• All roles of a typical COO• As CTO, oversee all software development, provide HPC and advance customer support, and oversee consulting projects.• Managed two SBIR Phase II contracts, $1 Million each, for the development and commercialization of the RAMDO software.• Managed and worked on consulting projects: • Created machine learning and surrogate models used to gain insights and solve problems. • Carried out uncertainty quantification to gain understanding of the… Show more • All roles of a typical COO• As CTO, oversee all software development, provide HPC and advance customer support, and oversee consulting projects.• Managed two SBIR Phase II contracts, $1 Million each, for the development and commercialization of the RAMDO software.• Managed and worked on consulting projects: • Created machine learning and surrogate models used to gain insights and solve problems. • Carried out uncertainty quantification to gain understanding of the variable variability. • Carried out model validation of simulation models using physical test data. • Used data science and data mining to extract insights relevant for solving the problem. • Formulated and solved both deterministic and uncertainty optimization problems.• Manager of employees for software development, application engineers, business development, and administration.• Actively working as an application engineer on customer consulting projects.• Actively working as a developer of the RAMDO computational engine and user interface.• Provide High Performance Computing (HPC) support to customers. Show less

Technical Team of NATO-STO-AVT-341 on Mobility Assessment Methods and Tools for Autonomous Military Ground Systems• Help to identify sources of uncertainty and variability of autonomous military vehicle systems.• Developed an uncertainty quantification (UQ) and model validation (V&V) framework for autonomous military vehicle systems.• Demonstrated UQ and V&V framework using provided simulation and physical test data of an autonomous military vehicle system.

Technical Team of NATO-STO-AVT-327 on Standardization Recommendation (STANREC) Development for Next-Generation NATO Reference Mobility Model (NRMM)• Help to define the standards for the uncertainty quantification (UQ) framework for NG-NRMM.• Help to define the data format for the data required for the uncertainty quantification (UQ) framework for NG-NRMM.

Technical Team of NATO-STO-AVT-194 on Assessment Methods and Tools for Mobility of Autonomous Military Ground Systems• Help to identify sources of uncertainty and variability of autonomous military vehicle systems.• Help to assess uncertainty quantification (UQ) tools and methods as related to autonomous military vehicles.

Technical Team of NATO-STO-AVT-308 on Cooperative Demonstration of Technology (CDT) on Next-Generation NATO Reference Mobility Model (NG-NRMM)• Help to analyze the uncertainty and variability of the soil test data provided by Keweenaw Research Center (KRC) of Michigan Technological University.• Helped software vendors carry out uncertainty quantification to generate stochastic speed maps and stochastic Go/No-Go maps.• https://www.mtu.edu/cdt/

• Help to develop standards for uncertainty quantification (UQ) framework for NG-NRMM.• Help demonstrate using UQ framework to create stochastic speed maps and stochastic Go/No-Go maps.• https://doi.org/10.1115/1.4041350

• Help PhD graduate students and postdocs with how to manage uncertainty, variability, and reliability-based design optimization related to their research.• Provide RAMDO software and support to students who use RAMDO related to their research and class work.

• Developed the GUI for Reliability-Based Design Optimization code and manage the updating of the code.• Developed a program for morphing based shape parameterization integrated within Virtual.Lab.

• Class: Mathematical Methods in Engineering• Held office hours twice a week to help students with homework.• Graded homework assignments.

Worked at U.S. Army Tank Automotive Research, Development and Engineering Center (TARDEC) as an Automotive Research Center (ARC) contractor graduate student from the University of Iowa.• Worked with TARDEC HPC personal to install the Iowa developed Reliability-Based Design Optimization (I-RBDO) code on their HPC system.• Worked with TARDEC engineers to train them how to use I-RBDO in connection with their specific area.• Developed black-box codes for TARDEC that connected I-RBDO… Show more Worked at U.S. Army Tank Automotive Research, Development and Engineering Center (TARDEC) as an Automotive Research Center (ARC) contractor graduate student from the University of Iowa.• Worked with TARDEC HPC personal to install the Iowa developed Reliability-Based Design Optimization (I-RBDO) code on their HPC system.• Worked with TARDEC engineers to train them how to use I-RBDO in connection with their specific area.• Developed black-box codes for TARDEC that connected I-RBDO to four different commercial programs to fully automate the RBDO analysis to run on their HPC. The four different programs we used were:     • Abaqus - for FEA problems.     • STAR-CCM+ - for CFD analysis problems.     • RecurDyn - for multibody dynamics problems.     • LS-OPT/LS-DYNA - for blast simulation problems.• Successfully helped TARDEC engineers to use I-RBDO with the above four different commercial programs to solve RBDO problems using their HPC system. Show less

• PEDE: Program Enhanced Design Experience• Senior design project working with John Deere.

• Class: Mechanical Systems Design• Taught 10 consecutive lectures while professor was out.• Helped students with homework assignments.• Graded homework assignments, quizzes, and exams.

Summer Internship• Designed parts and components for various projects.• Technical support for Pro Engineer by phone, email, and remote connection.• On site technical support for 3D printer.

Summer Internship• Did engineering change requests (ECRs) - updated prints based on requests from manufacturing.• Provided print releases to manufacturing.• Did design changes related to cost savings and quality improvements.

Summer Internship• Did a tool study analysis of different bit types.• Updated all print books in the wood factory.• Updated program code and various other small projects.