1. Embedding Electromagnetic Components into CubeSat Structures Using Additive Manufacturing Open Access Author: Arenson, Rebecca Ann Title: Embedding Electromagnetic Components into CubeSat Structures Using Additive Manufacturing Area of Honors: Electrical Engineering Keywords: AntennasAdditive Manufacturing3D PrintingElectromagneticsCubeSat File: Download Arenson_Honors_Thesis.pdf Thesis Supervisors: Dr. Sven G Bilén, Thesis SupervisorDr. Sven G Bilén, Thesis Honors AdvisorDr. Timothy Joseph Kane, Faculty Reader
2. SURFACE METHODOLOGY FOR 3D PRINTED MULTISPECTRAL SYSTEMS Open Access Author: Davidson, Joshua Title: SURFACE METHODOLOGY FOR 3D PRINTED MULTISPECTRAL SYSTEMS Area of Honors: Electrical Engineering Keywords: Additive ManufacturingIRInfraredMillimeter WaveImagingMultimodalSharedCombined ApertureFreeform opticsGradient IndexGRINPulse ElectroplatingAdditive ManufacturingIRInfraredMillimeter WaveImagingMultimodalSharedCombined ApertureFreeform opticsGradient IndexGRINPulse ElectroplatingAdditive ManufacturingIRInfraredMillimeter WaveImagingMultimodalSharedCombined ApertureFreeform opticsGradient IndexGRINPulse Electroplating File: Download thesisfinal.pdf Thesis Supervisors: Dr. Timothy Joseph Kane, Thesis SupervisorDr. Timothy Joseph Kane, Thesis Honors AdvisorRam Mohan Narayanan, Faculty Reader
3. Additively-Manufactured Circuit-Analog Absorbers Printed From Two Materials Open Access Author: Prince, Theodore Jackson Title: Additively-Manufactured Circuit-Analog Absorbers Printed From Two Materials Area of Honors: Electrical Engineering Keywords: PrinceElectromagneticsAdditive Manufacturing3D PrintingReflectionComplex PermittivityX-BandKu-BandPolylactic AcidPLACircuit-Analog AbsorberAbsorberMaterials CharacterizationTransmission Line ModelMetal PowderGraphite File: Download Prince_Thesis_Absorbers.pdf Thesis Supervisors: Erik Henry Lenzing, Thesis SupervisorDr. Julio V. Urbina, Thesis Honors Advisor
4. The Applicability of Additive Manufacturing in Mass Production and Space Operations Open Access Author: Stone, Robert Title: The Applicability of Additive Manufacturing in Mass Production and Space Operations Area of Honors: Electrical Engineering Keywords: Additive ManufacturingBinder JettingMicrowave Electrothermal ThrustersMETMass ProductionSpace Operations File: Download Stone_Robert_THE_APPLICABILITY_OF_ADDITIVE_MANUFACTURING_IN_MASS_PRODUCTION_AND_SPACE_OPERATIONS.pdf Thesis Supervisors: Sven G Bilén, Thesis SupervisorJulio Urbina, Thesis Honors Advisor