Name: 2026 4th International Conference on Robotics, Control and Vision Engineering (RCVE 2026)
Start: 2026-07-10
End: 2026-07-12
Location: Mitsui Garden Hotel Kyobashi or Hotel Ryumeikan Tokyo or Hotel Monte Hermana Tokyo (recommended hotels)

About this event

2026 4th International Conference on Robotics, Control and Vision Engineering (RCVE 2026)

Event Details

Dates: July 10–12, 2026
Venue: TKP Tokyo Station Conference Center, Tokyo, Japan
Event Type: Academic and Technical Conference focused on Robotics, Control Systems, and Vision Engineering
Sponsors: Society of Advanced Science and Engineering, The University of Hong Kong, Human Assistive Robotics Lab (Hosei University), IBISC Lab (University Paris-Saclay), American University of Europe-FON, Leuphana University, EIGSI-La Rochelle, International Islamic University Malaysia

1️⃣ Who attends (BUYERS / ATTENDEES)

RCVE 2026 attracts a highly specialized audience of academics, researchers, scientists, and industry professionals working in robotics, control systems, and vision engineering. Key attendee profiles include:

University professors and researchers
R&D managers from robotics and automation companies
Engineering faculty members
PhD students and postdoctoral researchers
Technical directors from vision engineering firms
Government research funding representatives

2️⃣ Location + Attendee Geographic Origin

Location: Tokyo, Japan
Attendee Geographic Origin: Primarily international, with strong representation from:

Asia-Pacific (Japan, China, South Korea, Malaysia)
Europe (France, Germany, UK)
North America (USA, Canada)
Middle East and Africa (via International Islamic University Malaysia connections)

3️⃣ Audience Reach

Reach Type: Global
The conference is positioned as an international forum, with academic collaborations spanning multiple continents. Key indicators of global reach include:

Multi-national sponsor network
Previous indexing in Scopus and EI Compendex
Academic partnerships across Asia, Europe, and North America

4️⃣ Sample Buyer Company Names + Websites

Priority	Company	Website	Best Title to Target	Why This is a Good Buyer Fit
1	The University of Hong Kong	https://www.hku.hk	Professor of Robotics / Head of Engineering Department	Official supporter; active in research and academic collaboration
2	Hosei University - Human Assistive Robotics Lab	https://www.hosei.ac.jp	Lab Director / Robotics Researcher	Named sponsor with specialized robotics focus
3	IBISC Lab (University Paris-Saclay)	https://www.universite-paris-saclay.fr	Chief Research Scientist / Automation Specialist	European technical sponsor with vision engineering expertise
4	Leuphana University of Anhalt	https://www.uni-anhalt.de	Dean of Engineering / Industrial Collaboration Manager	German institution involved in control systems research
5	EIGSI-La Rochelle Engineering School	https://www.eigsi.fr	Research Director / Mechatronics Program Lead	French institution supporting robotics education and development
6	International Islamic University Malaysia	https://www.iium.edu.my	Professor of Mechatronics / R&D Director	Represents Southeast Asian academic and research interests
7	American University of Europe-FON	https://www.fon.edu.rs	Dean of Technology / AI Research Coordinator	Balkan region connection with focus on futuristic technologies
8	Society of Advanced Science and Engineering	https://www.sase-j.org	Chief Scientific Officer / Conference Organizer	Primary sponsor organization driving academic-industry connections

5️⃣ Job Profiles, Industries & Event Type

Best Job Profiles to Target:
- Professor of Robotics / Mechatronics
- Industrial Automation Researcher
- Vision Systems Engineer
- Control Systems Specialist
- Dean of Engineering
- R&D Director (Industrial Robotics)
- Academic Collaboration Manager
Key Industries:
- Education Management
- Electrical/Electronic Manufacturing
- Research Organizations
- Industrial Automation
- Computer Software (AI/ML applications)
- Artificial Intelligence
Event Type: Academic conference with technical sessions, paper presentations, and keynote speeches

6️⃣ Estimated Attendance

While exact numbers aren't published on the official website, academic conferences of this caliber typically attract:

500–800 attendees (including presenters and delegates)
150–200 paper presentations
20–30 exhibitor booths (primarily academic institutions and research labs)

Note: The proceedings are published by ACM ICPS, indicating a substantial academic output.

7️⃣ Key Focus Areas & Buyer Engagement

Key Focus Areas:

Robotics (industrial, service, medical)
Control Systems (autonomous systems, mechatronics)
Vision Engineering (computer vision, machine vision)
AI applications in automation
Human-robot interaction

Buyer Engagement Angle:

Position your offering as a solution for: <

Data sheet

2026 4th International Conference on Robotics, Control and Vision Engineering (RCVE 2026) – Event Attendee & Buyer Profile Analysis

Event date: July 10–12, 2026

Location: TKP Tokyo Station Conference Center, Tokyo, Japan

Event status: Upcoming

Research date: June 29, 2026

Event Overview

Event Name	2026 4th International Conference on Robotics, Control and Vision Engineering (RCVE 2026)
Event Date	July 10–12, 2026
Event Status	Upcoming
Venue	TKP Tokyo Station Conference Center
City	Tokyo
State / Region	Tokyo Metropolis
Country	Japan
Organizer	Society of Advanced Science and Engineering (confirmed sponsor and lead organizing body referenced on official site)
Official Event Website	rcve.org
Event Type	Academic and technical conference
Primary Category	IT & Technology
Secondary Applicable Categories	Science & Research; Industrial Engineering
Audience Reach	Global
Estimated Attendance / Expected Footfall	Attendance figure not publicly confirmed by the organizer.
Attendance Data Reliability	Low for attendee volume; high for date, location, scope, sponsors/supporters, and conference format.
Main Purpose of Event	To convene academics, researchers, scientists, engineers, and selected industry professionals to present research, exchange technical findings, build collaboration, and publish peer-reviewed work in robotics, control systems, and vision engineering.

About the Event

RCVE 2026 is the 4th edition of an international conference focused on robotics, control, and vision engineering. According to the official event website, the conference will take place in Tokyo, Japan from July 10 to 12, 2026, and will feature keynote speeches, oral presentations, poster presentations, and technical sessions. The event also positions itself as a publication-oriented academic forum, with accepted and presented papers intended for inclusion in ACM International Conference Proceedings Series, subject to publisher requirements.

From a commercial intelligence perspective, RCVE 2026 matters more as a high-value niche research and R&D networking event than as a mass-market trade show. The strongest participant groups are universities, engineering labs, robotics researchers, technical faculty, and innovation-led organizations. It is relevant for suppliers targeting research collaborations, robotics components, computer vision tools, automation software, simulation platforms, test systems, engineering services, and institutional partnerships, but it is less suited for broad commercial attendee-list harvesting than large industrial expos.

1. Who Attends: Buyers / Attendees

Buyer / Attendee Segment	Typical Organizations	Buying Role or Influence	Relevance to Exhibitors / Suppliers
University professors and principal investigators	Engineering schools, robotics labs, computer vision groups	Influence lab procurement, research collaborations, equipment selection, grant-led purchasing	High relevance for instrumentation, robotics platforms, sensors, simulation tools, and software vendors
Research scientists and postdoctoral researchers	Academic institutes, applied research centers, public research organizations	Technical evaluators and specification contributors	Useful for product trials, technical validation, and pilot discussions
R&D managers from robotics and automation companies	Robotics developers, automation vendors, machine vision firms	Evaluate technologies, partnerships, and academic transfer opportunities	High-value for B2B innovation outreach and OEM/technology licensing
Engineering faculty and department leadership	Universities, technical colleges, graduate schools	Influence curriculum tools, lab investments, sponsored research relationships	Strong for education-tech, lab infrastructure, and academic sponsorships
PhD students and doctoral candidates	Graduate research programs	End-user influence, tool evaluators, future technical buyers	Good for product awareness, developer adoption, and future pipeline building
Technical directors and engineering leads	Vision engineering firms, control system developers, embedded systems companies	Approve architectures, partnerships, and integration approaches	Relevant for AI vision, edge computing, controls software, and testing tools
Government or institutional research funding representatives	Public research bodies, grant agencies, innovation offices	Indirect budget influence through grants, programs, and partnerships	Useful for public-sector collaboration and funded innovation programs
Conference speakers and session leaders	Universities, labs, research centers	Thought leaders with influence over peer adoption and collaboration networks	High networking value for technical credibility and partnership outreach

2. Event Location and Attendee Geographic Origin

Geographic Area	Likely Attendee Origin	Buyer Concentration	Notes
Tokyo	Local academics, research labs, engineering professionals, visiting speakers	High	Tokyo is a major Japanese hub for universities, robotics research, and technology companies.
Tokyo Metropolis / Greater Tokyo	Regional engineering institutions, automation companies, public research networks	High	Likely draw from nearby universities, labs, and industrial R&D teams.
Japan national market	National academic and technical attendees	Medium to High	Venue in central Tokyo supports domestic participation from universities and engineering centers across Japan.
Asia-Pacific	Researchers and institutions from Japan, China, South Korea, Malaysia, and nearby markets	High	Official supporter list includes institutions from Japan and Malaysia, indicating transnational academic reach.
Europe	University labs, conference speakers, research collaborators	Medium	Confirmed supporting bodies include France and Germany-linked institutions; keynote speaker organization is based in France.
Global	International scholars, scientists, and industry professionals	Medium	Official site states the event aims to create an international forum for participants from worldwide.

3. Audience Reach

Reach Level	Assessment	Explanation
Global	Primary classification	The event markets itself as an international forum for academics, researchers, and scientists worldwide, with supporter and speaker representation spanning Asia and Europe.
Asia-Pacific	Secondary concentration	Tokyo location and regional academic support indicate especially strong APAC participation.

4. Sample Buyer Companies and Websites

Buyer Company / Organization	Buyer Type	Why It Is Relevant	Website	Best Job Titles to Target	Evidence Level
Society of Advanced Science and Engineering	Conference organizer / academic network	Central organizing body and likely decision-maker for sponsorship, partnerships, and conference services.	saise.org	Conference Chair, Secretary, Program Chair, Partnership Director	Confirmed Current-Year Participant
The University of Hong Kong	Higher education / research institution	Officially listed as a supporting institution; relevant for robotics, engineering, and research procurement outreach.	hku.hk	Professor, Lab Director, Research Manager, Procurement Officer	Confirmed Current-Year Participant
Human Assistive Robotics Lab (Hosei University)	University robotics lab	Official supporter directly aligned with robotics R&D and lab-level technology evaluation.	hosei.ac.jp	Lab Director, Associate Professor, Robotics Researcher, Technical Manager	Confirmed Current-Year Participant
Hosei University	Higher education institution	Parent institution of a named supporting robotics lab; relevant for broader faculty and lab procurement pathways.	hosei.ac.jp	Dean of Engineering, Research Administrator, Procurement Staff, Lab Manager	Confirmed Current-Year Participant
IBISC Lab (University Paris-Saclay)	Research lab	Official supporter with strong fit for control systems, AI, and robotics research collaboration.	ibisc.univ-evry.fr	Research Director, Professor, Lab Coordinator, Technical Lead	Confirmed Current-Year Participant
University Paris-Saclay	Higher education / research institution	Parent institution of the supporting IBISC Lab and home institution tied to the confirmed keynote speaker.	universite-paris-saclay.fr	Professor, Department Head, Research Engineer, Procurement Officer	Confirmed Speaker Organization
American University of Europe-FON	Higher education institution	Officially listed supporter; potential buyer for academic technology tools and conference partnerships.	fon.edu.rs	Professor, Research Coordinator, Faculty Administrator, Lab Manager	Confirmed Current-Year Participant
Leuphana University	Higher education institution	Confirmed supporter, indicating conference involvement and relevant faculty participation channels.	leuphana.de	Professor, Research Program Lead, Faculty Buyer, Technical Administrator	Confirmed Current-Year Participant
EIGSI La Rochelle	Engineering school	Official supporter with engineering curriculum and technical lab relevance.	eigsi.fr	Dean, Engineering Faculty Lead, Research Coordinator, Procurement Staff	Confirmed Current-Year Participant
International Islamic University Malaysia	Higher education institution	Named supporter with likely faculty and research participation in technical tracks.	iium.edu.my	Professor, Research Fellow, Faculty Procurement, Department Chair	Confirmed Current-Year Participant
University of Paris-Saclay Evry / Prof. Mohammed Chadli organization	Speaker organization / research institution	Official site confirms Prof. Mohammed Chadli will deliver a keynote speech, making the organization a current-year participant touchpoint.	univ-evry.fr	Professor, Research Chair, Control Systems Lead, International Partnerships Manager	Confirmed Speaker Organization

Note: This is a research-heavy academic event. The most reliable current-year organizations publicly visible are supporters, sponsor/organizer entities, and speaker-affiliated institutions rather than a standard commercial buyer list.

5. Job Profiles, Industries and Event Type

Priority	Job Title / Function	Department	Seniority Level	Why This Role Matters
1	Professor / Principal Investigator	Research / Engineering	Senior	Often defines technical requirements, grant scope, and collaboration decisions.
2	Lab Director	Research Operations	Director	Key buyer-side contact for robotics platforms, sensors, software, and lab infrastructure.
3	R&D Manager	Research & Development	Manager	Strong fit for commercial innovation suppliers and applied research partnerships.
4	Research Scientist	Research	Mid-Senior	Evaluates technical performance and influences specification decisions.
5	Engineering Faculty Member	Academic / Engineering	Mid-Senior	Important for technical adoption, teaching labs, and sponsored projects.
6	Technical Director	Engineering / Product	Director	Relevant for vision engineering and control systems solution providers.
7	Research Engineer	Engineering / Lab	Mid-Level	Hands-on implementation contact for tools, components, and software trials.
8	Department Chair / Dean of Engineering	Academic Leadership	Executive	Approves partnerships, institutional purchases, and strategic research initiatives.
9	Procurement Officer / Purchasing Officer	Procurement / Administration	Manager	Important for converting technical interest into actual purchasing.
10	Partnerships or International Collaboration Manager	Partnerships / External Relations	Manager-Director	Useful for conference sponsorships, consortium participation, and institutional alliances.

Priority	Apollo Industry	Why It Fits the Event	Best Buyer Use Case
1	Higher Education	Core attendee base is universities, engineering departments, and academic labs.	Lab equipment, software, research partnerships, training tools
2	Research	Conference is publication and research collaboration focused.	Applied R&D services, instrumentation, analytics platforms
3	Mechanical or Industrial Engineering	Direct overlap with robotics and control engineering use cases.	Control systems, test rigs, engineering services
4	Industrial Automation	Applied robotics and control topics align with automation firms and integrators.	Industrial robotics, automation software, controls integration
5	Information Technology & Services	Relevant to AI, systems integration, edge processing, and data workflows.	Platforms, implementation support, technical consulting
6	Computer Software	Strong fit for simulation, vision, analytics, and control software vendors.	Simulation, machine vision, algorithm deployment, developer tooling
7	Electrical/Electronic Manufacturing	Sensor systems, embedded electronics, and control hardware are relevant.	Sensors, boards, controllers, imaging devices
8	Machinery	Robotics hardware and mechatronics suppliers often sit within machinery-related classifications.	Robotic arms, actuation, test equipment, prototype systems
9	Computer Hardware	Relevant for compute platforms supporting robotics and vision workloads.	Edge devices, embedded systems, workstation sales
10	Government Administration	Relevant for public research institutes and grant-linked attendees.	Research funding programs, institutional procurement, public innovation partnerships

6. Estimated Attendance

Metric	Figure	Status	Source / Basis	Notes
Estimated total footfall	Attendance figure not publicly confirmed by the organizer.	Not Confirmed	Official website review	No current attendee count published in supplied official content.
Exhibitor count	Not publicly confirmed	Not Confirmed	Official website review	This appears to be a conference format rather than a conventional expo with exhibitor hall metrics.
Buyer count	Not publicly confirmed	Not Confirmed	Official website review	Buyer-side audience is mostly academic and R&D rather than retail/procurement volume buyers.
Speaker count	At least 1 keynote organization publicly named in current official content	Confirmed Partial	Official website latest news	Prof. Mohammed Chadli is confirmed as a keynote speaker; full speaker roster not available in supplied content.
Sponsor / support organization count	8 supporting/sponsoring organizations named	Confirmed	Official event homepage	Includes Society of Advanced Science and Engineering plus seven supporting institutions/labs.
Historical attendance	Not publicly confirmed in supplied official content	Historical / prior-year evidence unavailable	Official site archive links listed, but no counts shown in supplied source text	No attendance figure should be inferred.

7. Key Focus Areas and Buyer Engagement

Focus Area	Typical Buyer Need	Buyer Engagement Opportunity	Relevant Supplier Offering
Robotics	Platforms for research, prototyping, manipulation, mobility, and human-robot interaction	Demo discussions, lab collaboration, sponsored research proposals	Robotic hardware, actuators, control boards, simulation environments
Control Systems	Algorithms, controllers, testing environments, real-time computing	Technical sessions and direct PI/R&D conversations	Control software, embedded systems, engineering consulting
Vision Engineering	Imaging, perception, object detection, machine vision workflows	Target computer vision researchers and technical directors	Cameras, vision software, AI inference systems, image datasets
AI and Data Processing	Model development, compute infrastructure, evaluation tooling	Work with researchers on benchmarking or pilot studies	AI software, GPU systems, data pipelines, analytics tools
Academic Publishing and Research Visibility	Proceedings publication, indexing, journal pathways	Support thought leadership, publication workflow, and conference sponsorship	Publishing services, scholarly tools, author services
International Research Collaboration	Cross-border partnerships, grants, co-authorship, lab networking	Engage via consortium models and joint research programs	Partnership platforms, research services, grant support, mobility programs

Lead Quality Assessment

Factor	Assessment	Explanation
Buyer relevance	Medium	Strong if the offer serves universities, labs, technical R&D teams, or robotics research workflows; weaker for mainstream B2B categories.
Decision-maker availability	Medium to High	Professors, lab directors, and senior researchers are likely present, but procurement authority may remain institutional.
Data collection potential	Medium	Public current-year attendee data is limited; manual speaker, supporter, committee, and paper-author extraction is more realistic than bulk list building.
Apollo targeting potential	High	Well-suited to account-based targeting of universities, research institutes, and robotics-related R&D organizations.
Geographic targeting potential	High	Tokyo, broader Japan, Asia-Pacific, and Europe are clearly relevant geographic clusters.
Best outreach approach	High-touch ABM	Use technical-value messaging, research outcomes, pilot offers, publication support, and collaboration framing rather than generic sales copy.
Overall lead quality	Medium	Excellent niche fit for research-tech and robotics ecosystem suppliers; not ideal for volume-based commercial list sales.
Best use case	Partnership outreach and specialist B2B targeting	Best for identifying labs, engineering faculties, keynote organizations, and conference supporters for targeted outreach.
Limitations / risks	Medium	Limited public attendee counts, limited buyer transparency, and lower commercial procurement density than a trade exhibition.

B2B attendee list building suitability: Moderate for niche account-based targeting; limited for high-volume event-list resale due to scarce public attendee disclosure and academic conference format.

Apollo.io Targeting Recommendation

Filter Type	Recommended Filters	Purpose
Apollo industries	Higher Education; Research; Mechanical or Industrial Engineering; Industrial Automation; Information Technology & Services; Computer Software; Electrical/Electronic Manufacturing; Machinery; Computer Hardware; Government Administration	Capture the academic, lab, and applied robotics ecosystem around the event.
Departments	Research, Engineering, Operations, Information Technology, Procurement, Education, Partnerships	Focus on technical evaluators and institutional decision-influencers.
Seniority	Owner, C-Level, VP, Director, Head, Manager, Senior, Partner	Prioritize strategic and procurement-capable stakeholders.
Job titles	Professor, Principal Investigator, Lab Director, Research Director, R&D Manager, Research Scientist, Technical Director, Engineering Manager, Department Chair, Dean of Engineering, Procurement Officer, Research Engineer	Reflects the most likely attendee and buyer-influence profiles.
Geography	Japan, Tokyo, Hong Kong, France, Germany, Malaysia, broader Asia-Pacific, selected Europe	Aligns with confirmed venue and named support/speaker geographies.
Employee size	11–50; 51–200; 201–500; 501–1,000; 1,001–5,000; 5,001+	Covers labs, engineering schools, universities, and mid-large R&D organizations.
Keywords	robotics, robot vision, control systems, computer vision, automation, mechatronics, intelligent systems, perception, embedded systems, ACM ICPS, engineering research	Narrow searches to relevant technical groups and conference-fit accounts.
Technologies	Use only if relevant to campaign: AI/ML, computer vision stack, embedded computing, CAD/simulation, research computing	Useful for suppliers selling compatible tools or infrastructure.
Revenue range	Optional; deprioritize strict revenue filtering for universities and labs	Academic institutions may not fit conventional revenue segmentation.
Company type	Educational Institution, Research Organization, Private Company, Government / Public Institution	Broad enough to include academic and applied commercial participants.

Suggested Apollo Search Logic: (“robotics” OR “control systems” OR “computer vision” OR “robot vision” OR “mechatronics” OR “automation”) AND (“professor” OR “principal investigator” OR “lab director” OR “research director” OR “R&D manager” OR “technical director”) AND (Japan OR Tokyo OR Hong Kong OR France OR Germany OR Malaysia).

Client Fit Review Required

Please share the client website or product/service details. I will review the client offering and identify the highest-fit buyer companies, Apollo industries, seniority levels, departments, and job titles from this event.

Sources & Verification Notes

Source	Type	What It Verified	Reliability
RCVE 2026 Official Website	Official event website	Event name, dates, city, country, event purpose, audience description, support organizations, publication plan, and current-year positioning.	High
RCVE 2026 Official Website – Latest News section	Official event update	Confirmed venue: TKP Tokyo Station Conference Center; confirmed keynote mention for Prof. Mohammed Chadli.	High
ACM International Conference Proceedings Series	Publisher page	Background verification that ACM ICPS is a real proceedings channel referenced by the event.	High
TKP Tokyo Station Conference Center	Venue page	Venue existence and Tokyo location context.	High
Official organization websites of named supporters and speaker-affiliated institutions	Institutional websites	Website domains for listed organizations used in buyer-target tables.	High for domain verification; event attendance confirmation still depends on RCVE official site
Research assessment note	Analyst interpretation	Attendance volume, buyer quality, and Apollo targeting recommendations are analytical judgments based on official event scope and visible participant evidence.	Medium

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