CV

Work experience

Fall 2020-present: Research Assistant
- National Science Foundation
- Topic: Reduced Order Modeling of Moderate Reynolds Number Flows in a Rotating Pipe
- Supervisor: Professor Christoph Brehm (University of Maryland, College Park)
Spring 2023: Teaching Assistant
- Instruct students: operation and calibration of UK’s student windtunnel, NACA airfoil/panel method, potential flow theory, parallel/counter heat exchanger measurement and use; strain gage, beam deflection, Labview data aquistion, ANOVA, and effective report writing.
Fall 2020: Teaching Assistant for Thermodynamics II
Spring 2018: Undergraduate Teaching Assistant for Fluid Mechanics I
Summer 2018: Research Assistant
- University of Kentucky Department of Aerospace Engineering
- Duties included: Optimize HEGA filter design using commercial CFD tools and linux workchain; performed advanced meshing operations using STAR-CCM+, including mesh refinement, geometry cleanup, and shape extrusion for improved simulation accuracy and efficiency.

Parallel Computing: MPI and OpenMP ( C++11/14/17, Fortran2018, Julia, Matlab and Python ) ;
ISO Standard cpp: Datastructures, resource mangement (caching,memoization), classes and class hierarchies, interfaces, concurrency, error handling, effective STL; libraries Eigen and Boost
Interoperability $\langle$ python,c++,fortran,julia$\rangle$ ; debugging mixed python and C stacks
Memory profiling (Vtune profiler,Valgrind,gpdrftools,GDB,totalview); large data (hdf5 & szip/lzf);
Version control (git → branching & merging, CI/CD tools to automate test,build, & deployment)
Configure and optimize Linux systems (CentOS, Arch, Ubuntu) and do amazing things everyone asks me, how can I do that?

Finite Volume Methods & Computational gasdynamics
Signal Processing (Fourier analysis)
coherence/correlation, FFT
Turbulence theory
Functional Analysis (2 semesters of graduate level PDE)
Riesz Representation theorem, Fredhom alternative, Sobolev space theory in $\mathbb{R}^n$
Graduate-level Matrix Methods, and their interplay
Reduced Order Modeling Techniques

Leverage all resources to identify problems to come up with effective solutions:
Quickly able to familarize new areas by: reading papers, connecting dots, small test, profiling code, and yes, asking more questions;
Cultivate a deliberate mindset of being super-innovative and multi-diciplinary curious.
Self-directed, Proactive
Technical Documentation
Techical Communication
Risk Management
SOLIDWORKS, StarCcm+