Continuous Improvement Engineer

Corning•Hemlock, MI

3d•$102,848 - $141,416•Onsite

About The Position

The Continuous Improvement Engineer will aim to enhance operational performance by integrating lean manufacturing initiatives and analytical tools within the organization. This position will coordinate and lead a wide range of activities that are designed to improve on-time delivery, productivity, quality, cost, safety and environmental performance. Drive the implementation of Lean fundamental competencies (Value Stream Maps, Visual Performance Metrics, WPO, Kaizen, Work Standardization, Gemba Engagement). The successful candidate will develop and implement systems, procedures, and projects required to successfully accomplish plant, divisional, and corporate goals/objectives.

Requirements

Bachelor’s degree in engineering and/or equivalent experience
2-4 years of manufacturing experience
Experience with VBA, SQL, Excel, Access, SAP, Power BI and Simulation software
Knowledge of manufacturing methods, systems, and production processes
Excellent interpersonal and communication skills, both written and verbal
Strong process- and results-oriented mindset with a focus on execution and outcomes
Deep understanding and practical application of Lean principles and continuous improvement methodologies
Strong analytical problem-solving skills, including root cause analysis and development of effective, sustainable solutions
Proven ability to lead and drive change, influencing stakeholders to understand, adopt, and sustain new processes
High attention to detail, ensuring accuracy in process implementation, data analysis, and results evaluation

Nice To Haves

Proven experience managing projects from conception through completion, ensuring timelines, milestones, and deliverables are achieved
Ability to lead and influence cross-functional teams in a manufacturing or engineering environment
Thrives in a fast-paced environment and adapts quickly to changing priorities and business needs
Working knowledge of industry quality standards and regulatory requirements
Strong analytical and decision-making skills, with the ability to leverage data to drive strategic outcomes
Demonstrates a strong Industrial Engineering mindset, with a focus on process optimization and continuous improvement
Six Sigma Black Belt or equivalent continuous improvement certification (preferred)
Understanding of project financials and/or manufacturing cost management principles
Familiarity with innovation frameworks, including Stage-Gate or similar product development processes
Communicates effectively across all levels of the organization, including engineers, production associates, and leadership
Collaborates effectively in a team-oriented environment
Self-motivated with a strong sense of ownership and initiative
Demonstrates strong presentation and communication skills
Effectively manages multiple priorities in a fast-paced environment
Exhibits a high level of commitment, reliability, and accountability
Builds strong relationships and communicates clearly with management

Responsibilities

Facilitate and promote a culture of continuous improvement activities via Mini Kaizens, Kaizen Blitzes, value stream mapping exercises, DMAIC projects & through daily interaction with employees from all levels of the organization.
Coordinate with different departments to identify opportunities for process improvements.
Lead and assist in the implementation of new engineering processes and technology.
Apply engineering expertise to develop, implement, and improve quality management systems and protocols.
Conduct root cause analysis to determine metrics, troubleshoot manufacturing/ business and assembly issues, material flow, project plans, production capacity, facility design and create process documentation.
Perform process audits and establish audit controls and frequencies.
Develop metrics and reporting systems necessary to track progress and maintains record of project status.
Develop & implement sustainable 5S, visual control, Load Smoothing, Single Minute Exchange of Die (SMED), Total Productive Maintenance (TPM), & other Lean programs.
Utilize lean manufacturing principles and participate in action workouts to improve process capability, reduce overall costs and increase capacity.
Develop and enhance visual production KPIs utilizing dashboards within Power BI and Excel.
Facilitate the planning and implementation of workplace flow & layout, as well as equipment installations, modifications, and moves according to Lean concepts.