Role Description RRC is seeking a talented Electrical Engineer III – Substation P&C to help us build the future of both U.S. and Canada energy production from both remote work locations and any one of our U.S. or Canadian office locations. This is an opportunity to work at the forefront of the evolving energy production landscape. Essential Duties and Responsibilities - Support the engineering and design of high-voltage substation Protection & Control systems for AIS and GIS substations - Prepare and Review protection and control design drawings including single lines, three lines, DC schematics, communication schematics and wiring - Prepare and review engineering deliverables - Ensure work complies with applicable industry standards including IEEE, NERC, NEC, NESC, and client-specific requirements - Support project planning and execution by contributing to schedules, deliverables, and technical coordination - Develop relay settings and protection philosophy - Provide detailed QA/QC for P&C design packages - Provide training to junior P&C engineer and designers - Attend FAT, inspections, and provide site support as needed - Assist with utility coordination and interconnection processes for renewable energy projects including solar, wind, and battery energy storage systems Qualifications - Bachelor’s degree in Electrical Engineering, Renewable Energy Engineering, or related field required - Professional Engineer (PE) license preferred or ability to obtain - 5+ years of experience in power system engineering, substation protection and controls, transmission planning, or renewable energy integration - Experience with high-voltage substation P&C design including relays, batteries, chargers, SCADA interfaces, and control panels - Familiarity with power system analysis software such as PSSE, ETAP, ASPEN, SKM, or similar tools - Experience performing power system studies including load flow, short circuit, protection coordination, and arc flash analysis - Working knowledge of industry standards including IEEE, NERC, NEC, and NESC - Experience supporting utility coordination and interconnection processes for energy projects preferred - Experience with networking devices and communication configuration - Experience with ASPEN - Experience with relay settings - Ability to manage technical deliverables while supporting project schedules and deadlines - Strong written and verbal communication skills for collaboration and technical documentation - Proficiency in Microsoft Office applications including Word, Excel, and Outlook Benefits - Flexible work hours to accommodate work-life balance - Health, dental, and vision insurance - 401k matching - Bonus eligibility - Tuition reimbursement for certain pre-approved education pursuits - RRSP matching (Canada), 401k matching (US)

Role Description RRC is seeking a talented Electrical Engineer II – Power Systems Studies to help us build the future of both U.S. and Canada energy production from both remote work locations and any one of our US or Canadian office locations. This is an opportunity to work at the forefront of the evolving energy production landscape. Core Values - Client Satisfaction – understands the goal of always exceeding our client’s expectations - Employee Happiness – able to work well with others, communicate clearly with coworkers, promote a positive work environment, and mediate conflicts between team members - Quality Work - able to take ownership, work independently, prioritize workload, and deliver quality results on time while working on multiple projects simultaneously - Above and Beyond - versatile, flexible, able to anticipate the needs of the company, take the initiative, and willing to go out of your way to assist others Essential Duties and Responsibilities - Perform power system studies including support for wind and solar plant interconnection studies at development, construction, and operational stages - Assist with system impact studies, power flow, short circuit, grounding, reactive power, and related analyses - Support electromagnetic transient, insulation coordination study, and TOV studies using tools such as PSCAD or EMTP-RV - Utilize software such as ETAP, ASPEN, CYMCAP, SKM, PSSE, PSLF, or similar tools to conduct engineering analyses - Prepare clear, accurate, and well-organized technical reports - Coordinate with internal teams including engineers, designers, and project managers to support project execution - Interface with clients on technical matters with guidance, including responding to data requests and assisting with study inputs - Ensure work is completed in compliance with applicable codes, standards, and company QA/QC procedures - Assist in the development and improvement of internal standards, tools, and processes - Support proposal development by contributing technical input and scope details Qualifications - Bachelor’s degree in Electrical Engineering, Renewable Engineering, or related field - 5+ years of power system study experience in power delivery, renewable energy, or power generation - Master’s degree in Engineering or renewable energy focus is a plus - Engineer-in-Training (EIT) designation required; Professional Engineering registration license or ability to obtain license - Must be authorized to work full-time in Canada - Working knowledge of applicable industry codes and standards (ANSI/IEEE, NESC, NEC, CSA, IEC, etc.) - Knowledge of renewable energy industry relating to utility scale wind and solar projects a plus - Experience supporting multi-discipline engineering projects - Proficiency in Microsoft Office (Word, Excel, Outlook) - Familiarity with power system analysis tools (ETAP, PSCAD, ASPEN, PSSE, etc.) - Strong organizational, time management, and problem-solving skills - Effective written and verbal communication skills - Ability to work both independently and collaboratively in a team environment - Self-motivated with a willingness to learn and grow technically - Ability to travel up to 10% Benefits - Flexible work hours to accommodate work-life balance - Health, dental, and vision insurance - 401k matching - Bonus eligibility - Tuition reimbursement for certain pre-approved education pursuits - RRSP matching (Canada), 401k matching (US)

• Perform electrical takeoffs for residential and commercial projects. • Creation of design and engineering documentation for electrical systems implementation in high end residences and light commercial applications • Understand design software (ideally AutoCAD, D-Tools, Planswift) • Deep understanding of electrical systems, NEC, load calculations, engineering circuits & distribution systems • Understand the built environment and phases of construction projects

• Lead the design and development of spacecraft electrical subsystems across power, harness, and data‑handling domains. • Own the electrical architecture, ensuring robust, fault‑tolerant designs suitable for orbital environments. • Define and maintain power distribution strategies, load management, protection concepts, and high‑reliability electrical interfaces. • Develop and review harness architectures, including routing, connector selection, grounding, shielding, and cable‑level reliability. • Oversee data‑handling interfaces, ensuring seamless communication between avionics units, payloads, and onboard computers. • Produce and validate electrical schematics, ICDs, wiring diagrams, and subsystem documentation throughout the development lifecycle.