Jackson Felt presents innovative research on 3D printed prosthetics efficiency at CHF event

At a recent meeting of the Cohoes City School District Board of Education, student Jackson Felt presented his groundbreaking research on the efficiency of 3D-printed lower limb prosthetics compared to traditional plaster methods. This presentation highlighted significant advancements in prosthetic technology that could greatly benefit patients in need.

Felt, who has spent three years researching this topic, emphasized the time and cost advantages of 3D printing. Traditional methods involve a lengthy process of creating plaster molds, which can take several days to complete. In contrast, 3D printing allows for faster production and customization, enabling prosthetists to create tailored solutions more efficiently. Felt's findings revealed that 76.5% of surveyed prosthetists now use 3D printing, with 93.3% believing it to be the more efficient method.

The study also pointed out that while 3D printing significantly reduces the time it takes for patients to receive their prosthetics, challenges remain. Insurance approval processes can delay access to these innovative devices, underscoring the need for further research and advocacy to streamline these procedures.

Felt's work not only showcases the potential of modern technology in healthcare but also reflects the dedication of students in the Cohoes City School District to address real-world issues. As Felt prepares to graduate as salutatorian with an impressive GPA and college credits, his research stands as a testament to the impact of education on community health advancements.

The meeting also featured other student presentations, including research on prebiotic molecules by Shay Montaigne, further highlighting the district's commitment to fostering scientific inquiry among its students. As the district continues to support such initiatives, the community can look forward to innovative solutions that enhance the quality of life for its residents.