RHET 2023
Radiation Hardened Electronics Technologies Conference

Allen, Texas

Congratulations to RHET 2023!

We thank the 337 attendees for their participation.


Save the Date

RHET 2024
Huntsville, Alabama, November 4-7, 2024
Hosted by Scientic


RHET 2023
November 6-9, 2023
Dallas/Allen Marriott Hotel and Convention Center
Allen, Texas

The Radiation Hardened Electronic Technologies conference (a.k.a. RHET) is an annual conference for the US space electronics community. RHET features government organization presentations to review plans and requirements for rad-hard electronic development efforts to support national space and missile systems. Industry presentations will announce their plans, products, and capabilities to address these efforts. Dr. Jesse Mee and Ms. Windy Slater, AFRL, have created the 3-day schedule which will also include SRHEC (Strategic RadHard Electronics Council) presentations. The Industry presentation slots are full; however, your request to present can be added to a backlist.  Note: RHET is only open to citizens of the United States of America. All Attendees must show proof of US Citizenship for entry to the Conference.

There will be a welcome reception and registration on Monday evening November 6, Technical Sessions on Tuesday, Wednesday, and Thursday, November 7-8-9, with RHET ending at 5:00 PM November 9. Industry, Government, and SHREC presentations will be intermixed for this 3-day event. Apogee Semiconductor will host a Reception on Tuesday evening at the Marriott.

Please view the Technical RHET/SRHEC Agenda.

Apogee Site


A private tour of Apogee Semiconductor can be arranged for RHET attendees. Apogee is located in Plano, Texas.

Apogee Semiconductor will also be available to perform product demonstrations.

Please contact Teresa Farris at 719-964-3617 or teresa.farris@archon-llc.com to arrange a tour or demo.


Registration Period:
June 28 – November 9    (US citizens only, verified at check in)

Registration Fees:
Attendee $485.00  (3-day event)
Student   $300.00  (3-day event – must show school ID)
Guest       $100.00  (Monday Welcome Reception and Tuesday Host Reception only, no access to Technical Sessions or Meals)

* There are no 1-day event rates

Registrations will be refundable with a $100 cancellation fee until October 6, 2023.
After October 6, refunds will be considered on a case-by-case basis.

Agenda Overview:

Monday, November 6

  • Registration
  • Welcome Reception
  • Silicon Technologies is offering a four-hour training session at RHET “Accelerate your Analog FinFet Rad Hard
    Design Using ADONIS
    from 1:00-5:00 at the Marriott. Please view their agenda and RSVP to Ms. Whitney Durham,
    wdurham@silicontech.us by October 6. Twenty (20) seats are available, but going fast – sign up now!

Tuesday, November 7

  • Technical Sessions
  • Evening Reception – hosted by Apogee Semiconductor

Wednesday, November 8

  • Technical Sessions

Thursday, November 9

  • Technical Sessions
  • Conference concludes at 5:00 PM



Hotel Accommodations:

Marriott Dallas Allen Hotel & Convention Center
777 Watters Creek Boulevard
Allen, TX 75013
T: 469-675-0832
The Hotel block is closed. Register: marriott.com/dalen

* There are no Resort Fees.
** The hotel cancellation policy is 48 hours (2 days before arrival).

Apogee Semiconductor and the Marriott want to assure all attendees that RHET will be conducted in a safe environment.

The Marriott Dallas Allen Hotel & Convention Center is 30 miles from DFW International and 24 miles from Dallas Love Field Airports.

The Watters Creek Shopping Center is located across the street from the Marriott offering 100+ restaurants and shops. 

Apogee Semiconductor appreciates your attendance at RHET 2023.

If you have any questions regarding RHET Registration or Marriott Hotel Registration, please contact our meeting planner, Teresa Farris, at teresa.farris@archon-llc.com or call 719-964-3617.








Reliable Micro Systems


Silicon Technologies Inc.



Milanowski & Associates


Global Foundries

Radiation Test Solutions


RHET 2023 is Supported by NASA NEPP & Partners