Devin Mitchell

B787 Dreamliner.

• Certifications: Safety Management Systems, Basic.
• BSC Flightline Training.
• 787 Interior Protection.
• Fiber Optics Familiarization.
• Fiber Optics Installation.
• Seal: Body Fillet, Fasteners, Injection Application.
• Seal: Fay and Prepack
• Drilling for Quality Aluminum.
• Titanium drilling for fire prevention.
• Electronic Torque Wrench.
• Seal Edge Application.
• Information and Cyber Security.
• Enterprise Product Safety SMS in Action.

• GEN FAM Certified.
• AirBus 320 and 321
• LINE MAINTENANCE
• Tested electrical systems, hydraulic systems, and other aircraft components for proper functioning.
• Provided technical advice and guidance to junior technicians when needed.
• Checked serviceability of brakes, tires, and other landing gear components prior to takeoff.
• Maintained records of all maintenance activities for compliance with FAA regulations.
• Inspected aircraft components to detect any signs of wear or malfunctioning.
• Followed detailed instructions while conducting complex repairs on the aircraft.
• Performed routine maintenance tasks on aircraft, such as cleaning, lubricating, and replacing parts.
• Used specialized tools such as torque wrenches and micrometers for precise measurements.
• Replaced worn-out engine components with new ones, according to the manufacturer's specifications.

• Performed routine maintenance and repair of aircraft engines and airframes.
• Inspected aircraft for compliance with Federal Aviation Administration regulations.
• Repaired or replaced defective parts using hand tools and power tools.
• Assisted in assembling new airframes by installing components such as wings, tail sections, fuselage sections, and other related parts.
• Balanced flight controls for accuracy and safety after performing a Horizontal Stabilizer Actuator functional check.
• Maintained detailed records of all work performed on aircraft by FAA regulations.
• Updated maintenance and repair logs according to services performed and submitted reports to supervisors for review.
• Replaced worn-out components with new parts according to the manufacturer's specifications.
• Worked closely with team members to ensure that all deadlines were met.
• Kept abreast of updates on current FAA regulations concerning aviation safety standards.
• Attended periodic seminars to learn about new technologies being developed in the industry.
• Inspected and verified the dimensions and clearances of parts to verify conformance to factory specifications, utilizing dial calipers.
• Assisted other mechanics with repairs or replacement of major components.
• Operated ground support equipment such as tugs and cranes when necessary.
• Read technical manuals to understand procedures for servicing an aircraft.
• Utilized advanced technical skills and expertise to troubleshoot complex problems and implement solutions.
• Adhered to standards in all repairs.

• Promoted high customer satisfaction by resolving problems with knowledgeable and friendly service.
• Removed and installed engines on various types of airframes following approved procedures.
• Maintained updated knowledge through continuing education and advanced training.
• Oversee students in lab settings, ensuring they apply theoretical knowledge to real-world scenarios safely and effectively.
• Delivered lectures and hands-on training in airframe and powerplant subjects, covering essential topics such as aircraft systems, maintenance procedures, and safety protocols.
• Utilized drawings and schematics to install, remove, and modify aircraft structures, systems, and components.
• Repaired faulty electrical wires by splicing and soldering.
• Conduct practical demonstrations of maintenance tasks, such as inspections, repairs, and troubleshooting of aircraft systems.
• Provided individualized instruction to students to improve their academic performance.
• Encouraged students' critical thinking skills by facilitating classroom discussions.
• Maintained accurate records of attendance, grades, and assessments for all students in the course.
• Fabricate sheet metal pieces by cutting, punching, bending, rolling, and forming with hand tools or machines.

• Tested, repaired, and overhauled electronic, mechanical, radio equipment and electromechanical components.
• Troubleshot, repaired, tested, and calibrated units using schematics diagrams, Component Maintenance Manuals (CMMs), and other modifications.
• Kept detailed records of all repairs and work performed on aircraft and components.
• Performed functional tests on avionics systems to ensure proper performance.
• Maintained aircraft electrical wiring harnesses for airworthiness standards.
• Diagnosed issues with avionics systems using technical manuals and schematics.
• Replaced faulty components within the avionics system according to established guidelines.
• Replaced defective parts and corrected problems using various hand and power tools.

• Supervised personnel performing scheduled and unscheduled maintenance on aircraft, ensuring uninterrupted mission support.
• Provided oversight to scheduled and unscheduled maintenance, repair, diagnostics, operations, and overhaul of F/A-18- Hornets A/B/C/D Model Aircraft on avionics systems and equipment.
• Amassed, analyzed, and maintained data on the quality characteristics and reported all findings to Maintenance Control for archiving.
• Conducted corrosion inspections and implemented control measures lengthening aircraft component life cycles.
• Reviewed technical manuals and other documents related to product operation and maintenance requirements.
• Diagnosed problems using test equipment such as multimeters, oscilloscopes, signal generators, and power supplies.
• Replaced defective components or parts as needed.
• Installed software updates on the F-18 Super Hornet while providing technical assistance when necessary.
• Installed new components or replaced defective parts to restore functionality.
• Utilized hand tools to splice cables properly.