Engineering Under Constraint: How Space Missions Drive Deep-Tech Innovation
For decades, sending a biological experiment into space was an administrative and logistical bottleneck. Between complex agency approvals and custom hardware design, getting your science past the atmosphere took years. For a fast-moving synthetic biology startup or research team, that timeline is a death sentence.
Welcome to Week 2 - Shield & Build: Deep Space Health & Off-World Manufacturing. In this operational masterclass, we bust open the doors to the modern commercial space economy.
Join us for "Engineering Under Constraint: How Space Missions Drive Deep-Tech Innovation," featuring Miguel Ferreira, Biosciences Space Business Developer for the ICE Cubes Service (by Space Applications Services NV/SA).
Miguel will pull back the curtain on the world of commercial space logistics, sharing concrete insights on how the ICE Cubes platform allows researchers to bypass traditional bureaucratic red tape. Learn how you can conceptualise, build, certify, and launch a synthetic biology experiment to the International Space Station (ISS) in months rather than years. If you want to know how to plug your science into the ISS Columbus laboratory, interact with your payload in real-time from your laptop, and rapidly iterate deep-tech biology, this session is your roadmap.
What you’ll learn:
The ICE Cubes Framework: How modular, plug-and-play "Experiment Cubes" have revolutionised the timeline of low Earth orbit (LEO) research.
Bypassing the Bottleneck: The step-by-step reality of safety certification, flight readiness, and commercial launch logistics.
Real-Time Orbit Control: How modern infrastructure allows you to command your biology and stream data live from the ISS back to your laboratory on Earth.
Whether you are a researcher looking to test your engineered microbes in microgravity or a deep-tech founder looking to scale, this talk will show you exactly how to get your science on the next rocket launch.
About the speaker
Miguel Ferreira, PhD - Biosciences Space Business Developer, Space Applications Services NV/SA
Miguel Ferreira works at the edge of space biology, bridging the gap between advanced bioengineering and aerospace commercialisation. Holding an MSc in Bioengineering from the University of Porto and a PhD in Regenerative Medicine from the University of Manchester, Miguel has spent over a decade studying biological systems under extreme conditions.
His extensive track record includes researching endothelial cell behaviour under hypergravity for the European Space Agency’s (ESA) Spin Your Thesis! program, serving as the President of SELGRA (Student European Low Gravity Research Association), and working as a cellular senior scientist in the private sector. Today, at Space Applications Services, he spearheads business development for space biology and robotic exploration technologies, driving the deployment of paradigm-shifting biofabrication payloads to the International Space Station.