Mechatronics Design Engineer

Mechatronics Design Engineer

Company: Thermcraft, Inc. | Location: Winston-Salem, North Carolina | Ownership: 100% Employee-Owned Company

Thermcraft, Inc. is seeking a versatile Mechatronics Engineer to lead product standardization, engineering process development, and continuous improvement across our product lines. The engineer will design reliable, manufacturable products and reduce complexity through component standardization, engineering best practices, and strategic use of existing inventory.

Technical Scope
The ideal candidate combines strong mechanical design skills with an understanding of how industrial electrical components, controls, sensors, wiring, and mechanical assemblies work together. The engineer will support products from customer requirements and design review through drawings, bills of materials, manufacturing, testing, and continuous improvement.

Key Responsibilities

• Engineering Design & Product Development: Design mechanical assemblies and systems using SolidWorks while developing detailed engineering drawings and bills of materials. Apply a strong understanding of industrial electrical components—including heaters, sensors, thermocouples, wiring, relays, switches, and control components—to ensure designs are functional, manufacturable, and standardized.

• Electrical & Controls Integration: Select, apply, and troubleshoot industrial electrical and control components, including PLC and control-panel systems, working with production and electrical technicians to resolve design and build issues.

• Component Standardization: Evaluate existing products and establish preferred mechanical and electrical components to reduce part variation, simplify purchasing, improve serviceability, and promote reuse across product lines.

• CAD & Engineering Documentation: Create and maintain accurate 3D models, manufacturing drawings, configurable assemblies, engineering documentation, and standardized CAD libraries.

• Process Development: Develop engineering standards, design guidelines, and documentation processes that improve design consistency, reduce engineering time, and support efficient manufacturing.

• Continuous Improvement: Identify opportunities to reduce cost and improve manufacturability through value engineering, product simplification, and increased utilization of obsolete and slow-moving inventory.

• Manufacturing Support: Collaborate with Production, Purchasing, and Quality to resolve manufacturing issues, improve assembly processes, and support new product introductions.

• Cross-Functional Collaboration: Work closely with Engineering, Operations, Sales, and Supply Chain to develop practical solutions that improve product quality, manufacturing efficiency, and customer satisfaction.