Machine Safety Engineer - Manufacturing

DESCRIPTION

We are looking for a talented Machine Safety Engineer – Manufacturing to join our team specializing in Manufacturing for our Cummins location York, SC.

• Safety Leadership: Ensure all manufacturing processes meet rigorous safety requirements, protecting employees and maintaining compliance.
• Goal Achievement: Drive projects that align with and deliver on manufacturing, business, and product performance goals.
• Process Optimization: Apply advanced manufacturing principles to improve equipment efficiency, reliability, and overall process effectiveness.
• Continuous Improvement: Utilize Lean, Six Sigma, and other tools to reduce waste, enhance quality, and streamline operations.
• Standards Development: Lead the creation and implementation of manufacturing standards and working methods consistent with Cummins’ global practices.
• Stakeholder Influence: Communicate effectively and build trust with external stakeholders, business leaders, and cross functional teams to secure alignment.
• Resource Coordination: Collaborate with internal and external partners to maximize project outcomes and deliver cost effective solutions.
• Coaching & Relationships: Maintain strong relationships and coach key stakeholders, fostering growth, accountability, and a culture of excellence.

To be successful in this role you will need the following:

• Collaborates: Build strong partnerships and work collaboratively across teams and stakeholders to achieve shared objectives.
• Communicates Effectively: Deliver clear, multimode communications tailored to different audiences to ensure alignment and understanding.
• Health & Safety Fundamentals: Champion proactive safety behaviors, model best practices, and foster an injury free workplace culture.
• Technical Expertise in Design & Equipment: Interpret product and equipment drawings, select appropriate manufacturing equipment, and design tools/fixtures to meet specifications.
• Manufacturing Analysis & Knowledge: Use digital simulations and advanced manufacturing principles to implement process improvements and optimize equipment performance.
• Process Documentation & Standardization: Produce clear, sequenced procedures that ensure continuity, compliance, and consistency across all stakeholders.
• Continuous Improvement & Problem Solving: Apply Lean and Six Sigma methodologies, identify root causes, and implement robust solutions to reduce waste and improve quality.
• Ergonomics & Workstation Design: Create