• Directed development of Plasma Jet printers from prototype to commercial grade, achieving 60% reduction in size and weight for scalable deployment.

• Improved customer satisfaction by 80% through structured troubleshooting processes and faster resolution of technical issues.

• Coordinated cross-functional team efforts and stakeholder alignment, cutting project delays by 20%.

• Streamlined vendor communication, reducing back-and-forth by 30% and ensuring on-time delivery of components.

• Oversaw advanced R&D initiatives for design upgrades, improving print resolution, thermal resistance, and material compatibility.

• Patent Pending: Plasma Printing of Color Centers in Diamond (63/566,717).

• Successfully built Plasma Jet printer from initial alpha design to an industry-grade product equipped for in-space applications for institutions like Marshall Space Flight Center and Sandia National Lab.

• Improved mass production capabilities of Plasma Jet printer by reducing the size and the weight by 60%

• Reduced cost and improved production efficiency by 75% by optimizing next generation control units and versatile mounting options on gantries and robotic arms for next-generation flexible electronics applications.

• Designed local amplification of RF flyback system to generate plasma far from the power source reducing output power loss for OEM modules. (Patent pending).

• Led new operating methods, designed new structural and printing process to use the Plasma Jet printer in microgravity using Parabolic Flight, bringing us one step closer to ODME at International Space Station.

• Established comprehensive customer support system, resolving technical issues promptly and substantially elevating client satisfaction rates.

• Performing daily tasks that include the production, development, and engineering work for Plasma Jet printer.

• Designed PCB layouts for the control units being used for manufacturing Plasma Jet Printer

• Designed liquid, gas, plasma, environmental and safety control units for the printer.

• Using Twin CAT 3, perform a quality control check on the printer before it is shipped to the customer.

• Designing various 3D models using Autodesk Fusion 360 for research and development of the printer.

• Planning and scheduling timeline for the production control units and inventory for new customers.