Thomas Wyse Jackson, Ph.D. Email & Phone Number

Greater Philadelphia

• Analyze complex biomechanical scenarios by extracting key insights from diverse data sources.
• Prepare comprehensive technical analyses and reports for use in litigation and regulatory matters.
• Manage teams of cross-disciplinary experts to ensure timely and quality deliverables for clients.
• Conduct literature reviews to incorporate relevant findings for analyses.
• Perform product testing to assess impact of proposed regulatory standards, providing design solutions.
• Execute on-site inspections of vehicles and locations, integrating findings into our analyses.

Ithaca, New York Area

• Conducted research of mechanical models of biological tissues, requiring experiments, data analysis, and computational simulations, culminating in highly cited research articles and conference presentations.
• Designed and wrote MATLAB, Python, Labview, and Bash code to extract actionable data from experimental measurements, including image analysis, spectral decomposition, and numerical simulations.
• Developed new analysis code following a microscope failure, minimizing project downtime and decreasing experiment time by 20%.
• Hosted interdisciplinary meetings between principal investigators and invited external speakers.
• Provided mentorship to Ph.D. and undergraduate students to enhance their research skills, resulting in their professional growth and tangible research outcomes.

I was a teaching assistant for the course PHYS1102 in Cornell University, instructed by Nick Taylor. This role focused primarily on direct one on one tutoring of students. I tackled this teaching by helping students understand basic examples and extrapolating these worked examples to the problems which they did not understand. I was awarded the 'Most.

Ithaca, New York Area

I was a teaching assistant for PHYS2207, instructed by Professor Carl Franck, and PHYS2213, instructed by Alan Giambattista. In both of these courses I lead discussion sections and lab courses. I aimed to make physics interesting by focusing on real world examples, such as the oscillations of jelly, or the energy consumption of a light bulb, teaching that.

Dublin

• Created finite element models in ABAQUS to simulate nanoindentation of thin film biopolymers.
• Research was presented at Materials Research Society, 2015.

Cambridge, Massachusetts

• Utilized IDL to merge and analyze publicly accessible datasets to establish relationships between sunspot activity, sunspot properties, and solar flare occurrences to create a power-law relationship.
• Research was presented at American Geophysical Union 2015.

Doctor Of Philosophy - Phd, Physics

• Awarded Cornell University Graduate Fellowship, Graduate Teaching Award, and Research Travel Grants. • President of the Cornell.

Bachelor Of Arts - Ba, Theoretical Physics, First Class Honours

• Graduated with First Class Honors, elected as a scholar of Trinity College Dublin, awarded an entrance exhibition prize. • Represented.

615 Out Of 625 Points In The Leaving Certificate

Head of Embury boarding house Deputy Head Boy Captain of the Debate Team Compiler of 'Wesley Women - 100 Years of Co-Education' (PDF.