Honeywell Thermal Barrier Coatings Design Engineer-Aerospace Relocation Provided 

United States, Arizona, Phoenix 

441734565

As a
Thermal Barrier Coatings Design Engineer-Aerospace

In this role, you will be able to imagine, design and develop high temperature coating systems for gas turbine engines as part of a highly engaged and integrated engineering team. You will participate in all phases of product development and will be part of a group of talented professionals to ensure the success of our engineering projects and programs. You will collaborate across Honeywell Aerospace engineering teams to create next generation coating solutions to meet the evolving needs of our customers.

Come be a part of a team-based culture where you can develop, refine and apply your engineering/material science skills to improve the performance/efficiency of the worlds most advanced gas turbine engines through high temperature coating technologies. Additionally, you will be able to enhance your skills by working with world-class mentors who invent new coating solutions to modern problems.

You will report directly to our Coatings and Additive Design Engineering Manager and you’ll work out of our Phoenix, AZ location on a hybrid work schedule. Note: For the first 90 days, New Hires must be prepared to work 100% onsite M-F.

KEY RESPONSIBILITIES

• Conduct research and analysis to develop innovative coating solutions
• Collaborate with cross-functional teams to design and optimize coating processes
• Perform testing and evaluation of coatings to ensure performance and durability
• Analyze data and provide technical recommendations for improvement
• Stay updated with industry trends and advancements in coating technologies
• Travel up to 10% US
• Relocation support maybe provided

YOU MUST HAVE

• 1+ years’ experience with ceramic deposition techniques including electron beam physical vapor deposition (EB-PVD) and/or air plasma spray (APS)
• Bachelor’s degree from an accredited institution in a technical discipline such as the sciences, technology, engineering or mathematics

WE VALUE

• PhD in Material Science, Metallurgy, Chemistry or Physics; Masters or Bachelors of Science in Material Science, Metallurgy, or Mechanical Engineering
• 1+ years’ experience with high temperature oxidation or deposit-induced corrosion
• 3+ years of Aerospace or Industrial Gas Turbines experience
• Basic understanding of mechanics including - Fracture Mechanics
• Basic understanding of phase equilibria and phase transformations in metallic and ceramic systems
• Capable of gathering, curating and integrating technical information from a wide variety of sources
• Experience in research and development methodologies including hypothesis testing and evidence-based innovation
• Clear, accurate and abundantly thorough report writing - which will be used to drive investment decisions
• Capable of liaising with manufacturing, testing and laboratory staff, suppliers, customers and stakeholder
• Consistently makes timely decisions even in the face of complexity, balancing systematic analysis with decisiveness

• JOB ID: HRD255125
• Category: Engineering
• Location: 111 S 34th St.,Phoenix,Arizona,85034,United States
• Exempt
• Due to US export control laws, must be a US citizen, permanent resident or have protected status.