Lead Substation Protection & Control Engineer

Burns & McDonnell; Minneapolis, Saint Paul (MN, MN); On-site; USD 155,000 - 230,000; Full time

Benefits offered by this job

ESOP

401(k) retirement plan

Insurance

Job summary

Burns & McDonnell in Minneapolis/St Paul, MN, seeks an experienced Power System Protection & Control Engineer to lead and execute diverse projects, from distribution upgrades to large transmission schemes up to 500 kV.

The role includes developing plans, coordinating multi-discipline studies, and providing technical guidance while liaising with clients and internal teams. A PE license is strongly preferred and knowledge of protective relays and IEC61850 is beneficial.

Qualifications

• Requires a bachelor’s degree in electrical engineering or a directly related field plus seven (7) years of experience in electrical systems studies in the electric utility or industrial power distribution industry.
• Will accept a master’s degree plus six (6) years of related experience in lieu of bachelor’s degree plus seven (7) years of related experience.
• A Professional Engineer licensure is strongly preferred
• Protection and Control system design for substation applications and automation (69kV – 500kV), one-lines, three-lines, AC/DC schematics, control panel layouts, bill of materials, and protection specifications
• Application of industry standards for the protection of system equipment, including power busses, power transformers, HV/MV circuit breakers, capacitor banks, reactors, transmission lines, and distribution feeders
• Power systems modeling and protective relay coordination analysis using ASPEN OneLiner or Electrocon CAPE software
• Designing calculations, including short circuit calculation, current transformer performance and ratio selection, over-current element coordination, zone-distance element selection and coordination, and relay loadability calculation
• Developing native relay setting files using SEL’s AcSELerator and GE’s Enervista software programs
• Providing engineering support with construction and commissioning activities for substations
• Leading multiple engineering teams on engineering design and scope for multiple projects
• Knowledge of FERC and NERC requirements as they pertain to electric utility reliability requirements is a plus
• Knowledge of IEC61850 and its implementation is a plus

Responsibilities

• Executes complex assignments requiring advanced electrical engineering techniques, resulting in new or improved processes, equipment, or methods.
• Develop and evaluate plans for major projects; assess feasibility of proposed applications with data testing.
• Coordinate departmental or divisional project studies, reports, or project design assignments.
• Perform power system studies and protection settings coordination on various projects (up to 500-kV).
• Develop design basis documentation for protective settings and generate native relay configuration files.
• Provide technical guidance to the project team, conduct design reviews, and support quality control.
• Act as primary contact for internal and external client communications.
• Assist project manager to develop scope of work and conceptual design for projects.
• Train, guide, and mentor lower level engineers.
• Support business development and marketing initiatives.

Skills

Professional leadership

Protection & control design

Power system analysis

Client communication

Team mentoring

Education

Bachelor's degree in Electrical Engineering

Master's degree in Electrical Engineering

Tools

ASPEN OneLiner

Electrocon CAPE

SEL AcSELerator

GE Enervista

Job description

Burns & McDonnell in Minneapolis/St Paul, MN, seeks an experienced Power System Protection & Control Engineer to lead and execute diverse projects, from distribution upgrades to large transmission schemes up to 500 kV.

The role includes developing plans, coordinating multi-discipline studies, and providing technical guidance while liaising with clients and internal teams. A PE license is strongly preferred and knowledge of protective relays and IEC61850 is beneficial.