Research and Development Engineer

Job Summary

Step into a pivotal role with a premier global provider of highly specialized electrical protection and connection solutions. In this critical position, you will drive the future of energy transmission by developing cutting-edge high-voltage systems. You will also play a key part in guiding the industry-wide transition toward sustainable synthetic air insulation. This role offers the unique opportunity to bring advanced technical capabilities in-house and shape the design of critical power infrastructure. We provide a comprehensive benefits package that includes medical, dental, and vision plans.

Responsibilities

• Lead the engineering, design, and continuous improvement of high-voltage transmission systems.
• Execute electrical stress analysis and dielectric design on system components utilizing finite element analysis applications.
• Refine component geometries to minimize electrical stress and enhance overall product reliability.
• Spearhead the research and testing initiatives required to transition legacy insulation materials to environmentally friendly synthetic alternatives.
• Tailor systems to meet specific customer requirements involving complex insulation and voltage parameters.
• Partner with cross-functional teams, including manufacturing and procurement, to validate new components and source optimal materials.
• Ensure all designs comply strictly with industry frameworks, including ANSI, NEMA, and IEC standards.

Nice-to-Haves

• Prior experience utilizing finite element analysis software for symmetrical modeling, specifically tools like Maxwell or COMSOL.
• Working knowledge of both traditional and alternative gas insulation systems.
• Familiarity with global electrical manufacturing standards.

Skills

• High-Voltage Power Systems
• Dielectric Design & Stress Analysis
• Finite Element Analysis
• Insulation Coordination
• Cross-functional Collaboration
• Technical Problem Solving
• Project Management

Qualifications

• Must-Haves:
• A Bachelor's or Master's degree in Electrical Engineering or Physics.
• Three to five years of professional engineering experience.
• Direct, hands-on experience working with high-voltage power applications or in high-voltage testing environments.
• A strong technical aptitude paired with a proven motivation to learn complex simulation tools.

Benefits

• Medical
• Dental
• Vision
• AD&D
• Life Insurance
• Short-term Disability
• 401K Plan