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The ad says“Support continuous process improvement activities including Kaizen, 5S practices to ensure an organized and efficient working environment, and personal development.”
The ad says“Lead the development of System Safety analyses such as reliability predictions, Failure Modes and Effect Analyses, Fault Tree Analysis, Common Mode Analysis and Single Event Upset analysis (ARP4761)”
The ad says“Knowledge of the general principles involved with the development of Transformer Rectifier Units, Power Conditioning Units, DC-DC Converters, Magnetics, Battery Chargers, Landing Gear Control and Indication Systems, Door and Slide Control and Indication Systems and Tire Pressure Monitoring Systems.”
The ad says“Familiarity with circuit analysis and power supply topologies”
The ad says“Lead the development of System Safety analyses such as reliability predictions, Failure Modes and Effect Analyses, Fault Tree Analysis, Common Mode Analysis and Single Event Upset analysis (ARP4761)”
The ad says“Knowledge of the general principles involved with the development of Transformer Rectifier Units, Power Conditioning Units, DC-DC Converters, Magnetics, Battery Chargers, Landing Gear Control and Indication Systems, Door and Slide Control and Indication Systems and Tire Pressure Monitoring Systems.”
The ad says“Familiarity with DO178, DO254 and DO160”
The ad says“Familiarity with DO178, DO254 and DO160”
The ad says“Familiarity with DO178, DO254 and DO160”
The ad says“Knowledge of the general principles involved with the development of Transformer Rectifier Units, Power Conditioning Units, DC-DC Converters, Magnetics, Battery Chargers, Landing Gear Control and Indication Systems, Door and Slide Control and Indication Systems and Tire Pressure Monitoring Systems.”
The ad says“Working knowledge of requirements management tools (e.g. DOORS) highly desirable”
The ad says“Lead the development of System Safety analyses such as reliability predictions, Failure Modes and Effect Analyses, Fault Tree Analysis, Common Mode Analysis and Single Event Upset analysis (ARP4761)”
The ad says“Lead the development of System Safety analyses such as reliability predictions, Failure Modes and Effect Analyses, Fault Tree Analysis, Common Mode Analysis and Single Event Upset analysis (ARP4761)”
The ad says“Support continuous process improvement activities including Kaizen, 5S practices to ensure an organized and efficient working environment, and personal development.”
The ad says“Knowledge of the general principles involved with the development of Transformer Rectifier Units, Power Conditioning Units, DC-DC Converters, Magnetics, Battery Chargers, Landing Gear Control and Indication Systems, Door and Slide Control and Indication Systems and Tire Pressure Monitoring Systems.”
The ad says“Knowledge of the general principles involved with the development of Transformer Rectifier Units, Power Conditioning Units, DC-DC Converters, Magnetics, Battery Chargers, Landing Gear Control and Indication Systems, Door and Slide Control and Indication Systems and Tire Pressure Monitoring Systems.”
The ad says“Familiarity with multi physics modeling and simulation (i.e. Simulink)”
The ad says“Knowledge of the general principles involved with the development of Transformer Rectifier Units, Power Conditioning Units, DC-DC Converters, Magnetics, Battery Chargers, Landing Gear Control and Indication Systems, Door and Slide Control and Indication Systems and Tire Pressure Monitoring Systems.”
The ad says“Familiarity with circuit analysis and power supply topologies”
The ad says“Lead the development of System Safety analyses such as reliability predictions, Failure Modes and Effect Analyses, Fault Tree Analysis, Common Mode Analysis and Single Event Upset analysis (ARP4761)”
The ad says“Working knowledge of requirements management tools (e.g. DOORS) highly desirable”
The ad says“Familiarity with multi physics modeling and simulation (i.e. Simulink)”
The ad says“Lead the development of System Safety analyses such as reliability predictions, Failure Modes and Effect Analyses, Fault Tree Analysis, Common Mode Analysis and Single Event Upset analysis (ARP4761)”
The ad says“Familiarity with Software development lifecycle”
The ad says“Knowledge of the general principles involved with the development of Transformer Rectifier Units, Power Conditioning Units, DC-DC Converters, Magnetics, Battery Chargers, Landing Gear Control and Indication Systems, Door and Slide Control and Indication Systems and Tire Pressure Monitoring Systems.”
The ad says“Knowledge of the general principles involved with the development of Transformer Rectifier Units, Power Conditioning Units, DC-DC Converters, Magnetics, Battery Chargers, Landing Gear Control and Indication Systems, Door and Slide Control and Indication Systems and Tire Pressure Monitoring Systems.”

Crane Aerospace and Electronics has an exciting opportunity for a Systems Engineer III at our Lynnwood, WA location.

About Crane:

Crane Aerospace & Electronics supplies critical systems and components to the aerospace and defense markets. You’ll find Crane Aerospace & Electronics in some of the toughest environments: from engines to landing gear; from satellites to medical implants and from missiles to unmanned aerial systems (UAS).

Located in the epicenter of United States aviation manufacturing, our Crane Aerospace & Electronics Lynnwood, Wash., facility delivers industry-leading aerospace & defense power, sensing and fluid solutions. Our products are rugged enough to fly 5 billion miles from Earth on NASA’s New Horizons spacecraft and innovative enough to be featured on Advanced Air Mobility demonstrators. You’ll join a group of aerospace professionals committed to engineering excellence and work in a community tucked between the idyllic Puget Sound and Cascade Mountains. Start the next chapter of your career with Crane Aerospace & Electronics!

Job Summary:

The Systems Engineer III works with minimal supervision and uses originality, ingenuity and established procedures to perform engineering duties in researching, planning, designing, and developing products for use in the Aerospace or Electronics marketplace. The Engineer III works on new product designs, modernization, and upgrades, as well as performs extensive analyses to ensure cost, quality, and customer requirements. The Systems Engineer III also uses computer-assisted engineering and design software and equipment to perform daily assignments, applying principles of science and mathematics to develop economical solutions to technical problems.

Essential Functions:

Work effectively with all functional groups to achieve product performance and cost targets. Build quality and manufacturability into the design. Define/understand/comply with company and regulatory guidelines to assure a safe operating environment.
Support continuous process improvement activities including Kaizen, 5S practices to ensure an organized and efficient working environment, and personal development.
Demonstrate proficiency with verbal and written English for technical reports, presentations, analyses, or other communications at the appropriate level throughout the organization.
Understand, decompose, and define product and process requirements to support product development, sustaining and R&D.
Plan, estimate, prioritize, and manage work activities to support meeting project schedules and budgets.
Utilize experience and judgment to plan and accomplish goals. Produce thorough and accurate design and development work of suitable complexity that meets all customer specifications and company requirements for schedule, cost, producibility, quality, and reliability.
Utilize proficient problem solving processes, documentation, tools and analyses to quickly and effectively identify root cause and corrective actions to technical challenges and/or issue in support of product development and product sustaining assignments
Generate and review product development documentation including proposals, technical reports, procedures, correspondence, etc. necessary to satisfy customer and program requirements.
Self-directed and motivated while working and communicating effectively within a team environment that consists of several engineering, operations, quality, and business disciplines.
Provide support of IPT activities in collaboration with other technical, operations, quality, and business disciplines.
Contribute to all Systems Engineering aspects (architecture and components) from initial product research, architecture definition, requirements definition, requirements validation, systems verification, management and flow down to functional engineering groups
Experience leading system development activities following industry recognized processes (e.g. ARP4754)
Lead the development of System Safety analyses such as reliability predictions, Failure Modes and Effect Analyses, Fault Tree Analysis, Common Mode Analysis and Single Event Upset analysis (ARP4761)
Participate in the certification compliance activities of essential and critical level control systems for aircraft applications
Any other task assigned by supervisor or management

Eligibility Requirement: This position may require access to Controlled Data or Information. Where the position requires such access only US Persons will be considered. As a US Department of Defense contractor, we are bound by International Traffic in Arms Regulations (ITAR).

Minimum Qualifications:

Experience: 5 years of relevant work experience

Education/Certification: BA or BS Degree in an engineering discipline. Masters or PhD preferred.

Knowledge:

Experience of system development following industry recognized processes (e.g. ARP4754)
Familiarity with DO178, DO254 and DO160
Knowledge of the general principles involved with the development of Transformer Rectifier Units, Power Conditioning Units, DC-DC Converters, Magnetics, Battery Chargers, Landing Gear Control and Indication Systems, Door and Slide Control and Indication Systems and Tire Pressure Monitoring Systems.
Understands Systems Engineering principles, including interpreting and writing requirements, system architectures and designs
Knowledge of requirements management, validation and verification.
Familiarity with multi physics modeling and simulation (i.e. Simulink)
Familiarity with circuit analysis and power supply topologies
Familiarity with Software development lifecycle

Skills/Abilities

Working knowledge of requirements management tools (e.g. DOORS) highly desirable

Working Conditions:

Standard office environment
Working conditions are normal for a manufacturing environment
Manufacturing operations may require the use of safety equipment to include but not limited to: eye safety glasses, gowning, masks, hearing protectors, heel/wrist straps and any other required PPE
May be exposed to unusual environmental conditions such as loud noises, cold temperatures, confined spaces, dust or fumes
Requires work with small to medium size hand and power tools
Occasional travel to customer and outside test lab facilities for technical interchange meetings, design reviews, product testing support, and to attend technical seminars
May need to travel domestically and internationally (up to 10%)

Standing: 10% *percentage is approximate and may vary depending on work task

Sitting: 90% *percentage is approximate and may vary depending on work task

Lifting (in pounds): up to 20 pounds

Pushing (in pounds): up to 20 pounds

Mental/Visual: use of computer, calculator, filing cabinets

Workspace: cubicle/desk/lab

Top Benefits:

As a team member at Crane Aerospace and Electronics, you’ll enjoy:

Benefits: Health care, dental, vision, life and disability insurance starting the first day of the month
Time Off: 15 days of paid time off that start accruing your first day at Crane and 12 paid holidays per year.
401k Retirement Plan: 401k plan with company match
Education Reimbursement: eligible after 6 months of employment

You can see a list of our benefits at https://www.craneae.com/company/careers or visit our website at www.CraneAE.com for more information on our company and great opportunities.

We are committed to operational excellence and world class processes. We employ Lean manufacturing techniques to optimize manufacturing efficiency and accuracy on all product lines. Our products are known for their technical strength, proven reliability and overall value.

In our efforts to maintain a safe and drug-free workplace, Crane Aerospace & Electronics requires that candidates complete a satisfactory background check. FAA sensitive positions require employees to participate in a random drug test pool.

#LI-SP1 #CAE

Salary range: $124,600.00 - $146,900.00. Several factors contribute to actual salary, including experience in a similar role or performing comparable job responsibilities, skills, training, and other qualifications. Some roles may be eligible for participation in performance-based bonus programs.

This description has been designed to indicate the general nature and level of work being performed by employees within this classification. It is not designed to contain or be interpreted as a comprehensive inventory of all duties, responsibilities, and qualifications required of employees assigned to this job.

Crane Company. is an Equal Opportunity Employer. All qualified applicants will receive consideration for employment and will not be discriminated against on the basis of race, color, religion, gender, sexual orientation, general identity, national origin, disability or veteran status.

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