Military + Aerospace Electronics will host a free one-hour editorial webinar on Oct. 28 at 2 p.m. EDT covering the engineering problems behind space electronics, according to Military Aerospace. The panel is scheduled to examine everything from large satellite constellations to missions that travel far from Earth.
The session is aimed at engineers, systems designers and program managers. According to Military Aerospace, the discussion will center on how designers reconcile performance, power use, physical size, weight and dependability in hardware built for the space environment.
Topics on the agenda include radiation effects, heat control, fast data handling, modern sensors, communications links and reliability over long missions. The publisher says the panel will also look at how commercial space programs are reshaping component development through modular designs, quick prototyping and the adoption of commercial off-the-shelf (COTS) parts.
Why it matters
Electronics in orbit or on deep-space missions face conditions that terrestrial hardware rarely encounters. Radiation can degrade or disrupt circuits, and heat is difficult to remove in a vacuum, where there is no air to carry it away. Every design choice also carries a mass penalty, because launching weight into space is expensive.
Military Aerospace reports that the webinar will address how open standards and system-level design can help engineers bring increasingly capable components together into working space systems. That framing reflects a broader shift: as commercial actors play a larger role in space, the question of how to integrate off-the-shelf parts without sacrificing reliability has become central to the field.
The panel also plans to cover the trade-offs that shape component selection and system integration, per Military Aerospace. Those decisions determine both how well a payload performs and how long it lasts.
Four speakers from across the supply chain
The lineup spans semiconductors, power electronics, embedded computing and radiation testing, according to Military Aerospace.
Eric Faraci, principal applications engineer at Infineon IR HiRel, is listed as a speaker. Mark Littlefield, director of system products at Elma Electronic, is also on the panel. Aidan Nash, a field applications engineer at Apex Microtechnology, and Joshua Broline, senior director of product marketing and applications engineering at Renesas Electronics Americas, complete the group.
Military Aerospace notes that Littlefield also takes part in standards work for VITA and the Sensor Open Systems Architecture (SOSA), including OpenVPX and small form factor technologies. That background ties into the webinar's planned discussion of open standards and modular approaches.
According to the publisher, attendees can expect perspectives on choosing components, integrating systems and weighing design trade-offs that affect reliability and performance in space applications. The event is editorial in nature and free to join, Military Aerospace states.
The webinar follows continued attention to radiation-tolerant materials, a subject covered separately by outlets including Newswise and ThePrint, which have reported on efforts to speed development of hardened materials for satellites and nuclear reactors.
Engineers interested in attending can register through Military Aerospace ahead of the 2 p.m. EDT start on Oct. 28.
