Jon Wilson

Software Engineering Consultant at SANDIA NATIONAL LABORATORIES (2010-12 – 2026-04)

• Work with Sandia National Laboratories’ (SNL) Computer Science Research Institute (CSRI) and Cyber Engineering Laboratory (CERL) to develop processes and procedures for the continued development of the Structural Simulation Toolkit (SST) HPC hardware simulation software.
• Bring SST project into alignment with SNL’s ISO/IEC/IEEE 12207 software quality policies and additional National Nuclear Security Administration (NNSA) Advanced Simulation and Computing Program (ASC) mandates for software development and software quality.
• Support periodic SST software development process compliance assessments performed by ASC.
• Configure and maintain all test and development platforms, including small HPC cluster.

Software Engineer at HONEYWELL AEROSPACE (2009-07 – 2010-11)

• Continue with supporting T-Hawk UAV (Unmanned Air Vehicle) software development
• Work with T-Hawk systems engineering team to fully document flight controls modules and interfaces for use by new Class 1 UAV effort.
• Develop test harnesses in Python for larger Class IV UAV.
• Led small team of 7 software and systems engineers through reverse engineering and re-implementation of early T-Hawk experimental capabilities to provide pedigree as a real product.
• Resume role as principal autocode unit integrator for Class 1 UAV effort.

Software Engineer at ITT ADVANCED ENGINEERING AND SCIENCES (2007-01 – 2009-07)

• Contributed to the design and development of embedded software for advanced contaminant sensing device based on ultraviolet laser Raman spectroscopy.
• Recruited additional software personnel, both direct and contract. Assist in coordinating efforts of geographically distributed engineering team.
• Introduce robust and secure Linux platform for software development, incurring a large cost savings in development tools.

Software Engineer at HONEYWELL INTERNATIONAL, AEROSPACE DIVISION (1999-05 – 2006-12)

• Contributed to the design and development of hard real-time embedded software for military avionics/flight management system applications, self-propelled Howitzer crew displays, and unmanned air vehicle C4ISR (Command, Control, Communications, Computers, Intelligence, Surveillance, and Reconnaissance) software.
• Design, implement, and test software employing DO-178B and CMMI Level 4 process practices and Six Sigma methods.

B.S. in Computer Science and Engineering – NORTHERN ARIZONA UNIVERSITY