Biotech and chemical engineering are two of the newer disciplines under the UYScuti umbrella, and they're already shaping how we think about the rest of our engineering work.
Why we invested here
A lot of the most interesting technical challenges right now sit at the intersection of biology, chemistry, and data. Sensors that read biological signals, materials that respond to their environment, systems that need to interpret messy real-world biological data — these problems don't fit neatly into a traditional software or hardware roadmap.
Rather than treating biotech and chemical engineering as a separate arm of the company, we've integrated them directly into how we plan and build. That means our biotech researchers are involved early in projects that touch on health, materials, or biological data — not brought in as an afterthought once the software and hardware decisions are already made.
What our research focus looks like today
Our current work in this space centers on a few areas:
- Materials and chemical processes that can be paired with hardware systems to create more durable, responsive, or efficient products.
- Biological data interpretation, applying rigorous, evidence-based methods to make sense of complex biological signals.
- Safety and responsible research practices, ensuring that as we push into new territory, we do so carefully and with proper rigor.
What's next
This is an early but important part of our long-term vision. We believe that combining biotech and chemical expertise with strong software and hardware engineering will let us build things that neither discipline could produce alone. We'll share more details on specific projects as they reach a stage we're ready to talk about publicly.