TL;DR

Embedded Software & Systems Engineering: Developing embedded real-time control systems and electro-mechanical subsystems for mission-critical defense platforms with an accent on embedded software, real-time operating systems, and system integration. Focus on designing, coding, debugging embedded software, and leading system-level design and validation in a secure, onsite environment.

Location: Onsite in Goleta, CA, USA

Salary: $80,000–$177,000 annually

Company

%hirify_global% is a performance-driven corporation specializing in aerospace and defense solutions, focusing on mission-critical systems for military platforms.

What you will do

Design, code, debug, and integrate embedded real-time control software using C and RTOS or embedded Linux
Develop device drivers and communication protocols such as UART, SPI, I2C, Ethernet, MIL-STD-1553
Lead or support system-level design, integration, and validation of electro-mechanical subsystems
Develop fire control algorithms and dynamic models using MATLAB/Simulink
Collaborate with cross-functional teams and interface with customers and suppliers
Support lab and field testing activities

Requirements

Bachelor’s degree in Electrical, Computer, Software, Mechanical, or Systems Engineering or related field
Must have or be able to obtain Security Clearance
Strong foundation in embedded real-time systems and C programming or integrated hardware/software systems
Experience with RTOS, embedded Linux, control systems, and signal processing
Willingness to work onsite in Goleta, CA
Travel availability up to 10–15%

Nice to have

Master’s degree or specialized training
Experience with control theory, fire control systems, modeling/simulation
Familiarity with vulnerability assessment tools and network security
Defense or aerospace system development experience

Culture & Benefits

Performance culture empowering technical problem solving
Comprehensive compensation including bonuses and stock purchase plans
Open paid time off policy
Supportive and collaborative mission-focused environment