Developing next-generation space technology focused specifically on reducing timelines associated with the development and integration.Includes:- Developed Parametric Satellite platform for rapid development focused on utilizing easily manufacturable component systems- Developed over 50 satellite frame design iterations with 4 fully flushed out systems models with subsystems.- Defined Power and internal communications diagrams to ensure compatibility and define routing with a novel integration of SatCat5.- Defined the avionics system architecture based on the NASA JPL F’ platform.- Developed organizational process flow from system inception to V&V- Defined digital design flow for Azimuth engineering platform to allow for automated end to end development.- Defined System architecture full systems and for Government Contracts, particularly when it comes to system interconnection- Defined full PM and documentation structure for the organization and the formalized processes to stay compliant with ISO standards for quality.- Defined the Azimuth pathway from natural language to systems requirements to subsystem selection to parametric sizing and CG balancing to generative support structure implementation to system validation and verification in simulation.- Collaborated with organizations at NASA Johnson, JPL, Ames, and Goddard to produce robust systems.- Defined procurement pipelines necessary for rapid launch cadences.- Defined QM system compliant with IA9100D standard- Defined hiring pipeline and processes necessary for business expansion.- Helped define business model and feasibility with risk assessment. - Worked on Pitch material in order to ensure communication and future fundraising viability- Acted as point for management and handling inter organization issues

Developing integratabtle species modules with novel power sharing and omnidirectional joints. Preparing a custom control language simulated in a digital environment. Building off the MassRobotics competition and our IEEE winning paper to develop a new era of robotics.

Helping students build circuits without them catching on fire as well as helping with comprehension!

Designing new Species modules for the WORMS robotic ecosystem. Redesign and manufacturing key components that allow for ease of use in difficult environments.

Worked on the Internal Research and Development decision focusing on defining MBSE for the entirety of the RMS organization. Tracked and helped workflows for advanced developments to accelerate development per project by over 30%

Utilizing bacteria that are reactive to electrical inputs to format and create a system of paths that function as a computer chip, allowing for similar efficiency and processing as a normal Arduino.