Brochure:
Presentation Reflection: The presentation went very smooth. The judges really appreciated everyone's effort and time they put into their projects. It was interesting to see that some of the judges were actually mentors to a few of my peers. The mock presentation prepared us very well for the final day. Their constructive criticism was helpful to the advancements of our project. Huge thank you to all of them. I also did not mind the audience at all. They were very respectful and probably intrigued due to the fact that they may be entering the program as freshman next year. Once I was upfront, I felt that the judges were not looking to criticize us, but instead give us positive feedback and possible suggestions. I really enjoyed the whole day and watching all of us come together
Presentation:
el_cleano_vino_powerpoint.pptx | |
File Size: | 5857 kb |
File Type: | pptx |
Emily Tunis – President and Chief Operating OfficerEmily Tunis joined Hardwire in January 2012 and has been involved in a variety of technology development programs focused on transitioning new systems to both military and commercial users. At Hardwire, she is responsible for business development and operations.
Previously, she worked as a technical support contractor to the Defense Advanced Research Projects Agency (DARPA) in both the Defense Sciences Office (DSO) and Strategic Technology Office (STO) in the areas of applied physics, materials science, and systems engineering.
Emily supported the development of all DARPA lightweight armor systems, overseeing the development of new technologies and production methods and transitioning new technologies to users in the military and other government organizations. She also worked on Special Access Programs to help facilitate technology development and transition new capabilities. She coordinated and executed the Congressional and Pentagon briefings for the Director.
For the Department of Homeland Security, Emily has performed research on a cargo inspection program to determine the feasibility of remote fissile material detection. She used and managed execution of Department of Energy nuclear physics models, and assisted in materials experiments at international particle accelerator facilities.
She holds a M.S. Degree in Systems Engineering from Johns Hopkins University and a B.S. Degree in Physics and Mathematics from Washington and Lee University.
Previously, she worked as a technical support contractor to the Defense Advanced Research Projects Agency (DARPA) in both the Defense Sciences Office (DSO) and Strategic Technology Office (STO) in the areas of applied physics, materials science, and systems engineering.
Emily supported the development of all DARPA lightweight armor systems, overseeing the development of new technologies and production methods and transitioning new technologies to users in the military and other government organizations. She also worked on Special Access Programs to help facilitate technology development and transition new capabilities. She coordinated and executed the Congressional and Pentagon briefings for the Director.
For the Department of Homeland Security, Emily has performed research on a cargo inspection program to determine the feasibility of remote fissile material detection. She used and managed execution of Department of Energy nuclear physics models, and assisted in materials experiments at international particle accelerator facilities.
She holds a M.S. Degree in Systems Engineering from Johns Hopkins University and a B.S. Degree in Physics and Mathematics from Washington and Lee University.