Christian G. Guerrero Jiménez

• Conduct routine product inspections to verify compliance with quality standards and ensure consistent output.
• Set up and calibrate production equipment to achieve optimal machine performance and line efficiency.
• Support root cause investigations of recurring quality or process issues and contribute to long-term solutions.
• Partner with R&D to test and implement new production techniques, helping drive product innovation.
• Lead a lean manufacturing initiative that reduced waste and improved workflow efficiency across the line.
• Troubleshoot machinery in real time to reduce downtime and maintain production targets.
• Perform environmental testing and sampling to ensure regulatory compliance and contamination control.
• Responsible for mechanical maintenance and repair of line equipment to improve reliability and extend service life.
• Execute validation processes (IQ, OQ, PQ) to certify equipment and systems meet operational requirements.
• Use Power BI to track production metrics, generate custom reports, and support data-based decision-making.

• Installed lightnings fixtures such as ceiling fans, recessed lights, and chandeliers.
• Installed drywall, tiled floors and walls, laminate flooring, cabinets, countertops, and trim.
• Performed drywall repair, and tile work.
• Demonstrated versatility by successfully tackling a wide range of tasks, from plumbing and electrical work to carpentry and general home repairs, showcasing adaptability and expertise within the field.
• Improved client satisfaction by providing timely and quality handyman services for various home repairs.

• Mentored a team in designing and building an autonomous drone and ground vehicle from scratch.
• Guided integration of a payload delivery system using servos and vision-based navigation.
• Supported Python coding for autonomous flight and ground control operations. fvc

• Designed and built a stationary satellite using SolidWorks, NX, ANSYS, Python, and Gazebo to simulate the High-altitude Platform station.
• Demonstrated the functionality of the prototype HAPS to showcase successful payload recovery mechanisms.
• Utilized hardware expertise to ensure safe landing and recovery processes for the satellite.

• Led the design and manufacture of a drone, including propeller guards, electrical components, and autonomous vehicle code using Python.
• Managed team and safety precautions for drone operation, achieving 4th place in competition despite being a first-time team.
• Responsible for manufacturing a car impacted with water for perfect operation at RTX in Puerto Rico.

• Worked effectively in fast-paced environments.

• Observed mechanical systems including turbines and boilers at PREPA in Penuelas, Puerto Rico.
• Shadowed engineers during maintenance and inspection routines to gain insight into power generation operations and safety protocols.