Live Q&A with Damon Bradley - Development of a Multirate, MultiChannel WOLA Spectrometer for Lunar Plasma Wave Investigation

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About Damon Bradley

Dr. Damon Bradley is simultaneously the founder and CEO of DeepSpace Technologies, a Space Technology and DSP Startup Company, a Principal DSP Engineer at Syncopated Engineering, A lecturer for Executive Leadership Council, and an adjunct professor at University of Maryland, Baltimore County.

Dr. Bradley started DeepSpace Technologies with a passion for and over 20 years of experience inventing digital signal processing systems for space exploration, astrophysics, and Earth science. He spent 2 decades at NASA Goddard Space Flight Center as a branch head, founder of the DSP technology group, and an innovator winning approximately $10 million in new funding for various R&D programs in the areas of radio spectrometry, smallsat instrumentation, and planetary exploration. In addition to scientific research, he managed over 30 projects valued over $100 million with a staff of 74 personnel while branch head in his last 3 years at NASA. Dr. Bradley holds a patent as an inventor of the software-defined-radiometer (patent #10768213) and has developed spectral radio signal processing systems for Earth, Lunar, and Saturn-exploration applications.

Dr. Damon Bradley is currently the Branch Chief of NASA Goddard Space Flight Center's Instrument Electronics Development Branch. In this capacity, Dr. Bradley oversees 74 civil-servant and contractor electrical and computer engineers, technicans, group leaders, and associate supervisors. He is solely responsible for the development of both spaceflight mission scientific instrumentation as well as leading research and development efforts from more than two dozen efforts at any given time. While providing technical oversight, Dr. Bradley also provides administrative direction, developing staffing and funding plans for various projects, cost estimates for new business, and mentorship and guidance for a large demographic of employees. He interfaces with division, directorate, and center management frequently to obtain resources for efficient branch operation, and maintains the technical vision for the branch.

Dr. Bradley founded the Digital Signal Processing Technology Group in 2008 within the Instrument Electronics Development Branch at NASA Goddard. The group has received the NASA Applied Engineering Technology Directorate Win New Work Award, having been awarded over 12 Internal Research and Development research grants. Dr. Bradley is also a member of the IEEE Signal Processing Society. Current research interests include statistical signal processing, information theory, Earth remote sensing, small satellite instrumentation, and compressive sensing.

Dr. Bradley is currently developing sub-mm RF spectrometer technology for organic molecular discovery on numerous solar system scientific targets, including the Moon and Enceladus (Saturn). In addition, he's currently the systems engineer developing a multi-channel Lunar plasma-wave spectrometer instrument that measures solar wind interaction with the Lunar surface and resulting solar plasma. He is also developing RFSoC-based signal processing algorithms for analyzing cryogenic detector signals for astrophysics observatories, and was the lead engineer to architect the signal processing system for a proposed $3-Billion dollar space telescope proposed in the National Research Council's Astrophysics Decadal Survey.

Dr. Bradley also serves as a committee member for PhD students at UMBC and Morgan State University. To date, he's served on over 13 PhD Dissertation Defenses and helped graduate as many students.

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Live Q&A with Damon Bradley - Development of a Multirate, MultiChannel WOLA Spectrometer for Lunar Plasma Wave Investigation

Damon Bradley - Watch Now - Duration: 31:07

Abstract Questions & Comments (5) Chat Transcript

Live Q&A with Damon Bradley for his talk titled "Development of a Multirate, MultiChannel WOLA Spectrometer for Lunar Plasma Wave Investigation"

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SlightlyChaotic

Score: 0 | 3 years ago | 1 reply

Really appreciate the talk, thanks! I especially profited from the detail and step-by-step explanations of the DSP-related sections, as well as the references to other helpful webpages. I imagine you would be good at writing tutorials from introductory to advanced.

Damon BradleySpeaker

Score: 0 | 3 years ago | no reply

Thank you so much SlightlyChaotic! I'm very happy that you profited from my talk. Thank you for the kind words. I've taught DSP many times at the undergrad and graduate level, but will definitely take your suggestion in writing tutorials! Cheers!

Damon BradleySpeaker

Score: 0 | 3 years ago | no reply

Just want to note - if you haven't seen it yet, please check out my former colleague and future Dr. Asmita Korde's presentation on compressive sensing! She's using it to discover new exoplanets in a very unique and novel application!

tyoung77

Score: 0 | 3 years ago | 1 reply

Great presentation!

Damon BradleySpeaker

Score: 0 | 3 years ago | no reply

Thank you so much!

18:14:08	 From  Michael Kirkhart : This is how the P-POD deployers for CubeSats work.
18:16:18	 From  Michael Kirkhart : My callsign is KD8QBA
18:16:30	 From  Jacob Beningo : KD8FAX
18:16:43	 From  Jacob Beningo : Haha lots of hams
18:18:48	 From  John Phillips : What other planetary objects do you expect to be applying this investigation system ?
18:22:13	 From  John Phillips : Cool.
18:23:07	 From  rakhel : I have to drop off, Thanks for your talk and all the very best with your new endeavors!
18:33:39	 From  John Phillips : Bon chance Dr Bradley.Tres bien, merci beaucoup Stephane. Au revoir !
18:33:45	 From  Timothy Young : The best to you in the future!
18:33:54	 From  Michael Kirkhart : Great talk, and well wishes with your new business!

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About Damon Bradley

Live Q&A with Damon Bradley - Development of a Multirate, MultiChannel WOLA Spectrometer for Lunar Plasma Wave Investigation

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