College of

Engineering, Architecture and Technology

In the world of academia, groundbreaking research often originates from individuals with a unique blend of passion and expertise. Gabriel Parker, a first-year master’s student, is taking a visionary approach to energy solutions. Set to graduate in 2025, Gabriel’s journey is marked by a diverse range of interests and a commitment to revolutionizing the way we think about energy consumption and storage, but more importantly, to find a way for people to take an interest. Armed with an English degree and a fervent enthusiasm for reading and writing, Gabriel found himself naturally drawn to the realm of energy innovation. His penchant for fiction writing, particularly in the science fiction and southern gothic genres, mirrors his innovative thinking – imagining a future that pushes the boundaries of what's possible.

 

Gabriel’s journey into the world of energy innovation began early on, rooted in his childhood experiences in the HVAC industry. As a middle schooler, he spent a summer working alongside his father to install HVAC systems. These formative experiences spurred an interest in energy systems and ignited his dedication to making a lasting impact in the field.

 

Currently, Gabriel is involved in a compelling research project titled "Integrating Thermal Energy Storage Models into Pre-Existing Building Simulation Methods - Sizing System Components for Zero Energy Tiny House Application." Aptly named, he is exploring ways to optimize the integration of thermal energy storage into existing building systems, with a focus on the current project of a zero-energy tiny house. Specifically, Gabriel’s recent work looks mostly like coding. He is trying to come up with a new thermal circuit, which is a way to schematically predict how heat will flow in a system. Gabriel described it in simpler terms, saying that looks like 25 equations, solving simultaneously, for every hour of every day. Rather than publications, this project will be the main showcase for his work. The physical presentation of a functional product of his work will hopefully capture the attention of a broader audience, like students looking to join the movement for researching more efficient and sustainable energy-use methods. More people talking about these ideas and methods could further Gabriel’s mission to have the idea of thermal energy storage become thought of as an attainable goal in steps toward energy innovation.

 

With a keen eye on the industry's trajectory, Gabriel hopes his work will spark essential conversations around thermal energy storage. Being the logical next step in the world's electrification goals, he aims to elevate its importance in the public view on par with other renewable energy technologies. To him, this innovative approach could be the key to solving long-standing energy challenges by effectively managing supply and demand.

 

Gabriel is unwavering in his ambition. His plans extend beyond the classroom, with a goal of making a substantial impact on the industry. While he acknowledges his deep interest in someday working in the industry, he's keeping an open mind to the possibilities that lie ahead and is prepared to seize opportunities as they arise.

 

As Gabriel’s academic journey unfolds, his fusion of passion, expertise, and innovation promises to pave the way for a brighter and more sustainable energy future. With a fresh perspective and determination, Gabriel stands ready to prove that effective energy solutions are not confined to convention but can emerge from the depths of creative thought and dedicated research.