Building Space Talent Across the Asia-Pacific

Space technology is becoming part of everyday infrastructure.

Satellites support communications, navigation, environmental monitoring, disaster response and scientific research. As these systems become more important, countries also need engineers and researchers capable of developing and operating the technologies behind them.

During the 3rd APSCO Leadership Development Forum, held in Bangkok from 1–3 December 2025, MAHANAKORN signed a memorandum of understanding with the Asia-Pacific Space Cooperation Organization (APSCO) to expand cooperation in space-technology education and human-resource development.

The collaboration covers education, professional training, research, knowledge exchange and the development of technical talent across the Asia-Pacific region.

An Education and Training Center for Thailand

As part of the cooperation, MAHANAKORN was appointed as an APSCO Education and Training Center in Thailand.

The center is expected to support:

This gives the university a role that extends beyond delivering its own degree programs.

MAHANAKORN can also contribute to regional initiatives designed to strengthen the people and knowledge needed for the future space economy.

From Learning to Regional Collaboration

The agreement also creates a foundation for joint research and wider academic cooperation.

MAHANAKORN and APSCO aim to support collaborative research, knowledge exchange and international projects while helping develop the skills of students, researchers and professionals working in space-related fields.

That regional dimension matters because modern space projects rarely belong to one discipline or one country.

Satellite systems can require electronics, telecommunications, software, artificial intelligence, mechanical engineering, sensing and data analysis working together.

Training the next generation therefore means giving engineers opportunities to understand not only individual technologies, but how those technologies connect within larger systems.

Space Technology Is Closer Than It Looks

Space engineering can sound distant from everyday life, but many of its applications are already around us.

Satellite technology supports weather forecasting, navigation, communications and disaster monitoring. Earlier collaboration involving MAHANAKORN and APSCO has also highlighted the role space technology can play in areas such as flood, wildfire and storm monitoring.

For students, this creates a much wider view of what a career in space technology might involve.

It does not necessarily mean becoming an astronaut or building a launch vehicle.

It could mean developing communication electronics, processing satellite data, designing autonomous systems, building sensors or conducting research that helps turn information from space into solutions on Earth.

Where Could You Take It Next?

Students interested in space systems and the technologies behind them can begin building relevant foundations through:

Communication & Electronics Engineering
Develop knowledge in electronics, signal processing and communication technologies that form important parts of satellite and space-communication systems.

Explore Communication & Electronics Engineering →

Computer & AI Engineering
Build foundations in computing, artificial intelligence and data for autonomous systems, satellite-data analysis and intelligent technologies.

Explore Computer & AI Engineering →

Mechanical Engineering
Explore engineering design, mechanics and physical systems relevant to complex technologies operating in demanding environments.

Explore Mechanical Engineering →

Postgraduate Research
Take engineering further through advanced research and opportunities to contribute to emerging areas of science and technology.

Explore Postgraduate Research →

Space exploration may reach beyond Earth, but building the people and technology behind it starts here.