Tooling Engineer
: Job Details :

We are AUTOKINITON

AUTOKINITON delivers operational excellence, high-quality execution, and customer service. We offer 100% vertical integration capabilities such as end-to-end engineering, manufacturing, and in-house logistics.

We're proud of our Tier 1 supplier legacy for manufacturing propulsion-agnostic, structural automotive components, and assemblies around the globe.

To help us drive excellence, you'll get to:

Provide key input into the development of departmental strategic goals along with identifying key measurable to support the departmental goals.

Assist Program Launch team in conducting new tool tryouts and other activities as scheduled.

Work closely with the other departments to improve efficiencies and throughput.

Stabilize the process by determining root cause of process issues and implementing corrective actions as needed.

Recommend incorporation of new technology where feasible and practical. Assure that all products quoted and/or released to the plant are feasible and that the quoted rate, crew sizes, and plant performance metrics are achievable.

Guides design, develop and tests die methods, materials, processes and results.

Troubleshoot and communicate die concerns to the Tool & Die supervisors and/or manager.

Interface with customers, contractors and die build shops as appropriate.

Determine and document proper processing parameters and assist in auditing of the same.

Determine priorities and implement material and among other cost reduction projects; maintain detailed documentation as required.

Lead training activities for die leaders for die principles and practices.

Communicate material concerns to the Materials department (ex. circle grid, material certification, etc.)

Support process improvement initiatives and activities throughout the plants.

Maintain PFMEA for respective processes and maintain process flow diagrams.

Champion assigned engineering changes and communicate/coordinate with all departments.

Ability to use MTBF/MTTR to measure the reliability and efficiency of equipment.

Assist with the quoting process.

Participate in die reviews.

Act as a resource for enhancing and optimizing SPM improvements within the organization.

Manage and support ECOs.

Manage costs associated with producing poor quality products (CoPQ).

Meet quality standards by performing customer blank/steel audits.

Train, coach and mentor other engineers and other cross-function team members.

Support plant activities towards achieving customer awards and Quality registration (ex. TS 16949, ISO 14001, etc.)

Direct and/or participate in stamping root cause analysis and team problem solving activities (ex. 8D reports, department meetings, etc.).

Responsible for adhering to all OSHA required safety procedures in performing daily work activities.

Assure all safety devices are properly in place and utilized and verify individual usage of personal protective equipment (PPE) by the work team.

This full-time salary-exempt role is a part of our operations team and reports to the Engineering Manager.

Required experience:

• Bachelor's degree in engineering or equivalent experience, master's degree preferred.
• Minimum of eight (8) or more years related technical, hands-on experience
• Background in engineering and building dies.
• Proficient in troubleshooting and correcting workflow problems.
• Ability to mentor and teach the team in effective problem-solving methods.
• Experience in applying lean manufacturing concepts.
• Knowledge of standard quality practices.
• Proven leadership ability and excellent interpersonal skills.
• Excellent organizational, analytical and communication skills.
• CAD experience (UG, Catia, AutoCad Desktop etc).
• Ability to visualize and comprehend all aspects of a manufacturing equipment and tooling, understand the relationships of factors affecting a given situation, be attentive to detail, and continually seek to improve work processes.
• Knowledge of automated processes including mechanical, electrical, pneumatic, hydraulic and control systems and how they interact with each other.
• Working knowledge of continuous improvement, project management, facility engineering, process engineering, product engineering, equipment technology/capabilities, plant capacity and general problem solving.