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Role description

Mechanical Engineer

De-Ice logoDe-Ice
WorkplaceOn-site
SeniorityJunior
LocationMassachusetts, USA
Engineering

About De-Ice

According to John Owen, co-founder of JetBlue and investor at De-Ice, “the best way to save money for an airline is to run a reliable, on-time schedule, and current-state de-icing makes this impossible.”

De-Ice is an MIT spin-out that’s developed an electric de-icing solution that will solve this problem. This eliminates the need for the aircraft to hold on the ground for 30-45 minutes or more while workers in bucket trucks spray heated toxic fluids on the aircraft.

If you’re passionate about aviation, engineering, and solving difficult problems join our team to take a big step towards making flying sustainable for everyone.

Responsibilities

De-Ice’s Mechanical Engineers are critical because they work on integrating De-Ice’s novel system onto aircraft.

Based in the Boston area, Mechanical Engineers support the De-Ice product lifecycle across several aerospace platforms.

The ideal candidate will have a strong engineering background, and experience designing, prototyping, and testing novel and complex systems. Specific duties include, but are not limited to:

  • Research and development of novel technology and engineering solutions
  • Design, build, and test of lab-scale, pilot-scale, and real-scale prototypes
  • Creation of detailed engineering product designs, including state-of-the-art airborne systems
  • Support scaling for production, including testing and evaluation of manufacturers’ prototypes, selection and sourcing of components, and ownership of manufacturing documentation such as assembly drawings, 3D models, part drawings, etc.

Select current and future projects in the mechanical engineering team include detailed designs for aircraft integration, thermal and mechanical analysis of electronics packaging, thermal design of critical electronic components, experiment design for aircraft-level testing, development of field repair techniques, recognizing and implementing manufacturability improvements, aircraft-level modeling and simulation, among others.

Qualifications

  • Bachelor’s degree in Mechanical Engineering, Aerospace Engineering or equivalent required
  • Hands-on experience with design, fabrication, and testing of hardware required
  • Experience with thermal modeling, computer aided design, and/or mechanical design required
  • Proficiency with Solidworks, CATIA, or other CAD software required
  • Experience with hardware prototyping tools such as Arduino, Raspberry Pi, microcontrollers, highly preferred
  • MATLAB experience highly preferred
  • Machine shop and rapid prototyping experience preferred
  • Familiarity with laboratory instruments such as oscilloscopes, power supplies, and DAQs preferred
  • 2 years or more of professional or research experience in mechanical or aerospace engineering preferred, ideally with exposure to aerospace or complex system hardware
  • Energetic, driven, creative, and able to respond to unforeseen challenges and conditions
  • Ability to think critically in an ambiguous environment and take end-to-end ownership of work product

Our Culture

We’re a flat organization run by engineers and physicists where creative thinking is just as important as analytical prowess. We are looking for people who share our passion for solving hard problems and collaborative invention.

De-Ice is an equal opportunity employer and does not discriminate on ground of race, gender, age, or sexual orientation. De-Ice offers competitive compensation, including salary, stock options, and benefits.

Interested candidates should email careers@deice.com with a resume enclosed.

Relevant archetypes

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Company info

De-Ice logo

De-Ice

De-Ice is an MIT spin-out that’s developing ground and in-flight ice protection systems for the aerospace industry. De-Ice's electrical system generates time and cost efficiencies by replacing the incumbent on-ground chemical solutions with a technology that is faster, cheaper, safer, and less disruptive to operations. The system is also a mission-enabler by allowing flights into and out of remote locations, as well as enhancing in-flight capability through eliminating bleed air.

Seed
Funding
  • Seed · $3M · Jul 1, 2017

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