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MORSE Corp · 2 weeks ago

Electromechanical Systems Engineer

Greater Boston

Full-time

Hybrid

Mid Level

$90K/yr - $210K/yr

MORSE Corp is an employee owned, small business based in multiple locations including Cambridge, MA, that specializes in cutting-edge technology for the US National Security Ecosystem. The Electromechanical Systems Engineer will design and test UAVs, working on mechanical build, electronics packaging, and system integration while collaborating with cross-functional teams throughout the development lifecycle.

AerospaceInformation TechnologySoftware

Growth Opportunities

No H1B

Security Clearance Required

U.S. Citizen Only

Responsibilities

Design, build, and flight test prototypes of unmanned aerial vehicles (UAV)

Build up and integrate both hardware and electronic systems

Apply problem-solving skills to rapidly prototype and test novel ideas

Collaborate with cross-functional teams to develop and integrate hardware and software components

Communicate effectively across technical and non-technical audiences

Take ownership of projects from concept to delivery

Qualification

Aeronautical EngineeringMechanical EngineeringElectrical EngineeringSolidWorksAltiumUAV ExperienceFlight MechanicsAutopilot SoftwareCommunication SkillsSelf Starter

Required

US Citizenship and the ability to obtain a US security clearance

BS. or M.S. (preferred) in Aeronautical/Aerospace, Mechanical Engineering or Electrical Engineering or equivalent degree/major

Demonstrated experience applying first principles to solve complex problems

Familiarity with SolidWorks, Altium, or other design tools

Harness development: electrical component selection and fabrication to include crimping & soldering

RC C2: familiarity with radio transceivers, power systems, and integration into a larger system

Mechanical fabrication: laser cutting, wood working, basic composites, additive manufacturing

Strong communication skills

Self starter and planner

Preferred

Experience with unmanned aerial systems (fixed wing & VTOL platforms), flight controllers, power systems, sensors, navigation, communications, and R/C-based solutions

Strong understanding of aircraft design, flight mechanics, and aircraft stability and control

RC aircraft hobby & familiarity with commercial autopilots & peripheral sensors

Experience with bench top and field experimental design to verify hardware design and performance requirements

Familiarity with PX4, Ardupilot, or similar. Parameter configuration, firmware updating and management, log download and data archival