NavaLab-TH — Maritime Specialists Community

Mission

Our Mission

Background

Where we started

Thailand has a large, economically significant maritime industry, but its ability to develop maritime technology in-house is still weak — even though researchers in this field already exist across universities, labs, and organizations, just not yet connected systematically.

Scattered talent

Researchers work in isolation — people with complementary expertise rarely collaborate.

Scattered knowledge

Knowledge and technology never accumulate into a shared national capability.

Research-to-practice gap

Most research stops at papers or simulations, rarely reaching prototypes or real use.

Brain drain

Talented researchers move abroad because the ecosystem and career path at home aren’t there yet.

Loss of IP

Thailand risks losing people, knowledge, and IP all at once.

We want to unite the people who are scattered, to build Thailand’s maritime-technology capability together — this is why the Maritime Technology Research Community exists.

Vision

“To drive and strengthen an ecosystem that enables Thailand to develop and own its maritime innovation and technology.”

What “own” means

Not just using technology brought in from abroad, but having the full capability to:

  • Research — set the questions and do the work ourselves
  • Develop — turn knowledge into technology
  • Engineer — real engineering design
  • Build — build and assemble the system ourselves
  • Own IP — keep the IP in Thailand
  • Validate — test and prove performance
  • Commercialize — bring it to market

More than a research community

The goal is a complete, end-to-end maritime-technology ecosystem — a paper is never the destination, just one step toward building technology.

Research Technology Prototype Validation Commercialization Global Market

Mission

Our Mission

M1

Unite scattered people into one network

Connect researchers, engineers, students, and maritime-tech specialists across universities, labs, and organizations so they work together systematically.

M2

Turn individual capability into collective capability

Maritime technology is complex and multidisciplinary — no one person can master it all. We combine different expertise to build what one person alone cannot.

M3

Turn research into real, working technology

Push work from papers and simulations toward prototypes, lab validation, and field testing — aiming for real operational technology.

M4

Connect research with industry

Bring real industry problems into the research process, and send finished technology back out into real use — so the ecosystem keeps growing.

M5

Build a career path to keep talent in Thailand

Create a new career path for people who want to build technology in Thailand — reducing brain drain and keeping people, knowledge, and IP at home.

Philosophy & Values

Our DNA

Create

Build what Thailand doesn’t yet have — not just study or copy foreign technology, but create our own.

Unite

Bring together different people, knowledge, data, software, hardware, labs, networks, and experience into a capability bigger than any one member.

“I have this problem — but I no longer have to solve it alone.”

If one person has research, another has engineering, another has industry connections, another has hardware, and another has AI — together they can assemble one technology. This is the core reason the community exists.

Example: building a single Autonomous Vessel system already needs many disciplines at once —

Marine EngineSystem ControlAI / Machine LearningAutomatic BerthingCollision AvoidanceRoute PlanningCommunicationPropulsionETAMarine Cyber SecuritySoftware EngineeringShip Maneuvering Mode

No single member needs to know everything — together, we build what one person alone cannot.

Scope

The scope of Maritime Technology

We don’t limit ourselves to one slice of technology — maritime technology is inherently multidisciplinary. What matters isn’t which domain someone belongs to, but cross-domain collaboration.

Ship & Marine Technology

  • Ship Technology
  • Autonomous Vessels
  • Maritime AI
  • Route Planning
  • Cyber Security
  • Support System
  • Collision Avoidance

Wider Maritime Technology

  • Offshore Technology
  • Port Technology
  • Logistics
  • Maritime Safety
  • Defense Technology