Description

In this role, you will lead a talented Avionics team in designing and developing cutting-edge spacecraft systems. Your day-to-day responsibilities will involve overseeing integration and testing, collaborating with various teams, and driving innovation to ensure mission success.

Requirements

• •Bachelor’s degree in Electrical Engineering, Aerospace Engineering, or related field
• •Proven experience in avionics design for aerospace applications
• •Proficiency in avionics design tools and software
• •Understanding of space-relevant standards (ECSS, MIL-STD, NASA-HBK)
• •Knowledge of safety-critical design principles
• •Familiarity with RAMS (FMECA, FDIR, reliability, maintainability, safety)
• •Awareness of environmental & reliability considerations in avionics
• •Basic knowledge of VHDL / Verilog
• •Strong analytical, problem-solving, verbal, and written communication skills
• •Ability to collaborate effectively with multidisciplinary teams
• •6–10+ years of leadership experience, including multinational team leadership
• •High attention to detail in design, analysis, documentation
• •Hands-on mindset for testing and debugging
• •Experience with EEE components and EMI/EMC is a plus

Tasks

• •Lead the Avionics team across integration, verification, and certification activities
• •Drive innovation while ensuring timely delivery and high technical quality of avionics systems
• •Build and manage a high-performing, multidisciplinary avionics team throughout the development lifecycle
• •Define system requirements and architecture for avionics, communication, and power systems
• •Oversee breadboarding, PCB design, FPGA programming, integration, testing, and qualification
• •Manage supplier selection and hardware development oversight for qualified equipment delivery
• •Ensure power system design aligns with mission requirements and validate ConOps
• •Collaborate with software, GNC, and flight computing teams for coherent system architecture
• •Set up and manage Hardware-in-the-Loop (HIL) environments for simulations and fault management
• •Lead design and development of mission-critical avionics systems like flight control and communications
• •Translate system-level requirements into detailed avionics specifications
• •Use simulation tools to verify performance, safety, and reliability of designs
• •Build prototypes with electronics engineers and conduct board-level testing
• •Troubleshoot issues through iterative testing processes
• •Prepare documentation including ICDs, BOMs, assembly procedures, and verification plans
• •Collaborate with mechanical, software, RAMS, and integration teams for seamless integration
• •Stay updated on industry trends and emerging avionics technologies

Benefits