On 13-14 March 2026, CopPhil participated in ENGenium 2026, an annual event hosted by the Philippine Society of Mechanical Engineers – De La Salle University (DLSU) at the DLSU Taft Avenue campus in Manila. The event brought together students and young professionals from across disciplines, providing CopPhil a valuable opportunity to engage with one of the country’s most active university communities.
CopPhil’s presence spanned both days of the event. The team set up an exhibition booth on 13 March, which remained active throughout the main event day, welcoming attendees and presenting the project’s three Earth Observation (EO) Services: Ground Motion Monitoring, Land Cover/Forest/Crop Mapping, and Benthic Habitat Mapping. Read more about CopPhil’s EO Services here: Pilot Thematic Services – CopPhil
For students encountering these services for the first time, seeing concrete satellite data applications for their country and its specific challenges, helped contextualize the technology and gave them an opportunity to pose more in-depth questions to the CopPhil team on the initiative’s impact.
Taking the stage at ENGenium 2026
A highlight of CopPhil’s participation was the presentation delivered by our Liaison Officer Ms. Monica Sillona on 14 March, titled Engineering Earth Insights: Delivering EU Copernicus Data in the Philippines through the CopPhil Mirror Site and Services. Speaking to a predominantly student audience, Ms. Sillona introduced the CopPhil initiative, explaining how the project, implemented by the European Space Agency (ESA) in partnership with the Philippine Space Agency (PhilSA) and the Department of Science and Technology (DOST), is working to bring operational EO Services into the workflows of Philippine government institutions.
Aside from the technical content, the talk was also tailored to an audience of young Filipinos at the start of their careers, many of whom may not yet see an obvious connection between their studies and the space sector. Ms. Sillona addressed this directly, speaking about the growing range of profiles which space and EO programs require, and how initiatives such as CopPhil depend on diverse expertise to deliver real-world results.
The session conveyed a clear message that space is an interdisciplinary endeavor with room for a wide range of professional backgrounds, even beyond engineering. Speaking to an audience of students pursuing a wide range of disciplines, the talk opened a broader conversation about how EO data is already quietly shaping decisions in hazards monitoring, agriculture, and coastal protection across the Philippines.
For students and young professionals curious about how EO data translates into real decisions on the ground, the CopPhil Digital Campus provides a starting point, with resources on how EO data can be effectively used for decision-making and policy implementation in the Philippines.
A Panel on Careers, Technology, and Collaboration
Ms. Sillona also participated in a panel discussion which gathered speakers to answer audience questions about career opportunities in the space industry, the impact of space technology on society, and its importance in daily life. The exchange showed students’ curiosity about how emerging technologies connect to real-world impact and where they might fit in.
In particular, our Liaison Officer emphasised that in order to be successful, initiatives such as CopPhil require international collaboration, with EO services co-developed alongside Philippine institutions from the beginning rather than created independently and transferred later. The relevant national agencies are partners in the process, not recipients at the end of it, and that collaborative model is precisely what gives the services a better chance of being genuinely integrated into institutional workflows.
Why University Engagement Matters
For CopPhil, engaging with universities is more than outreach, it is an investment in the future of the Philippine space ecosystem. As the sector grows, its long‑term sustainability will depend on a steady pipeline of skilled, motivated professionals who understand the value of Earth Observation and know how to apply it. Events such as ENGenium provide a direct bridge to those future practitioners: students who may soon shape policy, drive research, or contribute to innovation across government, academia, and industry.
DLSU, with its strong engineering and science tradition, is precisely the kind of institution where this next generation is being formed. By being present, CopPhil is not only showcasing its services to future users, it is helping cultivate the very community which will sustain and advance space technologies in the Philippines for years to come. In that sense, our participation at ENGenium is a small but meaningful step towards building a resilient, forward‑looking national space ecosystem.
Follow the CopPhil website and social media channels for updates on upcoming activities, service news, and project milestones.
All photographs are courtesy of DLSU-PSME.
Background Information
As a flagship and unique program of the EU’s Global Gateway strategy, CopPhil is designed to harness digital resources and space technology for sustainable development and to support innovations in research and business in close cooperation with government partners.
CopPhil is managed by the European Union Delegation to the Philippines. It is implemented by the European Space Agency (ESA) in partnership with the Philippine Space Agency (PhilSA) and the Philippine Department of Science and Technology (DOST). In addition to the development of the Earth Observation pilot services, the activities of CopPhil include the establishment of a Copernicus Data Center and IT infrastructure as well as awareness-raising and knowledge and skills transfer related to Copernicus data and information.
