Provides guidance to team to ensure protection systems meet system requirements, applicable codes, and regulatory requirements; provides review and documentation to establish PGE compliance with WECC and FERC protection criteria; maintains a high level of engineering proficiency within the field of specialization and up-to -date technical knowledge of all current techniques, applicable codes, and regulations.
Maintains currency in state-of-the-art engineering practices and provides guidance and direction on engineering processes and standards to colleagues when requested.
Develops and trains other protection engineers, both regarding technical fundamentals and PGE protection criteria.
Mentorship: Contribute to the growth of your colleagues and future protection engineers, sharing your expertise and knowledge.
Performs complex system fault analysis to determine project relay requirements and protective relay settings and provides relay settings for new relay installations and vintage relay replacements. Provides special fault studies in support of planning, design, maintenance, or operational activities.
Deal effectively with pressure of real-time problem solving.
Partners with engineers to implement efficient, reliable distribution automation schemes in support of Smart Grid Initiatives; provides engineering expertise and broad support to Power Supply Engineering Services for generation plant and distributed generation protection design and settings; works with planning engineers to ensure that project plans meet system protection requirements.
Requirements
pe license
problem solving
relay protection
bachelor’s degree
protection software
driver’s license
Principal Protection Engineer: Eight or more years in related field, Professional Engineering (PE) license strong preferred; may be required based upon role.
Proficiency in problem solving and analysis.
Effective at building professional interdepartmental relationships.
Effective oral and written communication skills
Valid Driver’s License required.
Experience with substation relay protection
Senior Protection Engineer experience: Five or more years in engineering, or four or more years in related field with PE license.
Bachelor’s degree in engineering. ABET accredited engineering program or program accredited by an equivalent agency preferred.
Protection Engineer: Two or more years in engineering.
Skill and knowledge in specialized protection software.
Benefits
Technical Excellence: Be part of the most technically advanced aspect of the utility industry, where you'll have the opportunity to shape the future of protection engineering.
Collaborative Environment: Join a collaborative and forward-thinking team that values diversity and creativity.
PGE supports hybrid flexible work arrangements; and will have a combination of in-the-office and working offsite. However, these arrangements may change due to business needs or changes in responsibility.
Training + Development
Information not given or found
Interview process
Information not given or found
Visa Sponsorship
Information not given or found
Security clearance
Information not given or found
Company
Overview
1888 Founded
Company Establishment
The company traces its origins to 1888, marking the beginning of its historic journey in power generation and distribution.
$3.5B Revenue
Annual Revenue
The company generates approximately $3–3.5 billion in annual revenue, reflecting its substantial market presence.
> $200M Net Income
Financial Performance
The company consistently achieves net income exceeding $200 million, showcasing strong profitability.
50 Cities
Customer Reach
The company serves nearly a million retail customers across over 50 cities in Oregon.
the company began transmitting long‑distance power from Willamette Falls in 1889, a pioneering effort in the region
It operates a diversified fleet—hydro, natural gas, coal, wind and solar—alongside a sizable transmission and distribution network across Oregon
Serving nearly a million retail customers in over 50 cities, it blends generation, wholesale trading, and regulated retail operations
Typical projects include hydroelectric dams like T.W. Sullivan (still active from 1889), wind‑solar‑battery hybrids (e.g., Wheatridge), and transmission line expansions
Unusual facts: it closed Oregon’s last in‑state coal plant early and built one of the first long‑distance AC transmission systems in the U.S.
Culture + Values
We care deeply about our customers, our communities, and our employees.
We are committed to environmental sustainability and creating a clean energy future.
We embrace innovation and use technology to drive positive change.
We collaborate to achieve great outcomes and share a vision of success.
We operate with integrity, safety, and respect for all.
We hold ourselves accountable for delivering value to our customers and stakeholders.
Environment + Sustainability
Net zero by 2040
Carbon Neutrality Goal
Commitment to achieving net zero greenhouse gas emissions by the year 2040.
80% renewable by 2030
Renewable Energy Expansion
Aiming to generate 80% of electricity from renewable sources by 2030.
40% reduction by 2020
Carbon Emission Cut
Achieved a 40% reduction in carbon emissions from 2005 levels by 2020.
Focusing on energy efficiency, carbon-free resources, and sustainable energy solutions.
Investing in clean energy technology and electrification to accelerate decarbonization.
Inclusion & Diversity
Focused on building a culture of inclusion where everyone can bring their authentic selves to work.
Aim to increase the representation of women and minorities at all levels of the organization.
Set goals for improving gender and ethnic diversity in leadership roles.
Regularly conducts diversity and inclusion training and assessments.