When you hear "Thurgood PJs projects," your mind might immediately jump to the animated sitcom "The PJs." And you wouldn't be entirely wrong. That show, which aired from 1999 to 2001 on the Fox Network, featured Thurgood Orenthal Stubbs, voiced by Eddie Murphy himself, as the chief superintendent of a housing project. The series, animated using a unique 'Foamation' process, delved into the lives of Thurgood, his wife Muriel, and the colorful residents of their building. It was a comedy that, in its own way, explored the dynamics of a community, albeit a fictional one.
But the phrase "PJs projects" can also lead us down a completely different, yet equally fascinating, path – one of cutting-edge scientific research and innovation. This is where the "CDT in Formulation Engineering student projects" come into play. Since 2001, this program has been a powerhouse for securing funding and nurturing brilliant minds, with each grant supporting cohorts of ten students tackling complex challenges.
Imagine students, not in a cartoon apartment building, but in advanced labs, working on projects that could shape our future. Take, for instance, the "Formulation for Net Zero" initiative running from 2024 to 2028. Here, students like Thanmaya Arunkumar and Nina Nguyen, sponsored by giants like P&G, are developing sustainable hair conditioning technologies and investigating mechanisms affecting deposition in automatic dishwashing. It’s about making everyday products better, more efficient, and kinder to our planet.
Then there's the "Sustainable Structured Products" era, spanning 2019 to 2023. Projects here were equally diverse. Ting Zhang and Laure Kyriazis, also with P&G, explored additive molecule migration and the design of fabric sensorial behavior. These aren't just academic exercises; they represent a deep dive into the science of how things work, how they interact, and how we can improve them.
What's truly remarkable is the sheer breadth of these projects. From developing novel sustainable dried capsules for consumer goods (Anjana Madhusoodanan) to understanding the physio-chemical properties of complex soil for cleaning products (Huiru Yu), the students are tackling real-world problems with scientific rigor. They're using advanced techniques like numerical modeling, AI, and computational fluid dynamics to push the boundaries of what's possible.
So, while "Thurgood PJs projects" might first evoke images of animated antics, it also points to a world of serious scientific endeavor. It’s a reminder that innovation can come from unexpected places, whether it’s a sitcom exploring community life or a dedicated group of students engineering a more sustainable future, one formulation at a time.
