03/20/2025
By Danielle Fretwell
Date: Thursday, April 3, 2025
Time: 4 - 6 p.m.
Location: ETIC 445
Committee:
Advisor: Alkim Akyurtlu, Professor and Associate Chair, EECE Department, UMass Lowell
Committee Members*
1. Craig Armiento, Professor Emeritus, EECE Department, UMass Lowell
2. Hualiang Zhang, Professor, EECE Department, UMass Lowell
3. Daniel Hines, Director, Raytheon - UMass Lowell Research Insitute (RURI), Raytheon Technologies
4. Corey Shemelya, National Reconnaissance Office
Brief Abstract:
This dissertation presents novel process parameterizations and electromagnetic and mechanical optimizations in the development of new and improved additively manufactured (AM) high frequency electronics. A multidisciplinary approach is applied toward several key areas which have been shown to be knowledge gaps in the present state-of-the-art to support continued advancement and adoption of these technologies including 1) 3D printed shielded interconnects for enhanced immunity to EMI; 2) printed interconnects for high-power applications; 3) impedance mismatch in printed interconnects to bare die MMIC's; and 4) surface roughness in aerosol-jet printed transmission lines and interconnects for RF/microwave electronics.