Mechanical Engineer II

As an S&C Electric team member, you’ll work on projects that have real-world impact.

You’ll help transform the grid for resilient and reliable power worldwide.

S&C has more than a 100-year history of innovation and has been 100% employee-owned since 2012.

We continue this legacy as a trusted, forward-thinking leader in the electrical industry.

You will advance a safer, more reliable, and more resilient electrical grid.

Our products help the grid adapt to severe weather and transition to clean energy.

We’re big enough to be a respected industry leader but small enough for you to impact our company directly.

Our commitment gives you opportunities to impact on and off the job positively.

Join S&C to make an impact on tomorrow’s energy challenges and become an employee-owner

• 8:00 am – 5:00 pm (Mon-Fri) On-Site

At S&C, we are dedicated to providing competitive and equitable compensation for all our team members, and we are committed to transparency in our pay practices.

The estimated annual base salary range for this position is $87,758 - $116,285.18.

Individual pay within this salary range is determined by several compensable factors, including performance, knowledge, job-related skills and experience, and relevant education or training.

This role is also eligible for S&C’s annual incentive plan (AIP), subject to eligibility criteria.

Join Our Team as a Mechanical Engineer II!

Are you passionate about Technology Breakthrough and Innovation?

S&C Electric Company is seeking a dynamic individual to join our Technology Breakthrough and Innovation team.

As a Mechanical Engineer II, you’ll be crucial in ensuring continued innovation and supporting our diverse team.

The Mechanical Engineer II assists in the development of new and sustaining products by designing, prototyping, testing and documentation.

They contribute to product development, supplier engagement and cross-functional collaboration, and begin to take initiative in supporting projects and solving problems.

Product Support: Execute mechanical engineering tasks such as tolerance analysis and full cycle component design.

Execute projects and tasks with moderate independence, with some oversight from senior-level engineers, applying sound mechanical judgement and problem-solving skills.

Support root cause analysis, troubleshoot production problems, and assist in RMA analysis.

Simulation & Technical Analysis: Perform engineering calculations and simulations, including dynamic and current flow analyses to support design decisions and performance.

Design & Documentation: Create mechanical designs from concept to production using CAD tools.

Ensure accuracy and completeness of engineering schematics and documentation.

Working knowledge of GD&T principles and their application to engineering drawings.

Supplier Collaboration: Engage with suppliers to support component development and troubleshooting.

Participate in technical discussions to resolve issues related to part quality, performance, or manufacturability.

Cross-Functional Collaboration: Collaborate with project managers and other engineering disciplines and contribute to project planning and documentation efforts.

Research & Technology: Conduct mechanical testing, analyze results, compile findings into a formal report, and present data-driven insights to the mechanical engineering team.

New Product Design: Support the creation of new products by developing mechanical concepts and refining designs for performance, cost and manufacturability.

Assist in prototyping development, design validation and participate in design reviews and cross-functional teams.

Continuous Improvement: Learn product functionality and capabilities through hands-on experience and mentorship from senior-level engineers.

Compliance: Understand and comply with all applicable company policies and rules.

What you’ll Need to Succeed:

• Bachelor’s degree in Mechanical Engineering, or a related field.
• 2-4 years of experience in Mechanical Engineering, Strong Mechanical aptitude and problem-solving skills.
• Good proficiency in CAD and/or similar tools.
• Good understanding of engineering software for modeling and simulation.
• Good skills in effective problem-solving and able to communicate across some levels of the organization related to concepts of supply-chain, production, and electronics.
• An understanding of various manufacturing technologies and methods, preferably within the electronics manufacturing industry.