•Upgrading the X-Pol radar FPGA board to a new triggering system and rewiring the high voltage connection points.•Migrated and updated software to be consistent with similar radars (UMAXX).• Planned, machined, and wired the new differential board to allow the system to test the accuracy of thereceiver.• Testing transmitting and receiving data to validate hardware and software changes.

• Build individual connections with 40 residents in personal and academic interests, attending to daily questions as they acclimate to campus and providing resources, referrals, and peer support. • Build individual connections with 40 residents in personal and academic interests, attending to daily questions as they acclimate to campus and providing resources, referrals, and peer support.• Resolve conflicts in residence hall trained in crisis intervention, campus safety protocols and student wellness.• Serve in daily on-call rotation as part of a team of 18, implement University policy and enforce COVID-19 regulations.• Create, promote, and lead student centered hall programs to promote socialization and a positive

Collaborated with a team to create a system that can locate the absolute position (without GPS) of a rocket with a 250ft resolution in real time.

• Programmed using Matlab to locate recurring errors of production PCBAS.• Successfully designed, prototyped, and tested Matlab and Excel programs to streamline production of coupler PCBAS.• Worked together with the senior engineers to learn and apply basic usage of HFSS.• Collaborated with a team of 5 senior engineers to create a space plan layout proposal using AutoCAD

• Analyzed data through different experiments working together with the lead scientist and software engineers.• Created Python code for statistical analysis.• Successfully created working prototypes for a smart garment motion detection