Saleh Saeed

Conducted advanced research on Hall Effect Thrusters (HET), analyzing the impact of electrical harness impedance and power supply models on discharge voltage oscillations to optimize spacecraft propulsion performance. Led development of experimental test setups and diagnostic instrumentation to study propulsion system behavior and improve thruster reliability for high-power electric propulsion systems. -Developed low-inductance harness designs, reducing discharge ripple voltage and improving thruster reliability for spacecraft propulsion applications -Designed and analyzed plasma diagnostic probe setup to study charge collection and flow behavior, reinforcing principles of fluid dynamics and data acquisition in high-energy systems -Conducted performance testing and data analysis to optimize electrical system configuration -Applied experimental methods to advance understanding of electric propulsion technology

Supported inventory management, mechanical diagnostics, and production documentation for defense vehicle systems using SAP, Siemens NX, Teamcenter, and Visio across shop floor and field environments. Led supplier quality initiatives and process improvement projects to enhance manufacturing reliability and product conformance. Coordinated cross-functional efforts between manufacturing, quality, and supplier organizations to resolve production issues and implement corrective actions. -Led Bristol facility site visits to investigate and resolve door assembly failures caused by misfit threaded rods, directing root cause analysis and implementing corrective actions that improved product conformance -Contributed to development of PFMEAs (Process Failure Mode Effects Analysis) and FPVIs (First Piece Verification Inspections) for process risk mitigation across production systems -Improved installation guides and visual documentation for production teams, reducing assembly errors and standardizing procedures -Fixed gas pump hardware in situ, demonstrating hands-on troubleshooting and problem-solving capabilities Organized windshield subassembly documentation to improve manufacturing traceability and quality control

Led preparation of Statements of Interest (SOIs) and proposals, securing infrastructure projects up to $10M including work for the Illinois Tollway. Coordinated cross-team efforts to meet project milestones and ensure compliance with industry standards. Conducted engineering inspections ensuring compliance with ASCE/ASME standards. Analyzed CAD drawings to assess drainage systems, structural integrity, and ITS maintenance requirements for improved traffic management. -Optimized braking systems for tollway trucks by conducting FMEA (Failure Mode Effects Analysis), identifying failure modes and implementing preventive measures to enhance safety and performance in critical mechanical systems -Led technical analysis of infrastructure designs to ensure structural integrity and regulatory compliance -Coordinated multi-disciplinary project teams to deliver engineering solutions meeting performance and schedule requirements -Prepared technical documentation and engineering reports for stakeholders

Helped redesign the solar car for collegiate competition. Led initial CAD modeling to reduce drag and conducted prototyping/testing to ensure optimal alignment and reliability under dynamic conditions ● Led suspension design and augmented the suspension system to withstand 1.5G bump loads while ensuring structural integrity and dynamic performance during competition conditions, minimizing weight by 20%

Redesigned wheel wells to improve durability by making them fully waterproof and heat-resistant, using advanced materials and sealing techniques to ensure protection against environmental extremes and enhance performance.

Responsible for identifying causes of excessive system downtime impacting production. Led CMMS implementation to improve work order tracking, inventory management, and maintenance efficiency. Streamlined maintenance scheduling, reducing response times and minimizing machinery downtime, enhancing operational reliability and production efficiency ● Reduced system downtime by 48 hours, delivering measurable improvements in organizational efficiency and resource utilization through strategic system deployment and process refinement.

Providing consumers with specialized project needs or requirements with expert expertise and individualized service. Collaborating with customers closely to comprehend their specific needs and provide specialized solutions to address those needs. To offer a complete solution, may entail collaborating with other departments at Home Depot, such as installation services and/or product specialists. In addition, being in charge of delivering top-notch client care from the very beginning of the sales process until the job is finished.

Developed and edited scripts for various TV programs Assistant producer of Muslim Network TV programs Hosted episodes on Muslim Network TV programs

---For my Aerospace Engineering senior design project, my team developed a real-time obstacle-avoidance and path-planning algorithm for unmanned aerial vehicles (UAVs). The system combines Artificial Potential Fields (APF) with a predictive look-ahead controller to safely guide a UAV through dynamic, cluttered environments. I lead the design and implemented the MATLAB simulation environment, including real-time dynamic obstacle generation and sensing. Developed the core Predictive APF algorithm, enabling the UAV to evaluate multiple future trajectories and avoid collisions. Built the local-minima recovery system using waypoint injection to prevent spiraling and ensure continuous forward motion. Created visualization and testing tools to support integration into the team’s Simulink flight-dynamics model. Technical Focus: MATLAB, autonomous navigation, APF optimization, dynamic environments, collision avoidance, trajectory smoothing, UAV guidance.