Optimize Tooling Life
- Determine initial tooling requirements
- Establish Optimum Tooling Inventory and usage
- Establish Effective PM to Minimize Tooling Investment and Maximize Availability and Performance and monitor regrind (through tool room & outside sources)/Repair/Refurbish, reduce overall tooling cost through efficiencies.
- Set up and operate manual Toolroom machines (lathes, milling machines, grinders, EDM).
- Modify, and repair tools, dies, and fixtures as per specifications.
- Read and interpret engineering drawings.
- Calculate dimensions and tolerances using precision measuring instruments.
- Inspect and verify components using micrometres, callipers, height gauges, and other precision tools.
- Ensure conformance to specifications and maintain strict tolerances.
Develops, Applies and Implements Systems and Methodologies:
- Applies and implements systems and methodologies as defined by the Oetiker Production System
- Applies continuous improvement methods to improve the implementation of these systems and methodology
- Work Close with Production, PPE(Engineering Dep), and Quality to define resource and project plans as required to support production strategies, objectives and requirements.
New Tool and Spares Procurement.
- Discussion with vendor and other global entities to procure the tooling on time.
- Incoming inspection of tools and spares.
- Timely procurement of spares
- Timely regrinding of spares and maintaining of critical spare parts.
Diploma in Mechanical/Tool and Die engineering/ Mechanical Engineering (1-3 Yrs).
- Tool and Die Knowledge.
- Can understand tooling concepts.
- Can understand tooling terminologies.
- Analytical and Theoretical skills to find out the tooling issues.
- Communicate effective and sustainable solutions to the team.
- Excellent problem-solving abilities
- Work hand in hand with PPE (Engineering Dep)
- Lean Manufacturing:
- Basic knowledge of Lean Elements such as: 5S, Continuous Improvement, Kaizen, Kanban, Pokayoke, Process Mapping, SMED, SPC, TPM, Value Stream Mapping, etc…
- Mechanical Design:
- Full understanding Engineering Drawing principles and GD&T.
- Fundamental knowledge of metallurgy and material science
- Full understanding & hands on experience of Toolroom operations (Lathe, Surface Grinder, Cylindrical grinder,VMC )
