Eric L.

Key Skills

Software

Internal/Proprietary Tooling

Top Subject Matter

Computational fluid dynamics and bio-inspired micro-robotics simulation

Applied mathematics education/tutoring

Legal Services & Contract Review

Top Data Types

Text

Document

Image

Top Task Types

Question Answering

Freelancer Overview

Undergraduate Research Assistant (computational modeling of starfish larvae cilia-inspired micro-robots). Brings 7+ years of professional experience across complex professional workflows, research, and quality-focused execution. Core strengths include COMSOL, N, and A. Education includes Master of Science, University of Delaware (2025) and Bachelor of Science, University of Nebraska (2022). AI-training focus includes data types such as Computer Code and Programming and labeling workflows including Computer Programming, Coding, and Question Answering.

Labeling Experience

Graduate Teaching Assistant (tutoring and teaching support)

Question Answering

Facilitated classroom learning through tutoring and supplemental instruction. Developed supplemental resources to reinforce classroom concepts, supporting learners’ understanding of applied mathematics topics. Maintained a positive learning environment while supporting individual and group learning needs. • Supported one-on-one and group tutoring sessions • Created supplemental learning materials aligned to classroom concepts • Assisted with classroom activities and learning facilitation • Supported students’ comprehension through structured instruction

2023 - 2025

Undergraduate Research Assistant (computational modeling of starfish larvae cilia-inspired micro-robots)

Created computational models for starfish larvae cilia-inspired micro-robots using COMSOL. Modeled fluid flow patterns around synthetic ciliary bands by generating different geometries. Solved fluidic partial differential equations via discrete approximation methods to support research experiments. • Built and varied geometrical configurations for simulation studies • Implemented numerical/discretization approaches to approximate PDE solutions • Used COMSOL as the primary simulation/modeling environment • Produced model outputs to analyze flow behavior around ciliary structures

2021 - 2023

Education

Work History