Alexa Kirk

Software Engineering Lead

Embedded systems and application software specialist with team leadership experience. Currently leading a team of developers at Applied Avionics, focusing on creating reliable, efficient solutions.

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About Me

As a Software Engineering Lead at Applied Avionics, I specialize in embedded systems and application-level software development. With experience in designing and implementing complex software solutions, I now lead a team of 5 talented developers, guiding projects from conception to completion.

My approach combines technical expertise with strong leadership skills, ensuring that our team consistently delivers robust, efficient software solutions that meet client needs and industry standards.

Technical Skills

Embedded Systems C/C++ C#/.NET WinForms, WPF, MVVM D0178-C Real-time OS Software Architecture Python Firmware Development STM32 Team Leadership Agile Methodologies

Work Experience

Software Development Lead

Present

Applied Avionics

Lead a team of 3 software developers working on embedded systems and application-level software for avionics applications. Responsible for project planning, code reviews, technical guidance, and ensuring on-time delivery of high-quality software solutions.

Implemented improved development workflows that reduced bug rates by 35%
Established code review processes and quality standards
Mentor junior developers and facilitate knowledge sharing
Interface with cross-functional teams to align software development with product goals

Senior Software Engineer

Applied Avionics

Developed embedded software systems for avionics applications, focusing on reliability and performance. Worked with real-time operating systems and implemented communication protocols for various hardware interfaces.

Designed and implemented firmware for critical avionics systems
Optimized code for performance on resource-constrained hardware
Collaborated with hardware engineers to resolve integration issues

Featured Projects

Avionics Control System

Designed and implemented a fault-tolerant control system for critical aircraft functions, with real-time monitoring and redundancy features.

Embedded C RTOS Safety-Critical

Firmware Optimization

Refactored legacy firmware to improve performance by 40% and reduce memory usage, while maintaining backward compatibility with existing hardware.

C++ C Visual Studio Optimization Legacy Systems Microcontroller ARINC429 RS-232/USART

Diagnostic Tool Suite

Created a suite of diagnostic tools for troubleshooting avionics systems in the field, improving maintenance efficiency and reducing downtime.

Python GUI Development Diagnostics C# .NET