Jalani Eanochs - Computational Engineer

Physics-based Modeling | FEA + CFD | Embedded Systems

I build and validate numerical tools that solve engineering boundary-value problems and deliver actionable simulation insights for complex physical systems.

I have a passion of applying the principles of physics and mechanics to real-life problems.

Projects: Solid-state battery modeling, FEA solver, CFD analysis → see below.

See My Resume Here

Featured Engineering Projects

Tessella: Automated FEA Battery Analysis Pipeline

(Still in active development and defense.)

The working program of my graduate thesis, Project Tessella was designed to analyze the behavior of solid-state batteries. With each battery ion grain modeled as a seed region in a Voronoi tessellation, the battery's ion concentration is predictively modeled using first principles and the finite element method.

Skills and Frameworks Used

Python

SciPy/NumPy/Tkinter

SFePy

Go to Project Page

CFD Analysis of Drone Propeller using Ansys

During my senior year at Tuskegee University's Additive Manufacturing Laboratory, I was assigned to create a computational model in Ansys Fluent to model the thrust force of an APC drone propeller. The results correlated very closely with experimental results, verifying the model's accuracy.

Skills and Frameworks Used

ANSYS Fluent

Aerodynamics

Go to Project Page

FEM Solver for Ordinary Differential Equations

Using the GNU Scientific Library as the mathematical backend, the solver is currently capable of solving ordinary differential equations (ODE) with constant coefficients via the finite element method. The equation can either be homogeneous or nonhomogeneous.

Skills and Frameworks Used

C

GNU Scientific Library

Go to the Repository Go to Project Page

Skills and Experience

Core/Daily Use

  • Python - Numerical methods, solvers, visualization
  • C/C++ - Performance-critical computation, memory-aware design

Strong Working Knowledge

  • Finite Element Methods - Formulation, implementation, validation
  • CFD - Simulation setup, boundary conditions, interpolation

Applied Knowledge

  • Embedded Systems - Microcontrollers, low-level interfacing
  • Robotics - Kinematics, control concepts