Simulation Assistant – Multiphysics & Fluid Dynamics

Role Overview

We are seeking a highly motivated Graduate or Advanced Undergraduate Simulation Assistant to spearhead the initial virtual grid setup, meshing, and transient evaluation of a localized microfluidic transport environment. You will work directly with the Systems Architect to translate physical fluid constants into operational multiphysics models, ensuring complete spatial grid convergence.

Key Responsibilities

Geometry Implementation: Initialize and refine 3D cylindrical channel arrays within a localized simulation environment down to a $1.5\text{ }\mu\text{m}$ boundary layer metric.

Material Mapping: Input, define, and evaluate fluid domain parameters using fixed project constants ($\rho = 1.10\text{ g/cm}^3$, $\mu = 3.5\text{--}6.0\text{ mPa·s}$).

Mesh Optimization: Design, execute, and troubleshoot physics-controlled boundary meshes to prevent solution divergence during transient tracking.

Data Synthesis: Compile baseline velocity profiles, pressure distributions, and boundary-layer microstreaming vectors into clear technical briefs for institutional grant matching (FL FAST / SBIR).

Qualifications & Skills

Active enrollment in a BS/MS/PhD program at UCF or a regional institution majoring in Mechanical Engineering, Physics, Aerospace Engineering, or Materials Science.

Foundational or advanced coursework in Fluid Mechanics, Continuum Mechanics, or Computational Transport Phenomena.

Direct exposure or strong willingness to learn advanced multiphysics software suites (e.g., COMSOL Multiphysics, ANSYS Fluent, or OpenFOAM).

Strong independent problem-solving skills and a high degree of comfort working within early-stage venture environments.

What You Will Gain

Direct Venture Experience: Real-world portfolio exposure managing deep-tech IP scaling from virtual design to state-level validation pathways.

Strategic Mentorship: Work hand-in-hand with an experienced Systems Architect navigating the commercial startup ecosystem.

Federal Grant Track Exposure: Participation in the rigorous technical baseline formulation required for competitive state (Phase 0) and federal (SBIR/STTR) funding frameworks