Manufacturing Engineer II

## Manufacturing Engineer IIApplyremote type:
On-site locations:
Monticello, Indiana, United Statestime type:
Full time posted on:
Posted Todayjob requisition :
R26 02219
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* Position Summary:

** Come join our growing team in Monticello, IN, and see your career soar.

The Manufacturing Engineer II is responsible for helping to drive cost reduction activities through process improvements to directly impact the overall performance objectives for the company and compliance to AS9100 and NADCAP requirements and/or division.  This position significantly impacts Rexnord’s ability in the areas of Safety, Quality, Delivery and Cost.  This position reports to the Manufacturing Engineering Manager.

Assists in determining the operations required for more complex projects in fabrication and assembly of products as well as implementing cost-savings process improvements. Owns the processes - creates capable processes. May be responsible for the completion of assigned engineering projects within budgetary and scheduling guidelines. May coach or manage less-experienced team members. Troubleshoots and resolves more complex issues, develops the sequence of operations, estimates time requirements for each, and prepares operation sheets.

Identifies, recommends and implements improvements and/or modifications in sequence of operations, equipment utilization, and related matters in order to increase efficiency and cost savings. Designs and programs CNC equipment to utilize to full capacity. May be responsible for completion of engineering projects. Designs new line layouts or re-designs plant layout. May provide technical leadership/training and/or coaching to other team members.
** Major Responsibilities:
*** Utilizes key mechanical design and manufacturing principles, such as Statics, Dynamics, Mechanical Design, Thermodynamics, Materials and Heat Transfer to effectively make decisions impacting product quality, delivery and cost
* Reduce scrap and non-conformances by eliminating waste and variation in all forms
* Drives root cause corrective actions to reduce non-conformances
* Optimize productivity through efficient, ergonomic and safe work station and tooling designs
* Remain current in new Manufacturing Engineering technology, new manufacturing techniques and new equipment. Recommend new approaches where feasible
* Lead and participate in Kaizen events based on VSM Roadmaps
* Utilizes RBS tools to solve problems and continuously improve.  Strives to achieve facilitator certifications in specific RBS tools
* Promote and facilitate the use/establishment of continuous improvement tools.
* Assist in developing and implementing the lean manufacturing action plans to support achievement of strategy deployment and strategic business growth.
* Analyze and resolve work problems, or assist others in solving problems using problem solving tools such as DMAIC
* Develop and implement manufacturing cost out projects.
* Assist manufacturing and assembly associates to resolve set-up, tooling and fixture problems, special process (heat treatment, plating and welding) and selection of proper tooling and grinding wheels.
* Develop, maintain and implement process routings and set-up instructions for the production of parts and assemblies
** Required Education / Experience /

Skills:

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* Education:

** Bachelor's degree in Engineering or related technical field, Mechanical, Aerospace, Industrial or materials.
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* Experience:

** 2-5 years of engineering experience in a Materials, Manufacturing, Quality Engineering in a manufacturing setting
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* Skills:

**   + “This position is subject to policies and procedures set forth by the State Department and applicants who do not meet such requirements will not be eligible for the position”.  + Strong verbal and written communication and presentation skills with all levels of employees and management.  + Ability to work in a fast-paced environment, while adjusting to changing priorities and project lists.  

+ At least one year of experience with grinding, turning, and milling machinery  + Strong understanding of key manufacturing principles, such as Statics, Dynamics, Mechanical Design, Thermodynamics, Materials and…