Embedded software, secure systems, and engineering leadership

Mark Taylor

Software engineering leader with 15+ years building C/C++ platforms, embedded Linux systems, RTOS firmware, secure communications, and mission-critical aerospace and defense software.

Selected Hardware and Software Work

Prototype images from embedded product development.

Resume Snapshot

Software architecture, modernization, and secure embedded platforms.

Experienced in leading engineering organizations while remaining hands-on with software design, C/C++ implementation, platform portability, cybersecurity, and systems integration.

Open the full resume PDF
Software Architecture C/C++ Application Development Embedded Linux RTOS Firmware Cybersecurity Engineering Secure Communications Agile Program Execution Systems Integration Technical Team Management

Professional Experience

Leadership across enterprise software, avionics, cybersecurity, and embedded defense systems.

2022 - Present

Software Engineering Manager, Lightcast

Guides architecture strategy and modernization across high-performance production software that processes billions of multilingual documents per month in DaaS pipelines and SaaS APIs.

2022

Senior Principal Engineer, Performance Software

Architected secure Linux-based avionics communication components, trusted software delivery capabilities, and cybersecurity controls for safety-critical systems.

2019 - 2022

Senior Principal Engineer, Northrop Grumman

Led Agile execution and backlog governance for cockpit display functionality within the Northrop Grumman B21 Raider, coordinating delivery across engineering teams.

2011 - 2019

Cybersecurity and Embedded Engineering Roles

Developed secure communications, RTOS/Linux firmware, reverse-engineering capabilities, and various embedded systems for Northrop Grumman Xetron, Raytheon and a start-up called Pocydon.

Highlighted Projects

Embed Creativity research and product development.

Secure firmware and hardware authentication

Developed message-passing frameworks and hardware authentication capabilities supporting FIPS 140-2 security module work.

Long-range wireless bridge

Engineered a 900 MHz wireless mesh communication bridge for industrial and agricultural monitoring and control applications.

Embedded Linux board support

Implemented OpenWRT BSP capabilities and customized Linux distributions with Yocto, Buildroot and OpenWRT for specialized embedded environments.