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Chulalongkorn Engineering Research Featured at INTANIA Forum 2026

  • 23 hours ago
  • 2 min read
Meticuly presenter at a podium holding a 3D-printed human skull model with a custom patient-specific titanium implant, demonstrating AI deep learning algorithms for medical implant design.

On 31 July 2026, the Faculty of Engineering at Chulalongkorn University highlighted the pivotal role of academic research in driving national competitiveness during The INTANIA Forum 2026. Held under the central theme "Surviving Under The New World Order" at the Hall of INTANIA, the forum convened prominent public sector figures, corporate executives, and academic pioneers to address Thailand’s strategic trajectory amidst rapid technological, economic, and geopolitical shifts. 


The forum featured keynote addresses and panel presentations from leading national figures, university executives, and research innovators, including: 


H.E. Anutin Charnvirakul — Prime Minister of Thailand

Auttapol Rerkpiboon — Advisor to the Prime Minister and former Minister of Energy

Kattiya Indaravijaya — CEO of Kasikornbank

Thammasak Sethaudom — President & CEO of SCG

Vitai Ratanakorn — Governor of the Bank of Thailand


Meticuly presenter at a podium holding a 3D-printed human skull model with a custom patient-specific titanium implant, demonstrating AI deep learning algorithms for medical implant design.

A highlight of the event was the official deep-tech showcase, where Prime Minister Anutin Charnvirakul, alongside senior officials and industry executives, toured the exhibition zone to examine how university-backed technological development is actively strengthening Thailand's medical self-reliance and global standing. 


A Multi-Disciplinary Ecosystem: Showcasing Chula Engineering’s Flagship Spin-Offs

The INTANIA Forum 2026 served as a comprehensive exhibition of Chula Engineering’s diverse technological pipeline. Rather than focusing on a single discipline, the faculty highlighted a broad spectrum of academic enterprises and research clubs that translate university discovery into public benefit:


  • Meticuly (Medical Technology & Metallurgy) led by Assoc. Prof. Dr. Boonrat Lohwongwatana and Asst. Prof. Dr. Chedtha Puncreobutr : Pioneering 3D-printed Patient-Specific Implant systems that convert diagnostic volumetric imaging into custom titanium bone reconstructions. 

  • Engine Life Co., Ltd. (Medical Materials & Healthcare) led by Assoc. Prof. Dr. Juthamas Ratanavaraporn : Spearheading advanced biomaterials and specialized medical-grade material innovations aimed at elevating domestic healthcare infrastructure. 

  • The PEG SHUNT Project (Ophthalmic Medical Devices) led by Assoc. Prof. Dr. Veerasak Udomkichdecha : Developing customized glaucoma drainage devices designed to manage intraocular pressure and prevent vision loss in glaucoma patients.

  • Chulalongkorn University High Altitude Research Club (CUHAR) led by Aj. Joshua Staubs: Advancing aerospace engineering, atmospheric research, and high-altitude experimental rocket systems designed by next-generation student engineers.

  • Water Resources Engineering Research led by Asst. Prof. Dr. Phongsak Suttinon : Presenting sustainable water management frameworks and environmental data modeling to bolster national infrastructure resilience. 


Together, these initiatives demonstrate the strength of Chula Engineering’s collaborative ecosystem—bringing together university faculty, clinical specialists, engineering alumni, and global partners.



Translating Metallurgical Science into Global Healthcare

Founded on collaborative research between engineering researchers and clinical surgeons, Meticuly represents a milestone in university-led deep-tech commercialisation. The enterprise has grown from a university laboratory project into a globally compliant medical device manufacturer, achieving top-tier international regulatory approvals including US FDA clearance, EU MDR certification, and UK MHRA registration across multiple product lines.


Today, Meticuly’s 3D-printed solutions are deployed across more than 12 countries, with active research and clinical collaborations alongside world-renowned medical schools and institutions.


Meticuly presenter at a podium holding a 3D-printed human skull model with a custom patient-specific titanium implant, demonstrating AI deep learning algorithms for medical implant design.

Sustained Growth Through Collaborative Networks

Meticuly’s progression from an academic spin-off to a global medical technology provider has been enabled by an extensive support ecosystem. We continue to work closely with clinical leaders, state innovation agencies, and the Faculty of Engineering, Chulalongkorn University


By bridging advanced materials science with clinical needs, Meticuly remains dedicated to delivering safe, high-quality, and accessible Patient-Specific Implant solutions for cranioplasty and reconstructive surgery worldwide.

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