• Successfully executed programs, adhering to budget, technical baseline, schedule, revenue, and cash payment forecast.• Identified and capitalized on growth opportunities, enhancing performance and capturing add-on orders and ECPs.• Managed the $47M JSOC Joint IDIQ Program with strategic oversight, guaranteeing on-schedule delivery and strict adherence to budget constraints, while navigating complex project requirements and stakeholder expectations.• Currently leading the MissionOps Planning Tool Development ECP, overseeing a critical $4.9M development effort funded by SOCOM, steering project milestones, and advancing technological capabilities.• Fostered seamless integration with Product Line Management (PLM)/Engineering to ensure aligned schedules across SOCOM Legacy and programs, enhancing project flow and resource allocation.• Steered a complex $10 million TAPO development project to fruition, guaranteeing punctual delivery and strict budget compliance; concurrently executed strategic process optimizations to heighten efficiency and operational performance.• Led a 12-month test protocol initiative, focusing on system developments for two aviation interface backplanes tailored for aircraft integration, along with a third product line, to ensure rigorous performance validation.

• Conducted technical demos at WDS and SOFIC and led global system trials, impacting key deals with RSAF and RSADF.• Drove L3Harris’s sales by showcasing system capabilities, influencing a prospective $20M RSAF and RSADF order.• Amplified Iraq sales, negotiating a potential $16.4M contract through skilled C4ISR system presentations.• Designed and delivered custom technical proposals and RFI responses, adeptly meeting the unique needs and requirements of diverse international clients, while ensuring compliance with industry standards and practices.• Launched standardized soldier systems to streamline sales pitches and cut costs and response times for clients.

• Executed complex hardware system tasks and collaborated across departments to meet project deadlines.• Utilized FEA to optimize complex tactical system designs for improved structural integrity and performance.• Actively supported and maintained multiple sophisticated communications systems, including advanced models such as AN/PRC158, AN/PRC-152A, and more, guaranteeing superior performance and reliability in various operational environments.• Led product development initiatives and managed cost-reduction projects, anticipating ~$1.5M in savings over three years.

• Instructed Mechanical Design, Prototyping, and Advanced Solid Modelling courses across multiple departments.• Created coursework, instructional videos, and resources to enrich student learning across programs.• Facilitated engaging classroom and lab experiences to foster practical and theoretical understanding in engineering students.• Advised students on academic and career matters, guiding aspiring engineers towards successful industry engagement.• Organized workshops and industry talks to give students insights into current engineering practices.

• Led the development of prototypes from concept to finished product, working closely with cross-functional teams to ensure the highest level of quality and performance.• Utilized 3D printing technology to rapidly prototype and iterate designs, reducing development time and cost while improving the accuracy of designs and production process.• Continuously evaluated and improved upon prototyping processes and technologies to increase efficiency, reduce waste, and enhance overall quality.• Mentored and trained team members on prototyping and 3D printing best practices.

• Used Solidworks to create 3D models and technical drawings for a wide range of products and components. This includes creating assemblies, managing complex geometries, and ensuring accuracy in design specifications.• Used Simplify 3D to generate and prepare 3D models for printing, including setting up support structures and optimizing print settings for maximum quality and efficiency.• Used Solidworks to design and develop mold prototypes for various applications. This involves creating detailed 3D models and generating CNC programs to produce accurate and high-quality molds.