Some futures don’t arrive with fanfare; they can coast through neighborhoods and zoom down highways or even sit in your driveway – as it does for Teresa Alex.
Both women work for Exyte’s Global Business Unit Advanced Technology Facilities in the US. Oakley is a Senior Industrial Engineer, and Alex is an Electrical Engineering Manager. The future of mobility sits outside their front doors in the form of fully electric vehicles (EVs), made possible by batteries produced in facilities Exyte designs and delivers.
“Working at Exyte has given me a unique perspective on how deeply electrical infrastructure shapes the technology we rely on every day, including the EV I drive,” reflects Alex. In her role, she designs power distribution systems that keep advanced manufacturing facilities going, including battery production plants that enable EVs to be reliable and efficient.
These are the highly specialized environments where the next generation of battery cells are engineered and produced, and Exyte delivers the complex utility, dryroom, and safety systems they require. These facilities include ultra‑dry production environments essential for battery performance. In a typical dryroom, humidity levels are kept below 1 percent, making them drier than the world’s deserts. This protects sensitive battery materials from moisture during cell assembly.
After work, Alex steps into her car and experiences the same principles at different scale: “Reflecting on my work and my own personal life makes me realize that I play a part in enabling the future of technology.” Her work also makes her more aware of energy resilience and the importance of reliable and efficient power systems.
Driving the future, at work and at home
Oakley flicked the switch to electric a decade ago, at a time when EVs were a novelty on American roads. “I was an early adopter,” she says. Back then, the choice of models was limited, and the cost was a hefty investment. But her decision came from a mix of a desire to reduce her carbon footprint and her own engineering knowledge that told her that clean energy technology was about to become the next big thing.
Early concerns about range and charging have now faded, and today’s EV landscape is much broader. Usually, Oakley charges at home overnight aligning with lower cost electricity. “It’s been straightforward from the start,” she says. “There was a narrative that EVs are not convenient because of the limited range. But for longer drives, I’ve found that modern ranges and short charging pauses fit naturally into trips.”
Oakley contributes to the design and delivery of highly specialized manufacturing environments where modern battery cells are produced. Her personal choice to go electric flows into her professional life where she drives the very future, she helps engineer.
Jason Jia, Process Engineer
Sometimes the future comes full circle as it does for Jason Jia, a Process Engineer at Exyte in Northeast Asia. The facilities he helps design produce the very medicine he relies on. Living with diabetes, Jia uses semaglutide which is manufactured in Exyte-delivered pharma plants, making Exyte’s impact tangible for both patients across the world and in his own daily life.
Eric Spaete, Senior Sales Funnel Manager
Our early memories and formative years help define who we are. For Eric Spaete, video games and programming have been a part of his life for as long as he can remember. Raised in 1980s East Germany, his curiosity turned into a career that now connects gaming passion with the data centers powering the digital world. Today, he helps shape the infrastructure behind online play, streaming, and cloud gaming.
Brian Wofford, Construction Manager
In a world of more than 7,000 languages, communication is what connects us. Clarity across cultures keeps people safe and projects moving, especially for Brian Wofford, a Construction Manager at Exyte in Texas. Using real-time translation tools on diverse data center sites, he helps turn many languages into one team, all of it powered by the digital infrastructure Exyte delivers.
Jim Chuan Qin, Lead Architect
What once felt like science fiction is now part of everyday life. For Jim Chuan Qin, an engineer with Exyte in Northeast Asia, semiconductors power everything from smart homes and wearables to drones in the sky. By helping deliver the facilities behind advanced chips, Qin plays a role in turning futuristic technology into daily convenience.
