TAB B - SMDTC Broad Agency Announcement Topics of Interest REV04 Release 6098

USASMDC Public Affairs Release Number: 6098
Revision 04: 10 August 2026

Current Research Topics for USASMDC TC BAA For Science, Technology, and Test and Evaluation Research
BAA Number: W9113M-24-R-BAA1
Issued: 26 Aug 2024/Revision 04: 10 August 2026
Current Research Topics for the
U.S. Army Space and Missile Defense Command (USASMDC), Space and Missile Defense Technical Center (SMDTC) Broad Agency Announcement (BAA) for Science, Technology, and Test and Evaluation Research
BAA Number: W9113M-24-R-BAA1
Disclaimer
All current SMDTC topics of interest can be found at:
https://www.smdc.army.mil/ORGANIZATION/TC/. Changes to these topics will be made using the website on an as needed basis. This document is a printed copy of the current SMDTC topics of interest as of the noted print date. Interested parties are encouraged to continually browse the SMDTC webpage and review the SMDTC BAA for instructions on submissions.
The SMDTC Broad Agency Announcement for Science, Technology, and Test and Evaluation Research, W9113M-24-R-BAA1, is available in https://www.grants.gov/ and https://sam.gov/.

Available SMDTC Topics of Interest:

USASMDC Public Affairs Release Number: 6098
Revision 04: 10 August 2026

Current Research Topics for USASMDC TC BAA For Science, Technology, and Test and Evaluation Research
BAA Number: W9113M-24-R-BAA1
Issued: 26 Aug 2024/Revision 04: 10 August 2026

USASMDC SPACE AND MISSILE DEFENSE COMMAND TECHNICAL CENTER

TOPIC OF INTEREST

Title: Development of Multiscale Electromagnetic Models for Susceptibility and Thermal Analysis
Announcement ID: TCBAA001

SMDTC Office: SMDC-TCT-R

SMDTC Competencies: Test and Evaluation, Strategic Weapon Technologies, and Hypersonic Defeat
Key Words: HPM, modeling, electromagnetic
Description:
The USASMDC high-powered microwave (HPM) Team is interested in the development of Novel electromagnetic (EM) models to support our HPM susceptibility testing in both the macro and micro scale regions. It should have the ability to provide methods which promote self consistently in the transition between areas of scale such as the transition from submicron solid state to circuit level scale features. They should facilitate the calculation of emergent behaviors and aid in the discovery of new system behaviors. Models should enable the calculation of effects on the system, device, and connection scales and allow for the modeling of dynamic thermal effects. Effects include things such as thermal stacking, energy storage considerations, and non-equilibrium