- Authored software artifacts throughout the life cycle of general aviation PFDs, MFDs, and backups (requirements, design, code, test cases, coverage, and certification documents)- Ported and certified PowerVR SGX 530 graphics driver to a custom internal operating system- Managed the outsourced development of FAA certification test cases for SGX 530 graphics driver- Developed Synthetic Vision application for general aviation glass-cockpit system on M9 hardware- Managed M9 OpenGL driver module through the development and testing phases, and delivered two on-time certification milestones- Implemented new features into the ATI M9 graphics driver on Integrity OS- Advised application teams on methods to optimize OpenGL graphics quality and performance

- Designed and developed 3D cross-platform application for interactive morphing of FE models- Deployed revision control software, bug tracker to manage coding process; VPN for security- Led efforts to improve product architecture and design, and improve the development process- Implemented “rapid-response” projects: added FLEXlm licensing, CAD support, et al. to software

- Developed and released pre-processor for fluid dynamics simulations- Drafted capital and expense budgets for engineering support department of 145 people- Assisted management of pilot program – specified requirements, managed supplier delivery, and integrated in-house code into supplier’s CAD system- Developed code to extend supplier’s Catia V5 visualization software

- Developed FEM module to simulate ductile fracture in metals- Developed metal forming FEM preprocessor

Engineering Research Center for Net Shape Manufacturing:- Supervised and conducted metal forming research with industry- Coordinated forging thrust area activities, projects, and conferences- Published thesis and ERC Report on die wear prediction during metal forming