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John Doe
Summary
Innovative Avionics Engineer with 8+ years of experience designing, developing, and integrating advanced electronic systems for commercial and military aircraft. Expertise in flight control systems, navigation equipment, communication systems, and DO-178C software certification. Proven track record of delivering complex avionics solutions that enhance aircraft performance, safety, and reliability while meeting stringent regulatory requirements. Adept at collaborating with cross-functional teams to translate customer requirements into effective technical solutions throughout the product lifecycle.
Experience
Senior Avionics Systems Engineer
Honeywell Aerospace
July 2020 - Present, Phoenix, AZ
Lead a team of 6 engineers in the design and development of next-generation flight management systems for commercial aircraft, implementing innovative navigation algorithms that improved accuracy by 35% and reduced fuel consumption by 8%
Architect integrated avionics solutions that interface with multiple aircraft subsystems, ensuring seamless communication and data exchange while maintaining compliance with DO-254 and DO-178C standards
Collaborate with certification specialists to develop and execute verification and validation plans for safety-critical systems, successfully achieving FAA certification for 3 major avionics products with zero non-conformances
Avionics Integration Engineer
Boeing Defense, Space & Security
March 2017 - June 2020, Mesa, AZ
Designed and implemented integration solutions for complex avionics systems on military aircraft platforms, ensuring interoperability between radar, communication, navigation, and weapons systems
Conducted comprehensive system testing and troubleshooting in laboratory and flight test environments, identifying and resolving 45+ critical interface issues before deployment
Developed technical documentation including interface control documents, test procedures, and certification evidence packages that streamlined the verification process and reduced certification timeline by 20%
Avionics Software Engineer
Garmin International
September 2014 - February 2017, Olathe, KS
Developed and maintained real-time embedded software for integrated flight deck systems using C/C++ and ARINC 653 compliant RTOS, implementing features that enhanced situational awareness and reduced pilot workload
Created and executed software verification procedures in accordance with DO-178B Level A requirements, achieving 100% code coverage and zero high-severity defects in released products
Collaborated with human factors engineers to design intuitive user interfaces for cockpit displays, incorporating pilot feedback that improved usability scores by 28% in evaluation testing
Education
Master of Science in Electrical Engineering
Arizona State University • Tempe, AZ • September 2012 - May 2014 • 3.9 GPA
Specialization: Embedded Systems and Digital Signal Processing
Thesis: 'Fault-Tolerant Architectures for Safety-Critical Avionics Systems' - Developed novel redundancy management algorithms that improved system reliability by 40%
Relevant Coursework: Real-Time Operating Systems, Digital Avionics Systems, Embedded System Design, Advanced Digital Signal Processing, Radar Systems
Bachelor of Science in Aerospace Engineering
Minor in Computer Science • Embry-Riddle Aeronautical University • Prescott, AZ • September 2008 - May 2012 • 3.8 GPA
Honors: Summa Cum Laude; Boeing Scholarship Recipient; Dean's List (all semesters)
Senior Design Project: 'Integrated Navigation System for Unmanned Aerial Vehicles' - Designed and built a prototype that won 1st place in the Engineering Design Competition
Relevant Coursework: Aircraft Systems, Avionics Systems Integration, Flight Dynamics, Digital Electronics, Aircraft Electrical Systems, Programming for Engineers
Key Avionics Projects
Next-Generation Flight Management System
Honeywell Aerospace • March 2021 - August 2022
Led architecture and development of advanced FMS with enhanced Required Navigation Performance (RNP) capabilities, supporting precision approaches to 0.1 nautical miles and reducing fuel consumption by 12% on typical routes
Implemented machine learning algorithms for optimized flight path prediction that improved estimated time of arrival accuracy by 30% under varying weather conditions
Designed seamless integration with aircraft performance databases and weather information systems, providing pilots with comprehensive decision support tools that enhanced operational efficiency and safety
Military Aircraft Avionics Modernization
Boeing Defense, Space & Security • June 2018 - February 2020
Designed and implemented digital avionics upgrade for legacy military aircraft, replacing analog systems with modern glass cockpit displays and integrated digital avionics suite
Developed complex system integration architecture that interfaced new digital systems with existing aircraft subsystems, ensuring backward compatibility while enabling advanced capabilities
Created comprehensive test procedures and conducted rigorous verification testing, achieving successful flight certification with zero safety-critical defects
Synthetic Vision System for General Aviation
Garmin International • November 2015 - October 2016
Developed terrain database processing algorithms and real-time rendering software for synthetic vision system that provided pilots with intuitive 3D visualization of surrounding terrain
Implemented advanced obstacle detection and warning features that improved situational awareness in low-visibility conditions, reducing controlled flight into terrain (CFIT) risk
Optimized graphics rendering engine for embedded avionics hardware, achieving 60 frames per second performance while maintaining DO-178B Level B certification requirements
Certifications
FAA Designated Engineering Representative (DER) - Avionics
Federal Aviation Administration • 2026
Authorized to approve technical data and recommend certification approval for avionics systems
Expertise in airworthiness standards, certification processes, and compliance verification
Specialization in software, electronic hardware, and integrated systems certification
Certified Systems Engineering Professional (CSEP)
International Council on Systems Engineering (INCOSE) • 2024
Demonstrated expertise in systems engineering principles, processes, and practices
Proficiency in requirements analysis, architecture development, and system integration
Knowledge of verification, validation, and system lifecycle management
DO-178C Training and Certification
Patmos Engineering Services • 2023
Comprehensive understanding of DO-178C software considerations in airborne systems certification
Expertise in software planning, development, verification, and quality assurance processes
Knowledge of software safety assessment and certification liaison processes
Professional Involvement
Member
RTCA Special Committee 216 - Aeronautical Systems Security • January 2019 - Present
Contribute to the development of industry standards and guidelines for aircraft systems security, focusing on avionics network protection and secure software development
Participate in working groups addressing emerging cybersecurity threats to modern aircraft systems and developing mitigation strategies
Collaborate with industry experts to establish certification guidance for secure avionics systems that balance security requirements with safety and performance considerations
Technical Committee Member
Aerospace Industries Association (AIA) • June 2018 - Present
Serve on the Avionics Systems Division committee, contributing to industry position papers and technical reports on emerging avionics technologies
Participate in industry forums addressing challenges in avionics certification, integration, and standardization
Collaborate with government agencies and industry partners to develop roadmaps for next-generation avionics capabilities
Guest Lecturer
Arizona State University, School of Electrical Engineering • January 2020 - Present
Deliver semi-annual lectures on 'Safety-Critical Avionics Systems Design' for graduate-level embedded systems courses
Mentor student teams on capstone projects related to avionics and aerospace electronics, providing industry perspective and technical guidance
Serve on industry advisory panel for curriculum development, helping align academic programs with evolving industry needs and technological trends
Details
Skills
Avionics System Architecture
Flight Management Systems (FMS)
Navigation Systems (GPS, INS, VOR/DME)
Communication Systems (VHF, HF, SATCOM)
Embedded Software Development (C/C++)
Real-Time Operating Systems (RTOS)
DO-178C Software Certification
DO-254 Hardware Certification
ARINC 429/629/664 Protocols
MIL-STD-1553 Data Bus
System Integration & Testing
Requirements Management
MATLAB & Simulink
LabVIEW
Hardware-in-the-Loop (HIL) Testing
Fault Detection & Isolation
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