Electrical Design Engineer - Med/High Voltage

Be part of the energy transformation. Our client, a specialized electrical engineering firm, is expanding to meet surging demand for grid infrastructure supporting AI data centers, renewable energy, and battery storage systems. This is your chance to design the backbone of tomorrow's electric grid.What You'll Design

• Work on high-impact projects that directly enable the clean energy transition and next-generation power infrastructure:
• Utility Interconnections- Solar farms, battery storage, and distributed energy resources connecting to transmission and distribution systems
• Substation Design- New and retrofit substations for data centers, power generation facilities, and large campus environments
• Energy Storage Systems- Electrical balance of plant for 5-20 MW battery energy storage and fuel cell projects
• Control & Protection- Develop protection schemes, support programming, and commissioning
• Collaborate with structural engineers, designers, and equipment manufacturers to deliver complete electrical designs, including schematics, plan views, and section drawings.

What We're Looking For Required:

1. 6-12 years of medium/high voltage electrical design experience
2. ABET-accredited engineering degree
3. Proven ability to lead design teams and produce electrical schematics and drawings
4. Strong communication and coordination skills
5. Valid driver's license and U.S. work authorization

Preferred:

1. PE license (any state)
2. Substation design experience
3. Familiarity with utility interconnection standards
4. Knowledge of BESS and renewable energy systems

Details:Location: Connecticut officeTravel: Regional site visits approximately 1 day per week; minimal overnight staysCompensation: Competitive salary and comprehensive benefits packageWhy This Role Matters       Your designs will directly support critical infrastructure for AI computing, renewable energy deployment, and grid decarbonization. Join a growing team positioned at the intersection of technology and sustainable energy.

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