Electrical Integration Engineer

Scaled Composites•Mojave, CA

3d•$93,000 - $195,000•Onsite

About The Position

An Electrical Integration Engineer at Scaled is responsible for the design, development, modification, integration, and/or test of various systems on our custom experimental aircraft. These can include: electrical power distribution and ground systems, control signals, data signal acquisition/storage/distribution, telemetry systems, avionics, display systems, and interfaces between any and all of the above. While we don’t expect any of our engineers to know everything, we do look for people who have the capability and desire to learn nearly anything. We provide the responsibility, but also the opportunity, for an engineer to own a sizable chunk of the electrical design scope for a program for much of the life of that program. Our design cycles are short, and that can often require optimization toward schedule vs. really-nice-to-have requirements or design refinement. And we don’t throw stuff over the wall – the Electrical Integration Engineer may be responsible for their design from concept through fabrication, installation, and integration, and from component-level testing all the way through to full vehicle flight test support.

Requirements

Fundamental knowledge of electrical systems from power to signal-level
Proficiency in software and/or electronic hardware development
Strong problem solving, organizational, and communication skills
Strong knowledge of electrical technologies and products
Bachelor of Science in Engineering -or- substantial equivalent experience
Ability to work in multiple engineering disciplines on an aggressive schedule

Nice To Haves

Experience with electrical system design and integration
Experience with circuit board design and layout
Experience with data acquisition, signal conditioning, and data processing
Experience with avionics and/or aircraft electrical systems
Familiarity with Garmin avionics customization, ACRA data acquisition is a plus
Familiarity with aircraft electrical design best practices (ASTM F3231, FAR Part 23 and/or 25)
Familiarity with aircraft electrical maintenance and inspection practices (FAA AC 43.13-1b Chapters 11 and 12)
Proficiency programming in one or more computer languages (C, C++, Python, MATLAB, Simulink, etc.)
Familiarity with aircraft RF systems, telemetry, EMI/EMC troubleshooting
Embedded microprocessor or microcontroller programming experience
Experience with hardware description languages and FPGAs
2-5 years of directly related work experience
Rapid prototyping experience
Aerospace experience (work history, pilot’s license, experimental aircraft building, etc.)
Hands-on design and/or build experience
DOD Secret Clearance
Additional degrees or relevant professional or advanced amateur experience

Responsibilities

Defining requirements and interfaces for custom electrical and avionics solutions
Specifying and modifying COTS solutions for specific prototype aircraft needs
Solving complicated problems with simple software/hardware solutions
Design, development, modification, testing, and integration of aircraft software/hardware solutions
Development and maintenance of electrical schematics for vehicles and test hardware
Sufficient documentation of work to communicate design and intent to peers and future users
Support of ground and flight test design, planning, and execution
Complete product development with significant scope of individual ownership
Support of electricians and technicians during installation and test of systems
Simultaneous work on multiple projects
Clearly communicate verbally and in writing
Requires mobility and the ability to bend and reach
May infrequently require lifting, carrying, pushing, and/or pulling materials (LRUs, Ground Power Units, fuel bowsers, small aircraft) with a force up to 30 pounds
Manual dexterity and coordination are required; repetitive hand motion (e.g., to operate computer keyboard, test equipment, aircraft avionics)
Vision at close distances and the ability to adjust focus for prolonged periods (i.e., computer screen, flight displays)
Ability to remain sedentary or stationary for prolonged periods of time
Ability to write for extended periods of time
Ability to work in an office setting for prolonged periods of time
May be asked to carry up to 20 lbs. up and down a flight of stairs on a regular basis such as files, books, office equipment, test hardware, etc.
Occasional reaching overhead and lifting up to 15 pounds
Ability to converse and communicate information with others
Occasional exposure to chemical vapors and/or fumes in low non-hazardous concentration
Potential to climb up and down steps on a daily basis
Must be able to read and understand Safety Data Sheets (SDS)