• Design and develop electrical power subsystem components including spacecraft batteries, solar arrays, efficient power distribution and conversion electronics, and wire harnessing. 

• Develop and maintain electrical power subsystem requirements and documentation. 

• Conduct detailed trade studies that result in selecting optimal mission-suitable subsystem hardware. 

• Develop and manage the spacecraft powered equipment list that tracks load power usage in all mission scenarios. 

• Conduct concise subsystem analyses, including orbit energy balance, voltage drop, peak power usage, and system efficiency. 

• Conduct thorough electrical module analyses, including Worst Case Circuit Analysis (WCCA), part stress analysis, signal integrity, power integrity, and Failure Mode, Effects, and Criticality Analysis (FMECA) 

• Develop the system power quality specification and ensure compliance to it by all system hardware. 

• Flow requirements down from vehicle to component level and facilitate verification and validation of those requirements. 

• Expertly troubleshoot and resolve complex issues with the vehicle electrical power system components - finding root cause and implementing corrective actions. 

• Engage and manage relationships with subsystem component suppliers ensuring they deliver hardware that meets requirements and is delivered on time. 

• Continuously update knowledge on latest industry trends and advancements in space vehicle power systems 

• Collaborate effectively with cross-disciplinary engineering teams, contributing to a culture of technical ambition and operational excellence. 

• Prepare and present technical artifacts for subsystem and program gated reviews (SRR, PDR, CDR, MRR, TRR, etc.) 

• Maintain an unwavering commitment to learning and improvement, willingly seeking and integrating feedback for personal and team growth. 

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