Design Engineer
MCM Engineering II, Enoch, UT, United States
Roles & Responsibilities
Ensure that the QMS conforms to ISO 9001:2015.
Ensure processes deliver intended outcomes.
Report to Top Management on QMS performance, opportunities for improvement, change requirements, and innovations.
Promote customer focus.
Maintain integrity of the QMS.
Responsible for design, development, and documentation of low to medium voltage switchgear and power distribution systems.
Ensure compliance with industry standards, customer requirements, and MCM quality standards.
Key Responsibilities
Design and develop electrical switchgear systems including general requirements, elevation and plan views, one-line diagrams, schematics, and control circuits.
Select and specify electrical components such as breakers, relays, CTs, PTs, bus bars, and protective devices.
Create and revise engineering drawings using CAD software (AutoCAD, E-Plan).
Ensure designs comply with relevant standards (e.g., IEC, ANSI, UL, IEEE).
Collaborate with cross‑functional teams including mechanical designers, project managers, and manufacturing teams.
Review and interpret customer specifications and provide technical input during submittal, production, and post‑shipment phases.
Maintain project documentation and provide timely updates to project stakeholders.
Work Environment
Self‑directed, able to work autonomously or with limited direct supervision, receiving general instructions on new assignments.
Typical work week – 40 hours.
On‑site position unless approval is given by management based on a major life change.
Willingness to work 10% overtime as needed.
Travel is not required for this position.
Qualifications
The successful Design Engineer must:
Demonstrate accuracy, thoroughness, and impeccable attention to detail and organizational skills while successfully managing many concurrent projects.
Define problems, collect and interpret data, establish facts, draw valid conclusions, and implement effective solutions in a timely manner.
Communicate clearly and effectively.
Read and understand contracts, specifications, technical drawings, procedures, and manuals.
Approach others in a tactful manner, react well under pressure, treat others with respect and consideration regardless of status or position, accept responsibility for own actions, and follow through on commitments.
Use strong problem‑solving, analytical, and communication skills through various stages of each project.
Skills / Knowledge / Traits
Positive attitude
Strong work ethic
Time management skills
Good written and verbal communication skills
Problem‑solving skills
Works well under pressure
Team player
Experience & Education
The well‑qualified Design Engineer will have:
A Bachelor of Science degree, preferably in Electrical Engineering, or an Electrical Emphasis of a more general engineering degree.
A technical degree or certificate with a minimum of three years’ relevant experience.
3+ years of experience in switchgear or power distribution equipment design.
Experience with AutoCAD, E‑Plan, and Microsoft software.
Familiarity with low and medium voltage systems (up to 38kV).
Strong understanding of electrical protection and control systems.
Knowledge of relevant electrical standards (IEC, IEEE, UL, NEMA, etc.).
Hands‑on experience in manufacturing or field service of switchgear.
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Ensure that the QMS conforms to ISO 9001:2015.
Ensure processes deliver intended outcomes.
Report to Top Management on QMS performance, opportunities for improvement, change requirements, and innovations.
Promote customer focus.
Maintain integrity of the QMS.
Responsible for design, development, and documentation of low to medium voltage switchgear and power distribution systems.
Ensure compliance with industry standards, customer requirements, and MCM quality standards.
Key Responsibilities
Design and develop electrical switchgear systems including general requirements, elevation and plan views, one-line diagrams, schematics, and control circuits.
Select and specify electrical components such as breakers, relays, CTs, PTs, bus bars, and protective devices.
Create and revise engineering drawings using CAD software (AutoCAD, E-Plan).
Ensure designs comply with relevant standards (e.g., IEC, ANSI, UL, IEEE).
Collaborate with cross‑functional teams including mechanical designers, project managers, and manufacturing teams.
Review and interpret customer specifications and provide technical input during submittal, production, and post‑shipment phases.
Maintain project documentation and provide timely updates to project stakeholders.
Work Environment
Self‑directed, able to work autonomously or with limited direct supervision, receiving general instructions on new assignments.
Typical work week – 40 hours.
On‑site position unless approval is given by management based on a major life change.
Willingness to work 10% overtime as needed.
Travel is not required for this position.
Qualifications
The successful Design Engineer must:
Demonstrate accuracy, thoroughness, and impeccable attention to detail and organizational skills while successfully managing many concurrent projects.
Define problems, collect and interpret data, establish facts, draw valid conclusions, and implement effective solutions in a timely manner.
Communicate clearly and effectively.
Read and understand contracts, specifications, technical drawings, procedures, and manuals.
Approach others in a tactful manner, react well under pressure, treat others with respect and consideration regardless of status or position, accept responsibility for own actions, and follow through on commitments.
Use strong problem‑solving, analytical, and communication skills through various stages of each project.
Skills / Knowledge / Traits
Positive attitude
Strong work ethic
Time management skills
Good written and verbal communication skills
Problem‑solving skills
Works well under pressure
Team player
Experience & Education
The well‑qualified Design Engineer will have:
A Bachelor of Science degree, preferably in Electrical Engineering, or an Electrical Emphasis of a more general engineering degree.
A technical degree or certificate with a minimum of three years’ relevant experience.
3+ years of experience in switchgear or power distribution equipment design.
Experience with AutoCAD, E‑Plan, and Microsoft software.
Familiarity with low and medium voltage systems (up to 38kV).
Strong understanding of electrical protection and control systems.
Knowledge of relevant electrical standards (IEC, IEEE, UL, NEMA, etc.).
Hands‑on experience in manufacturing or field service of switchgear.
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