Talya Simcox

Experience

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  Town of Southampton

  Jan 2019 - Aug 2024

  Senior Ocean Rescue
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  Johns Hopkins Whiting School of Engineering

  Jun 2019 - May 2021

  Research Assistant

  I took the initiative to lead my own research project, focusing on testing and measuring the vibration sensitivity of tactile sensors employed in neuroprostheses. The culmination of this effort was the compilation of a comprehensive research paper presenting the results, which highlighted the distribution of vibrations as observed in the study.

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  Engineers Without Borders, University of Maryland College Park

  Sept 2022 - Dec 2023

  I was responsible for planning and developing weekly updates and posts across various platforms such as Instagram, Facebook, LinkedIn, and our website to actively engage our followers. Additionally, I collaborated closely with project leads to address and fulfill advertisement requirements. Effectively fostering audience engagement, I curated content from our team members, community partners, and ongoing projects. Moreover, I played a crucial role in cultivating a positive relationship among our volunteers, executive board members, and project leads, fostering a collaborative and cohesive working environment. Show less

  • Media and Technology Executive Board Chair

    Jan 2023 - Dec 2023

  • Communication & Logistics Sub-Lead

    Sept 2022 - Dec 2023
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  University of Maryland, Baltimore (UMB)

  Oct 2022 - now

  Undergraduate Researcher

  • Collaborated in an 8-member team to design, develop, and implement testing protocols for synthetic blood particles in an ex vivo organ support system• Presented and defended a 40-page research proposal to a panel of experts, demonstrating the device’s potential clinical applications• Implemented lab safety protocols and led fundraising campaigns, generating over $3000 through targeted outreach strategies

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  The Fischell Department of Bioengineering, University of Maryland

  Jan 2023 - now

  Contributed to the development and optimization of medical devices aimed at improving global healthcare. Key achievements include:- Developed detailed assembly modules for laparoscope and portable testing chamber builds.- Characterized the thermal profile of the laparoscope in simulated surgical environments to ensure performance under real-world conditions.- Improved the design of the portable testing chamber based on feedback from collaborators in Uganda.- Co-authored 2 manuscripts and trained incoming graduate students on laparoscope assembly.This experience strengthened my skills in device development, collaboration, and technical writing, with a focus on global health solutions. Show less

  • ASPIRE Research Scholarship Recipient

    Sept 2024 - now

  • Undergraduate Researcher

    Jan 2023 - now
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  Gemstone Honors Program

  Aug 2023 - now

  In this role, I managed and promoted the Gemstone Honors Program’s social media presence, enhancing visibility for events and initiatives. My key responsibilities included:- Creating and executing social media strategies to drive recruitment and event participation, collaborating with the Gemstone community.- Ensuring consistent branding across all platforms, aligning marketing efforts with the program's goals.- Selecting, training, and coordinating with marketing liaisons from leadership committees to ensure cohesive promotion and representation of Gemstone’s values and activities.This experience strengthened my leadership, communication, and digital marketing skills, driving successful engagement across the program. Show less

  • VP of Marketing

    Feb 2024 - now

  • Connect Peer Mentor

    Jun 2022 - now

  • Teaching Assistant

    Aug 2023 - Dec 2023
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  Restorative Therapies

  Jun 2024 - Aug 2024

  R&D Intern

  As the sole bioengineer on the R&D team, I led the design and development of patented medical devices, resulting in the assembly of functional prototypes that advanced to production. My key contributions included:- Spearheading the development of a Sequential Compression Device integrated with electrodes to prevent muscle atrophy in bedridden patients.- Collaborating with cross-functional teams to ensure adherence to regulatory requirements and industry standards for class I & II medical devices.- Managing communications with manufacturing companies to source materials and obtain production quotes, ensuring project alignment and successful prototyping.This experience honed my expertise in medical device development, manufacturing processes, and cross-functional collaboration. Show less