Manufacturing Engineer II - Springs

Boston Scientific•Arden Hills, MN

14h•Onsite

About The Position

Boston Scientific was recognized by Forbes as one of the Best Workplaces for Engineers in 2026, reflecting a culture where engineers do meaningful work. Boston Scientific was recognized as a Glassdoor Best Place to Work in 2026, ranking No. 15 on the Top 100 list, reflecting the culture our employees experience every day. The Manufacturing Engineer II leads initiatives supporting products, processes, materials and equipment to achieve production goals. In a fast-paced, dynamic environment, this role supports multiple manufacturing processes while collaborating cross-functionally with quality and production teams. This position is part of the Metals and Molded Components business unit. The Arden Hills site supports a diverse portfolio of technologies requiring complex problem-solving. Capabilities include batteries and capacitors manufacturing, electronics, coatings, microsensors, metals processing, molding, capital equipment, sterilization and distribution. The site is expanding to produce new components and subassemblies supporting multiple locations across the Boston Scientific network.

Requirements

Bachelor’s degree in engineering, preferably mechanical, biomedical, chemical or manufacturing
Understanding of engineering principles, theories, concepts and techniques
Minimum of 2 years' experience in a manufacturing environment
Ability to manage multiple projects and responsibilities simultaneously
Ability to troubleshoot manufacturing processes effectively
Strong collaboration, written and verbal communication skills, with the ability to tailor messaging to different audiences

Nice To Haves

Experience in a regulated industry, preferably medical device manufacturing
Experience with Minitab or other statistical software
Equipment and process validation experience
Strong understanding of quality systems
Experience with injection molding or metal forming tooling and processes

Responsibilities

Monitor equipment, machines and tools, and correct process parameters or equipment issues that result in nonconforming product, low yield or quality concerns
Communicate effectively with peers and management across engineering, production and quality
Plan, organize and prioritize daily work to meet production requirements and project timelines, aligning with management as needed
Troubleshoot new and existing product and process issues related to design, materials or manufacturing
Apply problem-solving and process improvement methodologies to moderately complex manufacturing processes across multiple product lines, ensuring root cause identification and resolution
Develop in-depth understanding of equipment and technology, aligning equipment performance with production outcomes
Train and provide work direction to operators and technicians
Recognize quality signals and escalate appropriately using quality system tools
Incorporate business policies and procedures into task execution
Identify, implement and manage equipment requirements to support production objectives under general direction
Collaborate with vendors and suppliers to design, procure and fabricate equipment, tooling and fixtures
Leverage existing and emerging technologies to meet business needs
Design and coordinate standard engineering tests and experiments
Analyze data, summarize findings and draw conclusions from test results
Lead small- to moderate-scope project teams as needed
Partner with R&D, process development, quality, production, regulatory, equipment engineering and supply chain to ensure project success
Contribute to new product development and product support activities, including process capability studies, process development and validation, Six Sigma and value improvement projects