What are the responsibilities and job description for the Space Guidance and Navigation Sr. Advanced Power Supply Design Engineer position at honeywell2-pilot?
Honeywell changes the way the world works.
For more than 130 years, we’ve solved the toughest customer challenges through a rare combination of our industrial expertise and our innovations in groundbreaking software and technology, and industry-leading automation.
This perfection is built on a foundation of inclusion, diversity and driving a performance culture that values integrity and ethics.
Are you ready to help us make the future?
We lead with software and innovation.
Whether we’re turning mustard seeds into fuel, creating quantum algorithms or making taxis fly, our software engineering team is home to the world’s leading technological talent.
We want software engineers who not only have a solid foundation in coding, development, designing, testing and even hacking, but who also have a passion for empowering the world and making it a better place for everyone – today and tomorrow.
Our Platform Center of Excellence Electrical Design Team has immediate and upcoming needs for top-performing Sr Advanced Power Supply Design Engineer who creates the hardware electronics that Aerospace runs on.
Help us create the world’s most advanced systems for essentially every subsystem you can imagine from commercial or military aviation, to space.
We are seeking someone who brings the right experience designing Circuit Card Assemblies (CCAs) for Electronic Solutions within Honeywell Aerospace.
This position is in Clearwater, Florida or Deer Valley, Arizona.
In this visible, design and developing technical role, you may be responsible for one or more of the following:
1. Designing analog/linear circuits including signal conditioning, data conversion (analog-to-digital and digital-to-analog), motor control, and navigation control and sensors.
2. Designing high reliability power electronics, including isolated and non-isolated DC-DC converters (power stages, magnetics, control) and EMI filters.
3. Analyzing and lab testing the analog and DC-DC conversion circuits.
Are you up for a new challenge?
Key Responsibilities
• Supports or executes one or more complex Printed Board Assembly (PBAs) development assignments, including supporting system trades, setting and negotiating circuit requirements derived from system requirements, developing architectures, completing design, analysis, and testing in an engineering laboratory setting.
• Collaborates with a global, multi-disciplinary team of systems, mechanical, radiation effects, reliability, component, and manufacturing engineers.
• Partners to reach effective solutions to medium to low complexity electrical engineering problems under moderate supervision.
• Follows and tailors best design practices and guidelines to ensure efficiency on given project task while ensuring design compliance and producibility.
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