● Engaged in the Future Large Cabin (FLC) and Structural Design departments, contributing to innovative aircraft design and assembly solutions.● Utilized CATIA to design and prototype an Auxiliary Power Unit (APU) enclosure, enhancing fire safety standards in aircraft engineering.● Spearheaded the APU fire certification process, from initial design analysis to prototype testing, ensuring compliance with rigorous safety protocols.● Authored a Quality Test Procedure (QTP) based on testing outcomes, facilitating FAA approval and underscoring commitment to regulatory compliance.● Addressed and resolved assembly discrepancies, optimizing the manufacturing process and improving production line efficiency.● Received Yellow Belt Training, comprehensive training in CATIA and Geometric Dimensioning & Tolerancing (GD&T), applying these skills to real-world engineering challenges.● Employed engineering principles and software tools to troubleshoot and solve complex problems, improving overall aircraft safety and functionality.● Developed and maintained effective communication across diverse teams, ensuring clear understanding and collaboration on technical projects.● Contributed to team efforts by providing leadership in collaborative settings, planning tasks, and meeting project objectives efficiently.

● Played a pivotal role in the planning and rebuilding of the GE9X, the world's most powerful jet engine, ensuring its readiness after prolonged storage by meticulously updating component specifications and assembly instructions.● Spearheaded the design and planning of assembly processes for military jet engines, establishing new benchmarks in assembly efficiency and safety, and significantly advancing project timelines.● Developed and optimized assembly modules for critical engine components like the fan rotor and high-pressure turbine rotor, enhancing the precision and reliability of military-grade engines.● Successfully managed multiple high-stake projects simultaneously, demonstrating strong leadership and the ability to meet tight deadlines, which directly contributed to the team's overall productivity and project success.● Fostered strong collaborative relationships across departments, enhancing communication and integration of complex engineering solutions.● Demonstrated a strong commitment to safety and regulatory compliance by incorporating OSHA standards into design plans, ensuring the well-being of team members during assembly processes.● Continuously sought personal and professional growth by engaging with senior executives and utilizing their insights to enhance project outcomes and personal engineering capabilities.

● Quickly advanced from basic maintenance tasks to taking on full responsibility for a wide range of complex automotive repairs within three months of joining.● Developed a specialization in brake systems and air conditioning, becoming the go-to technician for these critical services.● Trained and mentored new employees in diagnostic procedures, repair techniques, and customer service best practices, significantly improving the operational efficiency and knowledge base of the team.● Performed extensive engine overhauls, including complete engine swaps, and efficiently executed transmission replacements, enhancing vehicle reliability and performance for customers.● Gained proficiency in diagnosing and fixing diverse vehicle systems, leading to a reputation for resolving challenging mechanical issues.