Industrial Engineer 3

Silfex•Springfield, OH

11d•Onsite

About The Position

From smartphones to solar panels, innovative technology is needed to create the devices we use every day. Silfex’s silicon components help make that technology a reality. At Silfex, we’re the leading provider of precision silicon components used to make and operate semiconductor tools, which enable the trillion-dollar global electronics industry. Our company’s products are integral to the semiconductor equipment and optical markets. The outstanding team at Silfex makes that possible – through our people, we help connect the world. The successful candidate for this position will become eligible for a comprehensive set of outstanding benefits; to learn more about the benefits Silfex offers for this position check out: https://www.lambenefits.com/ Join our team and help us connect the world and support the technology of the future!

Requirements

Minimum of 5 years of relevant experience with a Bachelor’s degree; or 3 years of experience with a Master’s degree
Demonstrated experience leading continuous improvement, operational excellence, or industrial engineering initiatives in a manufacturing environment.
Proven ability to lead projects and influence stakeholders across a matrixed organization without direct reporting authority.
Strong written and verbal communication skills, including executive-level presentations, project updates, and training delivery.
Effective collaboration skills with the ability to work successfully across operations, engineering, quality, maintenance, and leadership teams.
Experience utilizing business systems, operational dashboards, and performance metrics to drive decision-making.
Ability to manage multiple priorities and deliver results in a fast-paced manufacturing environment.

Nice To Haves

Bachelor's or Master's degree in Industrial Engineering, Manufacturing Engineering, or a related engineering discipline.
Lean, Lean Six Sigma Green Belt, Black Belt, or equivalent Continuous Improvement certification.
Experience in high-volume manufacturing environments, particularly machining operations.
Experience with ERP systems.
Experience with Discrete Event Simulation such as Arena, FlexSim, AnyLogic, Simio
Experience with Manufacturing Execution Systems (MES) such as FactoryTalk, DELMIAWorks, or ShopVue.
Experience in semiconductor manufacturing, precision machining, advanced manufacturing, or other high-technology industries.

Responsibilities

Partner with manufacturing and business leaders to develop and execute annual operational improvement plans focused on productivity, labor optimization, cost reduction, standard work, ergonomics, capacity utilization, and workflow efficiency.
Lead cross-functional improvement initiatives through the structured application of Lean Manufacturing, Continuous Improvement, and Industrial Engineering principles and tools.
Facilitate deployment of Lean, Daily Management, and Change Management practices across all organizational levels, utilizing value stream mapping, problem-solving methodologies, stakeholder engagement, and project coordination.
Own the collection, validation, analysis, and reporting of operational data to identify improvement opportunities and ensure achievement of performance objectives related to safety, quality, cost, delivery, and profitability.
Support capital investment and Continuous Improvement Program (CIP) initiatives by evaluating opportunities related to labor efficiency, material utilization, process capability, technology implementation, equipment performance, and throughput optimization.
Serve as a subject matter resource for Manufacturing Operating Systems (MOS), leveraging operational metrics and performance data to identify root causes, develop solutions, and drive sustained results.
Identify, document, and communicate project risks, constraints, and roadblocks while facilitating timely escalation and resolution.
Apply flow optimization methodologies, including Theory of Constraints and bottleneck analysis, to improve process performance and support business objectives.
Promote and utilize Industrial Engineering tools and methodologies, including time studies, work sampling, standard work analysis, capacity modeling, layout optimization, simulation modeling, line balancing, and automation assessments.
Evaluate employee-generated improvement ideas and recommendations for technical feasibility, operational impact, and implementation opportunity.
Execute assigned projects independently while proactively identifying and pursuing additional improvement opportunities.
Act as an effective change agent by driving organizational adoption of new processes, standards, and continuous improvement initiatives.
Analyze complex operational challenges requiring both quantitative and qualitative evaluation and develop practical, sustainable solutions.
Establish, maintain, and continuously improve operational standards to ensure process stability, performance consistency, and long-term operational excellence.
Demonstrate behaviors aligned with Silfex's Mission, Vision, and Core Values through professionalism, accountability, a positive attitude, and a commitment to continuous improvement.
Promote a culture of safety by modeling safe work practices, complying with all company safety policies and procedures, utilizing required PPE, and promptly reporting hazards, incidents, and unsafe conditions.
Foster strong partnerships across all levels of the organization through clear, respectful, and proactive communication, building trust, collaboration, and alignment to achieve business objectives.