Optimizing Engineering Operations: Streamlining Prototypes, Builds, and Processes

Introduction

Importance of optimizing engineering operations
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Overview of challenges in managing prototypes, builds, and processes
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The benefits of streamlining operations for efficiency and productivity
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Managing Prototypes and Builds

Inventory Management

System Identification and Risk Mitigation

Product Life Cycle Management

Program Management for New Initiatives

Lab Reworks and Hardware Setup

Engineering Logistics and Operations Support

Test Infrastructure and Vehicle Builds

Module TPM and Cross-Functional Collaboration

Conclusion

Course Content

Introduction

Importance of optimizing engineering operations

Overview of challenges in managing prototypes, builds, and processes

The benefits of streamlining operations for efficiency and productivity

Managing Prototypes and Builds

Effective planning and coordination for prototype development

Streamlining the build process for efficient production

Ensuring quality control and testing procedures

Inventory Management

Overview of Inventory Management

Tracking and organizing engineering parts

Allocation and distribution strategies for efficient utilization

Collaborating with supply chain teams for seamless inventory management

System Identification and Risk Mitigation

Identifying gaps and risks in the overall system

Establishing systematic approaches for risk assessment

Implementing strategies to address identified gaps and mitigate risks

Product Life Cycle Management

Overview of Product Life Cycle Management

Coordinating transitions between life cycle stages

Optimizing bill of materials (BOM) management

Program Management for New Initiatives

Overview of Program Management for New Initiatives

Structuring effective program management processes

Tracking deliverables, milestones, and critical path

Ensuring successful execution of new initiatives

Lab Reworks and Hardware Setup

Efficiently managing lab reworks and minimizing downtime

Standardizing hardware setup and test setup procedures

Collaboration with hardware and test teams for seamless execution

Engineering Logistics and Operations Support

Managing shipping, receiving, and evaluation of parts

Ad-hoc operations support, including calibration and purchase orders

Coordinating work orders and day-to-day operations effectively

Test Infrastructure and Vehicle Builds

Supporting changes in test infrastructure and coordinating debug needs

Ensuring smooth execution of vehicle builds during product introduction

Collaboration with cross-functional teams for hardware needs in testing

Module TPM and Cross-Functional Collaboration

Understanding the role of module Total Productive Maintenance (TPM)

Collaborating closely with hardware, supply chain, and validation teams

Tracking deliverables, milestones, and critical path for successful module TPM

Conclusion

Recap of key strategies for optimizing engineering operations

Encouragement for implementation and continuous improvement

Achieving efficiency and success in engineering operations

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