |
| Official Event Website | erf2027.eu |
| Event Type | Conference / forum / networking event with sponsorship and exhibition opportunities |
| Primary Category | Industrial Engineering |
| Secondary Applicable Categories | IT & Technology; Science & Research; Building & Construction; Power & Energy; Logistics & Transportation |
| Audience Reach | Global |
| Estimated Attendance / Expected Footfall | Attendance figure not publicly confirmed by the organizer. Official site states the forum brings together over 1,000 participants. |
| Attendance Data Reliability | Moderate to High for the “over 1,000 participants” claim; exact current-year count not publicly confirmed |
| Main Purpose of Event | To connect the European robotics and AI community, showcase technologies, support collaboration, and advance industrial, academic, and public-sector engagement in robotics |
The European Robotics Forum (ERF) is a leading annual gathering for the robotics and AI ecosystem in Europe. According to the official website, the forum brings together participants from industry, academia, and the public sector to explore emerging technologies, collaboration opportunities, and market trends shaping robotics adoption across sectors.
ERF 2027 in Birmingham is strategically relevant because the city sits within a strong UK advanced manufacturing and engineering corridor, with close alignment to automation, digital technology, research commercialization, and industrial innovation. The event is well suited to B2B lead generation, partnership development, innovation sourcing, and engagement with technical decision-makers, research stakeholders, and procurement-influencing organizations.
| Buyer / Attendee Segment | Typical Organizations | Buying Role or Influence | Relevance to Exhibitors / Suppliers |
|---|---|---|---|
| Industrial automation and robotics buyers | Manufacturers, integrators, OEMs, automation solution providers | Evaluate automation platforms, robotics systems, sensors, controls, and integration partners | Core audience for robotics hardware, software, integration, and services |
| R&D and innovation teams | Technology firms, universities, research institutes, labs | Influence technology adoption, pilots, collaborative development, and grant-backed projects | Relevant for advanced robotics, AI, sensing, autonomy, and prototype solutions |
| Public sector and government innovation buyers | Local authorities, innovation agencies, public research bodies, transport and infrastructure bodies | Shape procurement, RFPs, innovation adoption, and public-private partnerships | Important for civic robotics, infrastructure automation, and smart-city use cases |
| Manufacturing operations leaders | Factories, industrial groups, precision engineering firms, automotive suppliers | Own productivity, quality, throughput, and capital equipment decisions | High value for robotics automation, machine vision, and production optimization |
| Procurement and sourcing teams | Industrial enterprises, public institutions, universities, large service providers | Manage supplier selection, pricing, contracts, and vendor onboarding | Relevant for equipment, software, maintenance, and systems integration suppliers |
| Technology and digital transformation leaders | Enterprises adopting AI, automation, industrial IoT, cloud, and data platforms | Set architecture, security, integration, and platform strategy | Strong fit for robotics software, AI, data, edge, and connectivity offerings |
| Academic and association leaders | Universities, robotics centers, professional associations, skills bodies | Influence collaboration programs, research funding, education, and industry outreach | Useful for education, research partnerships, and talent development vendors |
| Geographic Area | Likely Attendee Origin | Buyer Concentration | Notes |
|---|---|---|---|
| Birmingham host city | Local manufacturers, universities, innovation centers, public bodies | Medium | Strong access to engineering, robotics, and industrial decision-makers in the city |
| West Midlands region | Advanced manufacturing, automotive, engineering, and automation organizations | High | Regional industrial ecosystem creates strong buyer density |
| Nearby UK business hubs | London, Manchester, Bristol, Leeds, Coventry, Oxford, Cambridge | High | Likely travel corridor for technology, research, and industrial buyers |
| United Kingdom national reach | Industrial firms, public sector, universities, system integrators | High | National relevance due to robotics, automation, and research applications |
| European Union | Robotics clusters, industrial buyers, academic groups, technology providers | Very High | ERF is positioned as a Europe-wide robotics forum |
| Global / international | Researchers, investors, automation suppliers, public-sector innovation stakeholders | Medium | International reach is credible, though Europe is likely the core audience |
| Reach Level | Assessment | Explanation |
|---|---|---|
| Global | Primary classification | The forum serves the European robotics and AI community but attracts cross-border participation from industry, academia, and the public sector. |
| Buyer Company / Organization | Buyer Type | Why It Is Relevant | Website | Best Job Titles to Target | Evidence Level |
|---|---|---|---|---|---|
| University of Birmingham | Academic / research buyer | Robotics, AI, engineering research and innovation collaboration | birmingham.ac.uk | Director of Research, Professor, Head of Innovation, Lab Director | Strong Market Fit, Attendance Not Confirmed |
| Aston University | Academic / research buyer | Engineering and applied robotics research, industry partnerships | aston.ac.uk | Research Director, School Dean, Partnerships Manager | Strong Market Fit, Attendance Not Confirmed |
| Jaguar Land Rover | Manufacturing / industrial buyer | Automation, smart manufacturing, robotics, quality systems | jaguarlandrover.com | Head of Manufacturing, Automation Manager, Procurement Manager, Engineering Director | Strong Market Fit, Attendance Not Confirmed |
| Rolls-Royce | Industrial / advanced engineering buyer | Precision manufacturing and robotics-enabled production environments | rolls-royce.com | Chief Engineer, Procurement Director, Operations Director, Automation Lead | Strong Market Fit, Attendance Not Confirmed |
| BAE Systems | Defense / industrial buyer | Autonomy, robotics, sensing, secure systems, manufacturing technology | baesystems.com | Director of Engineering, Procurement Lead, Innovation Manager, Program Manager | Strong Market Fit, Attendance Not Confirmed |
| Siemens | Industrial technology buyer | Automation, industrial digitalization, robotics ecosystem partnerships | siemens.com | VP Automation, Product Manager, Innovation Director, Partnerships Director | Strong Market Fit, Attendance Not Confirmed |
| Bosch | Industrial technology buyer | Factory automation, robotics, sensors, AI-enabled manufacturing | bosch.com | Engineering Director, Strategic Sourcing Manager, Business Development Director | Strong Market Fit, Attendance Not Confirmed |
| Ocado Group | Retail automation buyer | Warehouse automation, robotics, fulfillment systems | ocado.com | Automation Director, Supply Chain Director, Procurement Manager, Operations Director | Strong Market Fit, Attendance Not Confirmed |
| Transport for West Midlands | Government / public sector buyer | Smart mobility, transport automation, infrastructure innovation | tfwm.org.uk | Procurement Director, Innovation Manager, Program Manager, Digital Transformation Lead | Strong Market Fit, Attendance Not Confirmed |
| UK Research and Innovation (UKRI) | Government / funding body | Supports robotics, AI, engineering research and commercialization | ukri.org | Program Director, Portfolio Manager, Innovation Lead, Procurement Lead | Strong Market Fit, Attendance Not Confirmed |
| NHS England | Public sector healthcare buyer | Clinical robotics, automation, AI-enabled operations, procurement | england.nhs.uk | Procurement Manager, Digital Transformation Lead, Program Manager, Innovation Director | Strong Market Fit, Attendance Not Confirmed |
| Priority | Job Title / Function | Department | Seniority Level | Why This Role Matters |
|---|---|---|---|---|
| 1 | Chief Procurement Officer / VP Procurement | Procurement | C-level / VP | Owns supplier strategy for robotics, systems, and related services |
| 2 | Director of Procurement / Strategic Sourcing Manager | Sourcing | Director / Manager | Evaluates vendors, pricing, contracts, and pilot programs |
| 3 | Operations Director / Manufacturing Director | Operations | Director | Responsible for productivity, automation, quality, and capex decisions |
| 4 | Automation Manager / Robotics Program Manager | Engineering / Operations | Manager / Senior Manager | Runs robotics pilots, integration projects, and deployment plans |
| 5 | CTO / CIO / IT Director | Technology / Digital | C-level / Director | Approves AI, data, cloud, cybersecurity, and platform architecture |
| 6 | Head of Innovation / R&D Director | Innovation / R&D | Director / Head | Looks for emerging technologies, partnerships, and research collaboration |
| 7 | Supply Chain Director / Logistics Director | Supply Chain | Director | Interested in automation, warehouse robotics, and resilience |
| 8 | Partnerships Director / Business Development Director | Partnerships / Commercial | Director | Seeks technology alliances, channel relationships, and ecosystem deals |
| Priority | Apollo Industry | Why It Fits the Event | Best Buyer Use Case |
|---|---|---|---|
| 1 | Industrial Automation | Directly aligned with robotics deployment and factory automation | Robotics, PLCs, sensors, integration, and controls |
| 2 | Mechanical or Industrial Engineering | Core engineering audience for robotics design and implementation | Engineering software, components, and systems integration |
| 3 | Machinery | Robotics is highly relevant to equipment manufacturers and machine builders | Capital equipment, automation platforms, retrofits |
| 4 | Information Technology & Services | Robotics increasingly depends on data, cloud, AI, and integration | Software platforms, industrial data, AI, cybersecurity |
| 5 | Computer Software | AI, robotics middleware, simulation, and analytics are central topics | SaaS, AI tools, robotics software, digital twins |
| 6 | Electrical/Electronic Manufacturing | Sensors, drives, controllers, and embedded systems are essential | Electronic components, machine vision, embedded hardware |
| 7 | Automotive | Automotive manufacturing is a major robotics adoption sector | Production automation, inspection, assembly robotics |
| 8 | Research | ERF is heavily research-driven and collaboration-oriented | Lab equipment, grant projects, R&D partnerships |
| 9 | Government Administration | Public-sector innovation, procurement, and policy stakeholders are relevant | Public procurement, smart city, infrastructure automation |
| 10 | Logistics & Supply Chain | Warehouse robotics and material handling are adjacent demand areas | Warehouse automation, AMRs, picking systems |
| Metric | Figure | Status | Source / Basis | Notes |
|---|---|---|---|---|
| Estimated total footfall | 1,000+ participants | Confirmed by organizer, exact count not publicly confirmed | Official website text | Use as directional audience scale, not a finalized registration total |
| Exhibitor count | Not publicly confirmed | Unavailable | Official text provided | The site references sponsors and exhibitors but does not give a count |
| Buyer count | Not publicly confirmed | Unavailable | Official text provided | Buyer-side audience likely embedded across industry, academia, and public sector attendees |
| Speaker count | Not publicly confirmed | Unavailable | Official text provided | Agenda and workshop details are referenced, but no speaker count is provided in the supplied content |
| Sponsor count | Not publicly confirmed | Unavailable | Official text provided | Sponsors are promoted, but no count is visible in the supplied text |
| Historical attendance | Over 1,000 participants | Historical organizer claim / current descriptive claim | Official website text | Best used as attendance scale for lead-generation planning |
| Focus Area | Typical Buyer Need | Buyer Engagement Opportunity | Relevant Supplier Offering |
|---|---|---|---|
| Robotics automation | Need to improve throughput, quality, and labor efficiency | Demonstrate production-ready systems and ROI | Robots, cobots, end-of-arm tooling, integration services |
| AI and machine vision | Need for inspection, perception, autonomy, and decision support | Show use cases for defect detection and intelligent automation | Vision systems, AI software, edge inference, analytics |
| Industrial digitalization | Need to connect assets, data, and workflows | Discuss integration, interoperability, and data strategy | IIoT platforms, MES, dashboards, APIs, cloud services |
| Research collaboration | Need for grants, pilots, testbeds, and joint development | Promote partnerships with universities and research centers | R&D services, prototyping, lab equipment, consortium support |
| Public-sector innovation | Need for smarter services, infrastructure, and procurement pathways | Target policy, innovation, and procurement decision-makers | Smart infrastructure, civic robotics, advisory services |
| Manufacturing productivity | Need to reduce downtime and increase output | Lead with operational efficiency and measurable savings | Predictive maintenance, process automation, retrofits |
| Factor | Assessment | Explanation |
|---|---|---|
| Buyer relevance | Very High | The audience is tightly aligned with robotics, automation, AI, research, and industrial innovation. |
| Decision-maker availability | High | Likely attendance from directors, heads of innovation, procurement, and technical leaders. |
| Data collection potential | Medium | Official attendee details are not publicly confirmed in the supplied content. |
| Apollo targeting potential | Very High | Clear industry, title, and geography filters are available for precision prospecting. |
| Geographic targeting potential | High | Strong UK and European relevance with Birmingham as a convenient industrial hub. |
| Best outreach approach | Account-based outreach, partnership outreach, and event-triggered email sequences | Use role-specific messaging tied to automation ROI, innovation, and collaboration. |
| Overall lead quality | Very High | A strong event for robotics, industrial tech, and innovation-focused B2B lead generation. |
| Best use case | Attendee list building, exhibitor targeting, partnership development, and pipeline generation | Best suited for suppliers to robotics, automation, AI, engineering, and industrial innovation buyers. |
| Limitations / risks | No confirmed attendee list in provided content | Buyer identification must rely on official site details, current registration data, or prior-year verified participation. |
| Filter Type | Recommended Filters | Purpose |
|---|---|---|
| Apollo industries | Industrial Automation; Mechanical or Industrial Engineering; Machinery; Information Technology & Services; Computer Software; Electrical/Electronic Manufacturing; Automotive; Research; Government Administration; Logistics & Supply Chain | Capture the most relevant buyer and influencer segments for robotics and automation |
| Departments | Procurement; Engineering; Operations; Innovation; R&D; Digital Transformation; Supply Chain; IT | Focus on functions that evaluate, approve, or influence adoption |
| Seniority | Manager; Senior Manager; Director; VP; CXO; Head; Owner | Prioritize decision-makers and budget owners |
| Job titles | Procurement Director, Strategic Sourcing Manager, Operations Director, Automation Manager, Robotics Program Manager, Head of Innovation, R&D Director, CTO, CIO, IT Director, Supply Chain Director | Target titles most likely to engage on robotics, AI, and automation buying decisions |
| Geography | United Kingdom; Ireland; Germany; France; Netherlands; Nordics; Benelux; EU; Europe | Align with ERF’s European core and international reach |
| Employee size | 51–200; 201–500; 501–1,000; 1,001–5,000; 5,001+ | Covers SMEs, scale-ups, and large enterprises that buy robotics solutions |
| Keywords | robotics, automation, industrial automation, AI, machine vision, cobot, autonomous systems, smart manufacturing, digital transformation, R&D, innovation | Refine prospects engaged in robotics-adjacent buying cycles |
| Company type | Private; Public; Government; Education; Nonprofit research organizations | Capture the full ERF audience mix |
| Revenue range | Mid-market and enterprise revenue bands relevant to industrial and technology procurement | Prioritize organizations with budget and implementation capacity |
| Source | Type | What It Verified | Reliability |
|---|---|---|---|
| ERF 2027 Official Website | Official organizer source | Event name, dates, city, country, audience description, positioning, participant scale, and sponsorship/exhibitor context | Very High |
| ERF2027: Join us at the European Robotics Forum 2027 in Birmingham, UK | Official event page | Confirmed dates (2–4 March 2027), location (Birmingham, UK), and event purpose | Very High |
| ERF 2027 News and “Why Birmingham?” content | Official city-positioning content | Birmingham’s industrial and innovation positioning, regional robotics context, and relevance for manufacturing and engineering audiences | High |
🎯 Selling to this event's audience? Get a free tailored buyer list
Tell us your work email and our AI instantly builds a buyer list matched to European Robotics Forum - ERF — the best‑fit companies to target, the exact decision‑maker job titles, and the industry filters that fit what you sell.
