What you will do:
- Good understanding of manufacturing processes and design of mechanical parts for driving evaluation of cost.
- Understanding of metals/plastics/additive manufacturing processes and cost derivatives.
- Positive knowledge of manufacturing processes, materials, product, and process design.
- Understands Should Costing, Zero based, parametric cost modelling and cost benchmarking.
- Learn and practice use of value engineering tools/Analysis and templates to drive consistency across all efforts and produce outputs throughout the agile cost sprint execution.
- Liaise with various functional stakeholders to get inputs into building should cost models.
- Implementing Value Engineering activities for cost reduction/optimization using DFM/A tool.
- Developing cost models for different unconventional manufacturing setups for quick cost reference using costing tool/software.
- Closely working with stakeholders in presenting the project insights in the form of Microsoft PPT in a simple & effective manner to support supplier negotiations & guide them in taking critical business decisions.
- Tear down of different commodity products, identifying material & manufacturing process, BOM creation.
- Must be able to read and interpret complex engineering drawings and have the ability to understand geometrical dimensioning and tolerancing (GD&T;).
- design, develop, modify, and verify mechanical components for medical devices
- Assist with prototyping and bench testing
- Support problem solving, root cause analysis, identify potential solutions, and evaluate them against requirement
- Understand the product’s intended use and clinical procedures
- Understand fundamental industry standards, design requirements and test strategies which align with regulatory requirements
- With supervision, create or refine engineering documentation, such as the Design History file per company design control procedures
- Learn R&D; procedures like design controls and