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Circuit Breaker Design Engineer

Modis

This is a Full-time position in SARASOTA, FL posted April 25, 2021.

A Circuit Breaker Design Engineer job in Sarasota, Florida available courtesy of Modis Engineering.

This is a direct hire position.

The electric components designed in our distribution business line consists of circuit breakers, contactors, switches and auxiliary contacts for a range of current from 0.1 Amp to 600 Amp and for a range of voltage from 5V to 1200 V.

While our components are designed for aerospace industry they are used in a wide range of applications such as, but not limited to, military vehicles, oil and gas mining, heavy duty construction equipment, farm equipment and both military and commercial aerospace applications.

Circuit Breaker Design Engineer job responsibilities include:
The primary responsibilities of an Electromechanical engineer include designing, developing and maintaining electric components by focusing on safety, cost, reliability, sustainability and quality.

Implicated in a project from the conceptual idea and detail of the design to testing, qualification and industrialization for full rate production.

Conduct specifications and requirements based design activities.

Produce analysis and justification in order to develop and justify conformity of design to requirements.

These analysis include: Mechanical stress analysis, Heat dissipation, heat transfer analysis, Voltage drop analysis, Mechanical stack-up analysis, and Wear allowance analysis.

Modeling of parts deformation due to thermal effect, modeling of latch/unlatch mechanism, modeling of opening/closing time and dynamic of motion, magnetic field modeling, modeling of friction and tribology between parts.

Material selection, including selection of coating and plating for metallic parts Produce experimental technology validation plan, component verification plan, and component endurance test plan.

Work in an integrated program team with representative of quality, supply chain, industrialization, production, sales & marketing, program and other engineering representative (draftsman, experts, electronic engineer) to develop or enhance products within a predefine timeline, cost targets and technical requirements Interface with customers to discuss technical specification, justify design and potential deviation, review qualification results and analyze customer change request, as well as configuration control team to ensure proper records of drawings, and specifications.

Qualifications :

Bachelor’s Degree in an engineering field from an accredited institution

5 years of experience in a design office or research center designing electric component

Knowledge of electric contact material and electric contact design, bi-metal design, coil and solenoid design

If you are interested in this Circuit Breaker Design Engineer job in Sarasota, Florida then please click APPLY NOW.

For other available opportunities at Modis Engineering go to .

If you have questions about the position, please contact Erica Goben at .

Equal Opportunity Employer Minorities/Women/Veterans/Disabled.

Job Requirements:

The electric components designed in our distribution business line consists of circuit breakers, contactors, switches and auxiliary contacts for a range of current from 0.1 Amp to 600 Amp and for a range of voltage from 5V to 1200 V.

While our components are designed for aerospace industry they are used in a wide range of applications such as, but not limited to, military vehicles, oil and gas mining, heavy duty construction equipment, farm equipment and both military and commercial aerospace applications.

Circuit Breaker Design Engineer job responsibilities include:
The primary responsibilities of an Electromechanical engineer include designing, developing and maintaining electric components by focusing on safety, cost, reliability, sustainability and quality.

Implicated in a project from the conceptual idea and detail of the design to testing, qualification and industrialization for full rate production.

Conduct specifications and requirements based design activities.

Produce analysis and justification in order to develop and justify conformity of design to requirements.

These analysis include: Mechanical stress analysis, Heat dissipation, heat transfer analysis, Voltage drop analysis, Mechanical stack-up analysis, and Wear allowance analysis.

Modeling of parts deformation due to thermal effect, modeling of latch/unlatch mechanism, modeling of opening/closing time and dynamic of motion, magnetic field modeling, modeling of friction and tribology between parts.

Material selection, including selection of coating and plating for metallic parts Produce experimental technology validation plan, component verification plan, and component endurance test plan.

Work in an integrated program team with representative of quality, supply chain, industrialization, production, sales & marketing, program and other engineering representative (draftsman, experts, electronic engineer) to develop or enhance products within a predefine timeline, cost targets and technical requirements Interface with customers to discuss technical specification, justify design and potential deviation, review qualification results and analyze customer change request, as well as configuration control team to ensure proper records of drawings, and specifications.

by Jobble