1 00:00:00,000 --> 00:00:15,627 Music full then under VO. 2 00:00:15,662 --> 00:00:17,003 The Marshall Space Flight Center’s 3 00:00:17,038 --> 00:00:19,114 experts in Avionics provide 4 00:00:19,149 --> 00:00:20,698 in-depth engineering for the 5 00:00:20,733 --> 00:00:22,683 research, design, development, 6 00:00:22,718 --> 00:00:24,987 fabrication and evaluation 7 00:00:25,022 --> 00:00:27,499 of avionics systems. “Today’s 8 00:00:27,534 --> 00:00:28,795 Avionics & Electrical System 9 00:00:28,830 --> 00:00:30,139 architectures are more flexible 10 00:00:30,174 --> 00:00:31,531 and affordable systems, and 11 00:00:31,643 --> 00:00:32,379 Marshall’s team embraces these 12 00:00:32,539 --> 00:00:34,698 attributes.” Flexibility is 13 00:00:34,733 --> 00:00:36,716 achieved using in-house design 14 00:00:36,751 --> 00:00:38,698 options including integrating 15 00:00:38,733 --> 00:00:39,739 commercial, off the shelf 16 00:00:39,852 --> 00:00:42,475 with custom designed hardware. 17 00:00:42,510 --> 00:00:44,875 Affordability is achieved across 18 00:00:45,116 --> 00:00:47,003 the system lifecycle by design 19 00:00:47,324 --> 00:00:48,907 considerations and early 20 00:00:48,971 --> 00:00:50,763 assessment of System Certification 21 00:00:50,798 --> 00:00:52,892 through “out-year” sustainment 22 00:00:52,927 --> 00:00:55,659 and operational use. Designing 23 00:00:55,694 --> 00:00:57,131 a system that economically 24 00:00:57,166 --> 00:00:58,987 accommodates future change 25 00:00:59,022 --> 00:01:01,003 is the challenge; NASA’s team 26 00:01:01,038 --> 00:01:03,531 has solutions to offer.Some 27 00:01:03,566 --> 00:01:05,275 of the Specialty services NASA 28 00:01:05,310 --> 00:01:07,402 has to offer include Flight 29 00:01:07,437 --> 00:01:09,178 Robotics Lab hardware 30 00:01:09,213 --> 00:01:11,418 simulations, power systems testing, 31 00:01:11,453 --> 00:01:14,683 Field Programmable Gate Array 32 00:01:14,718 --> 00:01:16,395 (FPGA) design and programming. 33 00:01:16,430 --> 00:01:18,490 To design, build and operate 34 00:01:18,525 --> 00:01:20,251 hardware for the harsh environment of 35 00:01:20,286 --> 00:01:23,083 space you need robust electronic 36 00:01:23,118 --> 00:01:24,731 design, fabrication, and packaging. To 37 00:01:24,766 --> 00:01:27,675 complete the process you need 38 00:01:27,710 --> 00:01:29,755 Electromechanical Parts Engineering, 39 00:01:29,790 --> 00:01:31,740 Obsolescence Management and Part 40 00:01:31,775 --> 00:01:34,619 Failure Analysis.Marshal also performs 41 00:01:34,654 --> 00:01:37,707 electrical environments testing.Numerous 42 00:01:37,742 --> 00:01:40,507 Avionics resources are available 43 00:01:40,542 --> 00:01:42,411 to perform Development, Test 44 00:01:42,446 --> 00:01:44,651 Evaluation and System Certification of 45 00:01:44,686 --> 00:01:47,963 critical systems. “We have unique 46 00:01:47,998 --> 00:01:49,483 capabilities to design and test robotic 47 00:01:49,518 --> 00:01:52,571 applications for both science and 48 00:01:52,606 --> 00:01:55,163 human exploration missions” Marshall’s 49 00:01:55,198 --> 00:01:56,715 Avionics & Electrical Systems 50 00:01:56,750 --> 00:01:59,243 diverse experience comes from a broad 51 00:01:59,278 --> 00:02:02,171 range of projects including; Instruments 52 00:02:02,206 --> 00:02:05,707 and Experiments Payloads… Free 53 00:02:05,742 --> 00:02:09,580 Flyers… Launch Vehicles… And the 54 00:02:09,615 --> 00:02:13,723 International Space Station. Marshall’s 55 00:02:13,758 --> 00:02:15,851 Avionics and Electrical Team has 56 00:02:15,886 --> 00:02:19,178 proven past performance. This team 57 00:02:19,213 --> 00:02:20,986 has gained valuable knowledge 58 00:02:21,021 --> 00:02:22,507 from its unique position on a broad 59 00:02:22,542 --> 00:02:25,339 range of developments. Combining your 60 00:02:25,374 --> 00:02:27,451 team’s strengths with the Marshall 61 00:02:27,486 --> 00:02:28,262 team’s knowledge, 62 00:02:28,263 --> 00:02:29,450 skills, and capabilities 63 00:02:29,485 --> 00:02:31,243 builds for a strong development