Mechanical engineering PhD, with wide experience in algorithm development. Intro to computer programming TA. Specializes in Matlab, with experience in C++, Python and Fortran.

I have written software in the fields of optimization (Mesh adaptive search), numerical integration, optical character recognition, image analysis, stress calculation, Finite Element Analysis, robust statistics, solution verification and data recovery.

I have used my abilities to analyze data from tensile and bend tests, vibration tests, FEA results, welding power outputs, strain gauge measurements (Crack Compliance Method) and celestial mechanics

Focus on Welding Metallurgy, solid mechanics, heat transfer, finite element and data analysis

University of California San Diego

Focus on Solid Mechanics, Numerical Analysis and Finite Element

Case Western Reserve University

-Simulate electronic systems using Finite Element Analysis (FEA) & Computational Fluid Dynamics (CFD)
-Develop techniques for
 ---Modal/Random modeling of heat-end units
 ---Static modeling of thermal pad stresses
-Validate analyses using vibration testing and laser vibrometry
-Incorporate simulation driven design into products
-Predict thermal behavior of products during testing
-Structural Substantiation with Patran/NASTRAN
-Analyze monitors during impact testing
-Analyze impact video and accelerometer data
-Assist in qualifying monitor installations
-Part of the team which designs our impact test setup
-Develop failure criteria and testing methods for Capacitive Touch Panels
-Design fixtures for mechanical testing
-Selected analysis server, and choose computer upgrades for the analyst team

structural analyst

-Developed new welding system using material surrogacy
-Correlated weld geometry, composition, and microstructure with failure
-Experimental techniques used:
---Fracture testing (tension and 4-point bending)
---SEM, EDS, WDS, XRD, SRAS, LFA
---Optical microscopy and etching
---Residual stress measurement
-Produced FEA weld models

Los Alamos Fellow

-Wrote FEA code to model inelastic behavior of muscles
-Used FEA to predict rock flow

Research Assistant

-Developed algorithm to predict water table heights
-Analyzed rock stresses using MATLAB
-Predicted interplanetary forces
-Calculated gravitational forces around oblate bodies

Everett Criss

English

Analyst

Data Analysis

Analytical skills

Machinist

Matlab

Mechanical testing

Stress analysis

Numerical optimization

Simulation tools

Statistical analyses

Finite Element Analysis

ANSYS

Image Manipulation

Statistical analysis skills

Heat Transfer

Data mining skills

DSP Programming

Solid mechanics

material characterization

metallurgy

welding metallurgy

micromechanics

Process Improvement

Tolerant

Verbal communication

Willingness to learn

Detail Oriented

written communication

fast learner

Self-Driven

Creative problem solver

Ability to form effective working relationships.

Ability to Accept and Learn From Criticism

Truth & Honesty

Identifying alternatives

Analyzing

Willing to take risks

Ethical conduct

Creative Thinker

Strong Team Player

Adaptability

quantitative

Everett Criss

#1 Video-Talent Marketplace

Ready to discover your perfect career?