As a Research Technologist at Nemours Children’s Hospital in the Klorig Lab, I have been aiding in the development of new techniques and technologies related to the electrophysiological characterization of epilepsy. The responsibilities of this opportunity build off my past lab experience and require the application of new, exciting skills. 

I am beyond excited about working in Dr. Klorig’s Lab, as I have always viewed neuroscience as the final frontier of biological science. The development of neural implantation technology and the characterization of network-wide activity is also the most undeniably fascinating way to explore that frontier. I believe my wide range of lab experience and passion for discovery—supported by the facilities at Nemours Children’s Health—will allow me to make a meaningful and long‑lasting contribution to the study of epilepsy and neuroscience. 

I’ve begun to pick up a comprehensive R&D skill set, including CAD, circuit design, 3D printing, coding, and research animal husbandry and surgery. My present project under Dr. Klorig is the development of a technique and device for the modification of microwire electrode tips. In the past months, dramatic progress has been made. Beginning as a hand‑operated crank attached to a stereotax, the Orbital Microwire Tip Shaper (OMTS) is now a fully automated, standalone device with a user interface. The device and technique have since progressed to a pending patent. While this is beyond exciting, it is simply a steppingstone for future, more ambitious devices.

As an undergraduate researcher and intern, I gained ample hands‑on experience with a wide variety of molecular biology techniques. My internship at QPS required effective time management, organization, and competence in a wide range of wet lab techniques. Confidence and precision were critical to meeting the needs of a CRO focusing on high-throughput immunological assays. Ninety‑six‑well ELISAs and cell culture were my most frequently performed protocols, and I expect they will translate well to the histological procedures planned for the Klorig Lab. 

Looking ahead, I am eager to further apply my curiosity, discipline, and growing technical expertise to the Klorig Lab as we work to advance the electrophysiological study of epilepsy. I am committed to contributing meaningfully to our ongoing research while continually expanding my skills in neuroscience, engineering, and experimental methodology. I am grateful for the opportunity to help push forward the technologies and insights that will shape the future of epilepsy research.