Stay tuned for important updates regarding STE2027! Key dates, including submission deadlines, registration periods, and program announcements, are shown in the table. Nevertheless, it’s essential to keep an eye on our communications to ensure you don’t miss any critical information about the conference.
| Date | Activity | |
|---|---|---|
| 28 Sep 2026 |
Submission of: (i) structured abstracts (for full and short papers) for the conference (ii) Special Session proposals | |
| 05 Oct 2026 | Notification of acceptance for abstracts for the conference. Special Sessions notification and announcement | |
| 09 Nov 2026 | Submission of: (i) complete papers for all submission types (ii) proposals for round tables, workshops, tutorials | |
| 23 Nov 2026 | Notification of acceptance | |
| 21 Dec 2026 | Camera-ready due/Final upload | |
| 21 Dec 2026 | Author registration deadline | |
| 31 Dec 2026 | Submissions for EWA Young Talent Award | |
| 24 Feb 2027 | STE2027 opening | |
The Eastern Economic Corridor Office of Thailand (EECO)
Thailand's Eastern Economic Corridor (EEC) has emerged as Southeast Asia's most credible contender for the region's digital-hub mandate. As the spearhead of the national Thailand 4.0 strategy, the EEC channels foreign direct investment into targeted high-value industries, with the digital cluster now its fastest-scaling engine. Cumulative digital-cluster investment reached THB 639 billion (approximately US$19 billion) between 2018 and Q1 2026, and the momentum has sharpened markedly: approved data-centre projects rose from one in 2022 to eight by early 2026, while first-quarter 2026 digital-investment applications surpassed THB 1 trillion (approximately US$30 billion)—2.4 times year-on-year—with artificial intelligence and cloud driving roughly 86% of value.
The corridor's proposition rests on four proven strengths: a world-class electrical-and-electronics manufacturing base, ready low-latency connectivity (subsea-cable landings to Hong Kong and Singapore and 1,770 Gbps of planned international bandwidth), a talent pool exceeding 500,000 ICT professionals, and a digital economy contributing close to a quarter of GDP. A purpose-built zone—EECd / Digital Park Thailand, 830 rai in Si Racha—concentrates hyperscale capacity, testbeds and R&D institutes, underpinned by best-in-class incentives including corporate income-tax exemption of up to fifteen years and single-window facilitation.
Investor confidence is already established, with more than US$35 billion committed since 2022 by anchors including AWS, Google, ByteDance and Beijing Haoyang. The strategic imperative now is to capture the AI-infrastructure boom selectively—prioritizing the higher-value equipment, optical and services layer over land- and power-intensive data halls—thereby converting inbound capital into a durable, high-quality growth engine while the regional window remains open.
Dr. Chula Sukmanop is a distinguished Thai transport policy leader currently serving as Secretary General of the Eastern Economic Corridor (EEC) since April 2023. He holds a Ph.D. in Maritime Law from the University of Southampton (1993), an LL.M. in Maritime Law from the same institution (1989), and a Bachelor of Laws from Chulalongkorn University (1986). He went on to lead several key transport agencies as Director General, including the Office of Transport and Traffic Policy and Planning, the Marine Department, the Department of Airports, and the Civil Aviation Authority of Thailand (2016–2020). He again served as Inspector General from 2021 to 2023 before assuming his current role overseeing Thailand's flagship EEC development initiative.
Dr. Chula Sukmanop
The Eastern Economic Corridor Office of Thailand (EECO).
psd@eeco.or.th.
Intelligent Robotics Laboratory, Mie University, Japan
This keynote lecture presents our efforts in promoting the social implementation of smart technologies and practical education through industry–academia and international collaboration. Smart technologies, including artificial intelligence, robotics, systems control, digital transformation, and optimization technologies, serve as essential foundations for addressing social challenges in various fields such as manufacturing, healthcare, welfare, disaster response, food distribution, and environmental energy. However, in order to develop university research outcomes into technologies that can be effectively utilized in society, it is essential to go beyond academic publications and establish a continuous process that includes collaborative research with industry, analysis of real-world problems, prototype development, field validation, and technology transfer.
In our laboratory, we conduct a wide range of research and development projects in collaboration with companies and overseas research institutions. These include flow behavior optimization technology for improving the efficiency and quality of manufacturing processes, smart factories based on AI and digital transformation, disaster-response robots for hazardous operations, assistive robots, welfare robots, rehabilitation robots, pharmaceutical manufacturing systems, dementia care support technologies, and food distribution systems. Through these specific examples, this lecture discusses how industrial needs can be translated into research topics, how research outcomes can be developed toward practical applications, and how international collaborative research can be utilized in student education.
Furthermore, this lecture highlights the educational impact of involving students in collaborative research with companies and overseas research institutions. Through such experiences, students acquire not only specialized knowledge but also the ability to understand real-world problems, collaborate internationally, and conduct research and development with social implementation in mind. This keynote aims to present a model of laboratory management and human resource development that integrates research and development, social implementation, industry–academia collaboration, international collaboration, and practical education in smart technologies.
Ken'ichi Yano was born in Osaka, Japan, in 1969. He received the B.E. degree, the M.E. degree in production systems engineering, and the D.E. degree in electronic and information engineering from Toyohashi University of Technology, Aichi, Japan, in 1994, 1996, and 1999, respectively. He has been with Gifu University, Gifu, Japan, since 2004 as an Associate Professor. He was a Visiting Research Fellow with the Technical University of Berlin, Berlin, Germany, from August 2002 until August 2003. His research interests include control theory and its applications to transfer systems, industrial robots, and medical systems.
Prof. Dr. Ken'ichi Yano
Intelligent Robotics Laboratory, Mie University, Japan
yano@robot.mach.mie-u.ac.jp
Division Manager, Industrial Marketing Management of Mitsubishi Electric Factory Automation (Thailand) Co., Ltd.
Sharing about Mitsubishi Electric's concepts/proposal to support an industrial transformation for matching with a direction of Physical AI. By focused to a specific point, how important for ecosystem collaboration and how related to future career opportunity of students who's considering to prepare for matching with future in both old industrial transformation and coming of new industry.
Parinwatt Parnsingh has a long experienced on Sales & Marketing management of global logistics service and Hospitalities industry for coming 30 years by covered to both Thailand and South East & South Asia markets. The last 10 years until now, he has been working for Mitsubishi Electric Factory Automation business on marketing activities and business opportunity development management. His core responsibility is taking care for an ecosystems development and management to support industrial and technology transformation in Thailand.
Mr. Parinwatt Parnsingh
Mitsubishi Electric Factory Automation (Thailand) Co., Ltd.
parinwatt@mitsubishifa.co.th
Will be available in time. Please continue to check this website for updates.
Registration will be done through the ConfTool® Submission Server.
Please note that all bank charges are at the expense of the debitor.
| STE2027 – Author and Participant Registration | Early Bird Fee until 21 Dec 2026 | Standard Fee from 22 Dec 2026 |
|---|---|---|
| Author – Regular1 (includes presentation of one paper) |
475 EUR | N/A |
| Author – Members of IAOE, IGIP, EWA1,2 (includes presentation of one paper) |
425 EUR | N/A |
| Author – Low-income Countries1,3 (includes presentation of one paper) |
250 EUR | N/A |
| Author – Student1,4 (includes presentation of one paper) |
250 EUR | N/A |
| Participant – Regular (you cannot make any presentation with this fee) |
425 EUR | 475 EUR |
| Participant – Members of IAOE, IGIP, EWA2 (you cannot make any presentation with this fee) |
375 EUR | 425 EUR |
| Participant – Low-income Countries3 (you cannot make any presentation with this fee) |
200 EUR | 250 EUR |
| Participant – Student4 (you cannot make any presentation with this fee) |
200 EUR | 250 EUR |
| Options | ||
| Additional Paper (max 1) | 150 EUR | N/A |
| Conference Dinner Thursday Evening | is included in any fee | |
| Social Program Saturday | 90 EUR | 90 EUR |
| Accompanying Person4 | 150 EUR | 200 EUR |
1 Authors must register until 21 Dec 2026 in order to be included in the program.
2 Upon registration, you will be asked to upload a proof that shows that justifies your eligibility for this fee.
3 Upon registration, you will be asked to upload a proof of ID that shows that you work and live in a low-income country that appears in this list: Low-income Economies.
4 BSc, MSc, PhD, not older than 30 years. Upon registration, you will be asked to upload a document that justifies your eligibility for this fee.
5 Are not allowed to attend the sessions. Choose one of the Participant fees.
Will be available in time. Please continue to check this website for updates.
Ayutthaya is a city in Thailand, about 80 kilometers north of Bangkok. Founded in 1350 by King U-Thong, Ayutthaya served as the second capital of the Siamese Kingdom (after Sukhothai) for over 400 years. Strategically located on an island surrounded by three rivers, it became a major global diplomatic and commercial hub, often referred to as the "Venice of the East". At its height, it was one of the world's largest cities, hosting international traders and dazzling visitors with its golden palaces and monumental temples, such as Wat Phra Si Sanphet.
The kingdom was a significant maritime power, conducting extensive trade with China, India, and Europe, while expanding its territory in Southeast Asia. However, constant conflicts with the Burmese led to the city's eventual downfall in 1767, when it was destroyed by the Burmese army. This invasion marked the end of the Ayutthaya period, prompting the establishment of a new capital in Bangkok.
Today, Ayutthaya is a UNESCO World Heritage Site located in Thailand, known as the Ayutthaya Historical Park. Its spectacular ruins, including broken statues and towering prangs (reliquary towers), serve as a testament to its former glory and a major cultural tourism site.
We offer the Conference Dinner on Choa Phraya River cruise. A Chao Phraya River dinner cruise is a magical 2-hour experience in Bangkok, combining dining with sightseeing. Sailing past illuminated landmarks like Wat Arun and the Grand Palace, these cruises offer spectacular night views, live music, and Thai/International buffets. It is popular for its romantic ambiance, unique perspectives of the cityscape, and a relaxing way to experience local culture.
Illuminated Landmarks: Unforgettable, panoramic views of the "Temple of Dawn" (Wat Arun) and the illuminated Grand Palace. Dining & Entertainment: Enjoying international or Thai buffets while watching live singers or traditional Thai dancing. Unique Perspective: Passing under historical bridges like the Memorial Bridge and seeing the city's skyline from the water.
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