Manufacturing Engineer

The Manufacturing Engineer will design, develop, qualify, industrialize, and continuously improve products and production processes at B&T USA’s Herriman facility. This role integrates mechanical design, additive manufacturing, CNC milling and turning, tooling, fixturing, testing, and shop‑floor execution. The Engineer will identify appropriate additive manufacturing opportunities, apply design for additive manufacturing principles, and help develop stable build and post‑processing workflows while supporting the broader range of conventional manufacturing needs.

The Engineer will own work from concept and prototype through validation, production launch, and continuous improvement, partnering with operations, quality, supply chain, and product development to deliver safe, repeatable, traceable, scalable, and cost‑effective solutions.

• Design and develop components, assemblies, accessories, tooling, fixtures, and work‑holding devices using 3D CAD, with particular emphasis on designs enabled or improved by additive manufacturing.
• Lead additive manufacturing applications from opportunity identification and business cases through design, build preparation, parameter development, qualification, post‑processing, inspection, and production release.
• Apply design for additive manufacturing principles to consolidate parts, reduce weight and lead time, improve performance, enable complex internal features, and create geometries impractical with conventional processes.
• Evaluate additive materials, equipment, build orientation, support strategies, nesting, process parameters, and in‑process monitoring for metal and polymer applications.
• Define and validate complete additive workflows, including material or powder handling, heat treatment, support removal, machining, surface finishing, inspection, traceability, and safe operating practices.
• Develop, document, validate, and continuously improve manufacturing processes from prototype through production.
• Create engineering drawings, specifications, bills of materials, process plans, routings, work instructions, inspection strategies, and technical documentation.
• Support new product development from concept through production launch, including engineering analysis, tolerance stack‑ups, prototype testing, design validation, and data analysis.
• Optimize subtractive processes such as multi‑axis CNC milling, turning, drilling, deburring, and finishing for quality, throughput, tool life, and cost.
• Support CNC programming, cutting‑tool selection, feeds and speeds, work holding, machine capability studies, and process troubleshooting.
• Evaluate existing products and processes to identify design improvements, cost reductions, capacity gains, and opportunities to transition suitable components to additive or hybrid manufacturing.
• Lead failure investigations, root‑cause analysis, and corrective actions for yield, dimensional, cosmetic, product‑performance, and process‑control issues.
• Use data to improve first‑pass yield, cycle time, capacity, overall equipment effectiveness, scrap, and labor efficiency.
• Support equipment selection, capital projects, installation, commissioning, qualification, and production readiness, including additive manufacturing systems and supporting post‑processing equipment.
• Collaborate with Quality to establish control plans, capability requirements, inspection methods, product testing, and compliance with applicable standards and customer requirements.
• Participate in Engineering Change Order (ECO) processes, product lifecycle management, document control, and cross‑functional technical reviews.
• Provide hands‑on technical support to production personnel and promote safe work practices, disciplined change control, lean manufacturing, and…