CNC Process Engineer

Shape Corp.•Trenton, OH

About The Position

Position Summary: Responsible for leading the development, improvement, standardization and training on policies, procedures and required tools for our CNC, Machining, and related secondary processing. Supporting both our manufacturing production as well as supporting new program launches and automation as we continue to grow and expand in this field.

Requirements

Engineering or Engineering Technology Degree from an accredited institution with 7+ years of professional engineering experience
Master’s Degree in Engineering with 3+ years of professional engineering experience
Familiar with weld verification methods, weld testing methodology, and measuring devices.
Experience with conducting DOE.
Fundamental understanding of statistics (SPC, etc.).
Familiar with Six Sigma process.
Proficient with Microsoft Office applications, including Word, Excel, Outlook, etc.
Travel is occasionally required, up to 10% of the time.

Nice To Haves

Minimum of 5 years+ programming preferred
Manage CNC Technical Expert
Qualified in Mastercam, preferred
Can write and modify programs
Use of digital/virtual to stimulate
Can act as voice of manufacturing in feasibility reviews
Leads Continuous Improvement efforts in CNC Cells
Specifies speeds and feeds
Capable of specifying work holding fixture
Ability to train CNC I-III
Ability to read and react to SPC
Ability to build PM plans

Responsibilities

Read and interpret CAD data, blueprints, GD&T, CMM reports, customer dimensional specifications.
Share lessons learned proactively and also train other engineers on process improvements.
Provide process design and improvements in a cost efficient manner.
Proficient in completing cost justifications with acceptable ROI.
Responsible for safety in process design and in execution of daily activities.
Ensure compliance of practices, procedures and instructions relative to applicable corporate standards (ISO, TS, etc).
Ensure quality outputs from daily activities.
Use of proper data collection and analysis to ensure provided information is supported with data that reinforces the stated output.
Coordinate/facilitate/analyze process design of experiments (DOE’s).
Ensure timely execution of planned activities.
Foster good working relationship and demonstrate effective communication skills with vendors, team members, suppliers and project teams.
Manage large projects and/or large volume of projects; provides strategic support.
Ability to oversee the work of other engineers; provide direction, feedback and mentoring.
Independently develop approaches to projects; supervision is in the form of general discussions about desired results.
Determine the technical objectives of assignments.
Demonstrate proven ability to apply advanced engineering principles.
Understand the impact of one’s decisions on other areas of the business; work broadly across the organization by interacting with multiple engineering disciplines.
Embrace lifelong learning and Identify when it is necessary to acquire new knowledge and skills; take self-driven action to develop professionally.
Demonstrate an interest in learning about new and emerging tools and technology.
Recognized as a leader in problem solving of complex problems; mentor others by teaching engineering knowledge and skills.
Skillfully use logic and analysis to identify the strengths and weaknesses, the costs and benefits and the short- and long-term consequences of different approaches.
Continuously act to prevent problems, pursue opportunities and improve system performance.
Develop innovative methods of obtaining or using resources when sufficient resources are not available.
Additional functions not specifically outlined in this position description as directed by the leader.
Support manufacturing production by leading troubleshooting and continuous improvement activities.
Support plant problem solving teams to ensure the production of quality parts and a safe working environment.
Provide on-call support for all manufacturing processes in order to meet customer demands, when necessary.
Develop maturation plans and timelines in accordance with risk mitigation strategies.
Lead activities to launch new business and execute the maturation process.
Participate in regular launch team meetings.
Lead technical solutions and provide input and support for tool designs and development.
Participate in Process Failure Mode Effects & Analysis (PFMEA) development meetings.
Provide the specification for and procure capital needed to support new business.
Communicate and share information with peers to ensure launching practices are standard.
Continuously challenge maturation activities and identify opportunities to reduce maturation time.
Participate in fill and warp simulations.
Lead activities associated with winning new business.
Participate in Feasibility and Process Plan and Tolerance Reviews (PPTAR).
Provide quotes in the agreed upon timing.
Identify opportunities to reduce quoting, feasibility and PPTAR times.
Communicate and share information with global peers to ensure quoting practices are standard.
Engage in investigation of methods to achieve a competitive process and “win” business.
Ensure successful transition of value stream to Launch Engineer by sharing pertinent information developed during the quoting process.
Ensure Minimum Process Requirements (MPR) are accurate and relevant.
Lead strategic process advancement projects (“Funnel Projects”).
Develop project charter with defined milestone dates, including anticipated cost and timing.
Execute funnel projects and successfully meet cost and timing targets.
Implement new products and processes into manufacturing following the Machine Development process.
Develop specifications for new capital equipment.
Identify new technology, develop expertise and industry knowledge in relevant processes and communicate to the organization as necessary.
Define new opportunities in manufacturing processes to reduce cost or increase design flexibility.
Brainstorm, explore and objectively evaluate manufacturing processes and technologies that could add value to the organization.
Develop new manufacturing technologies integrated with manufacturing process using FMEA, SPC, DFSS, DVPR and others and conduct all testing necessary to validate the new technology.
Implement new manufacturing technologies to the product engineering teams through the release of design guidelines, training modules and sales materials.
Develop new materials with strategic suppliers to support Shape's global manufacturing footprint.
Attend and participate in domestic and global conferences and seminars on structural engineering, materials and manufacturing.
Work with the Business Unit teams and their customers to develop relationships and gain confidence in Shape's abilty to process advanced materials.
Express thoughts clearly and present technical details of our design concepts, materials and processing technologies.
Support day to day problem solving with the Product Engineers & Manufacturing as needed.