Associate Substation Protection and Controls Engineer

Summary

Leidos is a technology-focused solutions provider with a Power Delivery division serving utility clients. The Associate Substation Protection and Controls Engineer will support protection and control design for utility substation engineering projects under the supervision of an experienced licensed professional engineer. The role includes performing basic calculations, preparing project deliverables, collaborating across disciplines, and supporting process improvement and quality control.

Responsibilities

• Assist project teams with Protection and Control design on utility substation engineering projects
• Perform basic engineering calculations to support engineering design
• Follow the established Quality Control Plan while completing assignments
• Assist with the preparation of project deliverables including but not limited to engineered drawings, technical reports, project-related correspondence and miscellaneous project documentation
• Collaborate with other substation engineering disciplines as required
• Assist the team with the development of processes and procedures to improve project execution efficiency
• Maintain accurate records and files and a high level of organization
• Take opportunities to improve technical knowledge and understanding of the work
• Support Leidos’ goals and represent the company positively and professionally

Skills

• B.S. or M.S. degree in Electrical Engineering from an accredited university
• 0 – 2 +years of prior relevant experience in utility substation engineering with a B.S. degree
• 0 – 1 + years of prior relevant experience in utility substation engineering with a M.S. degree
• Basic understanding of the utility grid (power generation, transmission and distribution) system
• Solid understanding of the basic principles of electric power
• Keen focus of quality and an appreciation for high quality deliverables
• Strong attention to details
• Understanding of basic engineering theories and principles
• Understanding of basic practices of researching engineering and design issues, evaluating alternatives, making sound recommendations and preparing and presenting recommendations
• Ability to meet deadlines under high pressure situations
• Team player who can work effectively in team environment with an ability to deal with a variety of individuals from various socio-economic, cultural and ethnic backgrounds
• Ability to multitask on assignments while maintaining schedule
• Proactive communication with strong written and oral communication skills
• Strong organizational skills
• High level of computer and internet competency
• Proficiency with using Windows-based software programs
• Major emphasis in Power Systems Design and Engineering
• Received a passing grade on the Fundamentals of Engineering (FE) Exam
• Prior relevant experience in electric power engineering
• Active membership in national engineering societies (IEEE, PES, etc.)

Qualifications

Must Haves

• B.S. or M.S. degree in Electrical Engineering from an accredited university
• 0 – 2 +years of prior relevant experience in utility substation engineering with a B.S. degree
• 0 – 1 + years of prior relevant experience in utility substation engineering with a M.S. degree
• Basic understanding of the utility grid (power generation, transmission and distribution) system
• Solid understanding of the basic principles of electric power
• Keen focus of quality and an appreciation for high quality deliverables
• Strong attention to details
• Understanding of basic engineering theories and principles
• Understanding of basic practices of researching engineering and design issues, evaluating alternatives, making sound recommendations and preparing and presenting recommendations
• Ability to meet deadlines under high pressure situations
• Team player who can work effectively in team environment with an ability to deal with a variety of individuals from various socio-economic, cultural and ethnic backgrounds
• Ability to multitask on assignments while maintaining schedule
• Proactive communication with strong written and oral communication skills
• Strong organizational skills
• High level of computer and internet competency
• Proficiency with using Windows-based software programs

Nice to Haves

• Major emphasis in Power Systems Design and Engineering
• Received a passing grade on the Fundamentals of Engineering (FE) Exam
• Prior relevant experience in electric power engineering
• Active membership in national engineering societies (IEEE, PES, etc.)

Benefits

• Career advancement and growth opportunities
• Continuous improvement through mentoring
• Formal and informal project management training
• Assistance with obtaining pertinent certifications
• A welcoming culture that recognizes the importance of a strong work/life balance
• Competitive compensation and benefits