- Led a team of 5 engineering students in designing an innovative campfire system with automated extinguishing capabilities to proactively prevent wildfires, resulting in a projected 70% reduction in wildfire occurrences.- Demonstrated effective project management skills, fostering collaboration, and facilitating clear communication among team members.- Conducted comprehensive thermodynamic, machine design, and cost-benefit analyses, leading to informed decisions on material procurement and vendor selection. Implemented optimizations that reduced the overall project cost by an impressive 40%.- Applied expertise in product development, testing, and problem-solving, utilizing engineering drawings, CAD modeling with tolerances and standard-sized parts, and visualization software to ensure project success.- Proficiently machined various materials, including stainless steel sheet metal, concrete, cement mix, programmable electromechanical motors, wood, fasteners, plastics, and polymers, in compliance with safety standards, emphasizing the manufacturing aspect.- Integrated manufacturing and quality control processes into the product design, utilizing Geometric Dimensioning and Tolerancing (GD&T) methodology, hazard analysis, fault-tree analysis, and other Six Sigma principles to effectively resolve production-related issues.

- Spearheaded a team in designing a controller for a physical system. Employed Simulink simulation tools to create a comprehensive block diagram.- Utilized advanced control theory techniques such as root locus, frequency response analysis, and state-space algorithms to craft, develop, validate, and test various controllers (e.g., lag, lead, and PID controllers) tailored to the system's needs.- Programmed multiple MATLAB and Simulink scripts to conduct intricate calculations, simulating real-world scenarios and ensuring precise modeling of the designed algorithms.- Fostered a collaborative team environment by encouraging cross-functional teamwork, continuous improvement, and effective communication.

- Designed intricate parts and assembly models using SolidWorks, meticulously adhering to Geometric Dimensioning and Tolerancing (GD&T) best practices.- Conducted rigorous static and buckling analyses based on measured data points to identify potential failure points within the design.- Developed and delivered a formal presentation of Finite Element Analysis (FEA) results using software simulations, providing valuable insights into the assembly's performance.- Proficiently utilized Siemens NX for Computer-Aided Manufacturing (CAM) operations, streamlining the manufacturing process.- Demonstrated effective leadership skills by fostering a collaborative team environment, facilitating teamwork, and ensuring project success.

- Developed strong interpersonal and communication skills through one-on-one tutoring sessions.- Facilitated effective learning by breaking down complex concepts into understandable components.- Applied problem-solving skills to address students' challenges and promote a deeper understanding of subjects.