Sofia Kenny

Strategically managed federal project opportunities, conducting comprehensive market analysis and competitive assessments. Cultivated and maintained strong relationships with teaming partners to address client needs, facilitating successful project pursuits.

Led and managed a 14-volunteer team, overseeing operations, finance, marketing, outreach, and technology. Planned and budgeted for 15 professional networking events targeting young adults throughout the year.

Prepared and managed actionable reports in Workday that communicated insights and recommendations to stakeholders. Developed and applied text analytics, sentiment analysis, topic modeling, and text clustering to extract information from HR survey data.

Oversaw projects in the marketing, outreach, and evangelization teams. Generated interest and increased event awareness through targeted social media promotion, resulting in a 20% growth in followers.

Generated interest and increased event awareness through targeted social media promotion, resulting in a 20% growth in followers. This role focused on enhancing the organization's visibility and engagement.

Collaborated with a 5-person group to execute experiments using specialized test equipment to develop a diagnostic device. Conducted feasibility studies, benchmarking exercises, and reliability tests to inform decision-making processes.

Part of an engineering team that created an award-winning dog prosthetic device. This project was nominated for the Dean’s Choice Award for Design and received significant fellowship funding.

Collaborated with cross-functional teams and translated rat-specific algorithms to process human EEG on MATLAB. This was done to quantify the amount of recovery after cardiac arrest resuscitation.

Completed a Master of Science in Business Analytics. This program focused on leveraging data for strategic business decisions.

Activities and societies: Awarded $15,000 from Bioengine Fellowship & Bioengine Design; Honored as UCI Business Plan Competition Finalists

Part of an engineering team that created an award-winning dog prosthetic device. The project was nominated for the Dean’s Choice Award for design and received $15,000 from the Bioengine Fellowship & Bioengine Design.

Earned a Bachelor of Science in Biomedical Engineering. This degree provided a strong foundation in engineering principles applied to biological and medical systems.

Collaborated with cross-functional teams to translate rat-specific algorithms for processing human EEG on MATLAB. The research aimed to quantify recovery after cardiac arrest resuscitation.