Electrical Engineer (PE)

Qualifications:

Target candidates who meet the following qualifications:
• 10+ years of professional experience in Electrical Engineering
• Majority of background in Utility / Power projects
• Active Professional Engineer (PE) license (required)
• Bachelor's degree in electrical engineering (EE)
• Must be a US Citizen due to potential for Federal Work
• Must be local to the Ft. Worth, TX office - able to work there 2 days per week. Location is the priority.

Job Qualifications
• Bachelor's or Advanced Degree in Electrical Engineering, Electrical Power Engineering or related engineering discipline
• At least 10 years of engineering design and/or consulting experience.
• Professional Engineering licensure (any US state), with the ability to acquire a license in additional states if required for a particular project. If candidate is not licensed, they need the ability to gain licensure within one year of hire date.
• Proven ability to engage with clients, develop relationships and win work, then deliver innovative solutions providing value to both the client and provider.
• Demonstrated ability to engage in business growth strategy, including exploration and development of new project opportunities, including knowledge and application of new and emerging technologies.
• Experience with proposal development and project execution planning, including scope development and manhour estimates for engineering services.
• Passion for mentoring and development of junior technical staff.
• Strong communication and technical writing skills
• Availability to travel as required to support project needs (varies by project but typically less than 25%)
• Availability to work at least 2 days per week in the office when not travelling. Must align with our Fort Worth Texas office and be willing to work hybrid in the office or client site 2 days per week. Fully remote not considered. Location: Ft. Worth TX.

Other important qualifications include experience with:
• Power distribution systems and microgrids
• Power generation projects exceeding 10MW capacity
• HV or MV Substations
• Renewable energy projects including wind, solar, hydro, geothermal and other technologies
• Energy storage systems
• Power system modeling experience using SKM Power Tools, ETAP or similar modeling software
• Protection and Control, SCADA or power system automation
• Campus utility master planning or decarbonization/climate response planning
• Cogeneration or combined heat and power systems
• Thermal utility plants and distribution systems (steam, hot water, chilled water)