High Voltage Engineer

Location: Pittsburgh, PA - Hybrid

Job Type: Full Time/Permanent

Work Authorization: No sponsorship or 3rd parties

The A.C.Coy Company has an immediate need for multiple High Voltage Engineers for full time roles. This role will require up to 10% travel and prior experience with high voltage circuit breakers.

• Review and HVCB drawing packages to ensure technical requirements and standards are met
• Work with Sales Manager and clients to ensure understanding of equipment design packages
• Ensure compliance with ANSI/IEEE C37 standards, utility specifications, seismic requirements, TRV, and transmission system application considerations
• Review and analyze factory test reports 
• Participate in the analysis of Root Cause failures and Lessons Learned Reports
• Coordinate with internal and external stakeholders on transmission utility approval processes and compliance matters
• Review and analyze field test results
• Review documentation including timing tests, contact resistance, CT verification, wiring verification, and functional checks
• Provide remote field support for technical issues before and after energization
• Support technical presentations and project discussions with utilities, EPCs. consultants, and end users

Required Education:

• Bachelor's degree in Electrical Engineering or equivalent

Required Experience:

• 2+ years experience in design, manufacturing, testing, field service or application engineering
• Strong computer skills
• Experience working with High Voltage Circuit breakers - 69kV - 800kV transmission range
• Expertise of the working so of high-voltage substation equipment and transmission utility practices
• Strong communication skills with the ability to interact directly with customers, cross-functional engineering teams, and factories to interpret technically complex projects

Preferred Experience:

• Prior experience with high-voltage dead tank circuit breakers, switchgear or substation equipment
• Familiarity with ANSI/IEEE C37 standards
• Knowledge of SF6 handling practices