A Practical Approach to Space Environmental Effects

EMA Expo 2024

Jan. 29- Feb. 2, 2024
Denver Marriott West
Golden, Colorado

Workshop Detail:

This workshop provides a comprehensive understanding of the space environment, its potential effects on spacecraft materials and designs, and strategies to mitigate associated risks. Attendees will gain insight into the challenges of designing and operating spacecraft in the harsh space environment, learn the latest tools and techniques for assessing and managing risks, and engage in hands-on activities to reinforce their understanding of key concepts. Through lectures, case studies, and group exercises, attendees will acquire the knowledge and skills necessary to develop reliable, cost-effective designs.

This workshop will cover a wide range of topics including:

  • Space environment factors
  • Spacecraft charging
  • Radiation effects
  • Case studies on mission failures
  • Practical guidance on simulation, testing, and analysis

The workshop will give attendees the opportunity to learn from and network with industry experts who have collaborated with prestigious space organizations. It also provides the opportunity to learn from the successes and failures of past missions, helping attendees to avoid common pitfalls and to adopt best practices in their own work.

Who Should Attend?

This workshop is ideal for those involved in the design of space systems and satellites. Attendees will learn critical simulation and test approaches from world renowned industry experts aimed at identifying design challenges and program risks earlier and more effectively.


Jan. 29- Feb. 2, 2024

Includes lunch and breaks daily.

Featured Presenters:

Justin McKennon, EMA Principal Scientist I

Justin McKennon is an industry recognized leader in electromagnetic effects and space radiation. Justin has an extensive test background, having previously served as Chief Engineer at NTS Lightning Technologies.

He holds a Full Authority FAA DER license in all HIRF, lightning, and EMI/EMC disciplines and has played critical roles in certification efforts on dozens of commercial and military programs. He also helped lead the establishment of EMA’s Space Environment and Radiation Effects (SERE) facility. Justin has significant expertise related to lightning effects on aircraft, wind turbines, and structures. He also specializes in the test and measurement of electromagnetic effects, EMP, radiated effects, and related areas.

Kellan Kremer, EMA Staff Scientist

Kellan Kremer specializes in modeling electromagnetic environmental effects. These environments include lightning, HIRF, HEMP, space plasmas, lunar plasmas, and radiated and conducted environments found in MIL-STD-461/DO-160. Kellan has also led the integration effort between EMA3D® Charge and STK. This integration allows users to calculate particle fluxes in STK and import them into EMA3D® Charge for an internal charging analysis.

Kellan received a BA in Physics at Simpson College in 2016. At Simpson, he developed an interest in Atomic Molecular Optics (AOM). In the Summer of 2019, Kellan received a MS in Physics from Creighton University. While at Creighton, he spent two years conducting research in an ultracold atoms lab. That research was the subject of his thesis.

Kellan has been a consultant on many civilian and military aerospace projects. He has developed large platform models for full-wave computational electromagnetic simulation, been involved in low level swept field HIRF measurements, and conducted validation efforts that illustrate how models developed in EMA3D® can compare well to lab measured data.

Gregory Wilson, EMA Senior Scientist

Gregory Wilson specializes in space environment interactions with materials and spacecraft as well as electromagnetic effects of lightning and other high voltage phenomena. He has worked on numerous projects contracted by NASA, SpaceX, AFRL, and other space focused organizations.

Gregory has published dozens of articles focusing on electron ranges in materials, secondary electron yield, surface voltage measurements, and other space-based material characterization topics. He has recently worked on high fidelity electromagnetic simulations to understand the coupled interactions of surface and internal spacecraft charging. He is currently participating in the design and construction of EMA’s SERE facility as well as the development of EMA3D® Charge.

Brian Wood, EMA Staff Scientist

Brian received his MS degree in physics from Utah State University in 2015, where his research focused on the synthesis and optical characterization of carbon nanotube forests. After graduation, he worked at Space Dynamics Lab to help develop a neutral particle beam emitter to help simulate atomic oxygen ablation processes in low earth orbit.

He later returned to USU to join the Material physics group within the physics department to research issues pertinent for the spacecraft charging community. Here he collaborated and authored studies involving the radiation effects of spaceborne passive materials and powered components to understand how ionizing radiation and total dose affected their performance and material properties.

Brian joined the EMA team as a scientist in 2020, where his main focus was the construction and development of their Space Environment and Radiation Effects (SERE) lab, which has been used to provide commercial availability of measurements and observations pertinent for space applications, that includes charging and aging studies of a wide range of components intended for various space environments and operations.

Michael Campola, Radiation Effects and Analysis Group, NASA Goddard Space Flight Center

Michael Campola received the B.S. degree in Engineering Physics from Embry-Riddle Aeronautical University, and the M.S. degree in Electrical Engineering from Arizona State University.

He is currently the leader of the Radiation Effects and Analysis Group at National Aeronautics and Space Administration’s Goddard Space Flight Center (NASA-GSFC). Michael joined the Flight Data Systems and Radiation Effects Branch at NASAGSFC in 2007. Throughout his career, he has been working on the center’s spaceflight projects to capture system-level radiation response through analysis and ground-based testing of semiconductors with research into promising future technologies through the NASA Electronic Parts and Packaging (NEPP) program. The primary goal of this work and research is to provide support for mission success through implementation of Radiation Hardness Assurance (RHA) practices. He is a member of the Institute for Electrical and Electronics Engineers (IEEE) and Nuclear and Plasma Sciences Society (NPSS).

Dr. Joseph I. Minow, NASA technical fellow

Dr. Minow started his professional career in the field of space environments and their effects on space systems as a Senior Engineer with Sverdrup Technology (now Jacobs Engineering) in 1998 at NASA’s Marshall Space Flight Center (MSFC).  He first worked on problems involving space environment interactions with the International Space Station (ISS) and the James Webb Space Telescope (JWST) for MSFC’s Natural Environments Branch but soon expanded his activities to support a variety of NASA programs and projects. 

Dr. Minow served as the Environments Group Supervisor for Jacobs from 1999 to 2004 during which time he led a team of scientists and engineers with expertise in space environments, terrestrial environments, and electromagnetic compatibility.  In 2004, Dr. Minow became a civil servant in MSFC’s Natural Environments Branch where he served as the ionizing radiation and space plasma environments activity lead for the Branch.  Dr. Minow joined the NESC in 2015 as the NASA Technical Fellow for Space Environments. 

Dr. Minow’s technical contributions are primarily related to characterizing space environments for space system design and operations, analysis and modeling of space plasma and ionizing radiation environments and their effects on space systems, investigation of spacecraft surface and bulk charging phenomenon, and investigation of on-orbit anomalies.  These contributions have supported a wide variety of NASA programs including the Space Shuttle (serving as the Natural Environments Panel Co-Chair for Space Environments and evaluating the space environment for the Columbia Accident Investigation), ISS (supporting the ISS space environments community and serving as a co-investigator for the Floating Potential Measurement Unit), Chandra X-Ray Observatory (co-developer of the Chandra Radiation Model and member of the radiation working group), JWST, NASA’s Space Environments and Effects Program (principle and co-investigator for multiple projects), Launch Services Program, Constellation, Exploration System Development/Space Launch System/Orion Programs, Commercial Crew Program, and many other developmental and operational projects and programs.

Dr. Minow has contributed over 140 conference presentations, journal publications, and technical reports on topics related to the space environment and their effects on space systems.  Dr. Minow was awarded the Silver Snoopy Award in 2002 for contributions to an ISS spacecraft charging investigation, was a member of the NASA and SpaceX team awarded the NASA Space Flight Awareness Team Award in 2015 for work on Falcon 9 avionics radiation susceptibility risk mitigation, and has received numerous NASA group achievement awards,

Dr. Minow received his B.A. degree in Chemistry and Biology from Western State College (now Western State Colorado University) in Colorado in 1981, a M.S. degree in Physics from University of Denver in 1987, and a Ph.D. degree in Physics from the University of Alaska Fairbanks in 1997.

About EMA:

EMA was founded in 1977, and for nearly five decades has become a leading developer of technologies for engineering simulation, specializing in applied electromagnetics. EMA provides software and services to promote the design, certification, and performance of our customers’ products. EMA is an Ansys Technology Partner that develops two simulation products: Ansys EMC Plus and Ansys Charge Plus.

Workshop Fee:

Space environmental effects workshop and early expo admission (May 1- Sep.1): $1,800

Space environmental effects workshop and advanced expo admission (Sep. 2- Dec. 30): $2,000

Cancellation and Refund Policy

Contact us:

Email: ema.expo@ema3d.com

Phone: (303) 980-0070