Industrila Ergonomics Standards

Description

The purpose of this standard is to provide ergonomic guidelines for the design and renovation of manufacturing and logistics facilities work areas. These ergonomic recommendations focus on work area design to fit the job to the worker to prevent injuries and disorders. The goal of ergonomics is to make the work area fit the operator instead of making the operator fit the work area.

Within the framework of the production system, this guide serves as an aid for the design, implementation and improvement of the workstations including logistic operations.

It's a guide intended for the designers and the Logistics Department to optimize the production system.

This document summarizes the main ergonomic specifications and provides the general principles for an ergonomic approach to workstation design and for the improvements in the logistics perspective.

About the Author

Being M Tech In Automotive Engineering Covering Major of Electric Vehicles EVs With Lithium Ion Battery & Having 20+ Years of Work Experience In Production With Process Manufacturing & Industrial Automation's For Continuous Improvement In Electric Vehicles EVs With Power Electronics, Energy Storage Systems, e-Motor, Battery Pack & Cell Module Lithium Ion.
Proficient In building state of the art manufacturing processes with high-volume for 2W/3W/4W. Experienced with Pilot Manufacturing Engineering For developing complex and challenging process of the Electric Vehicles EVs for Passenger Car Assembly with Aggregates & Kit Assembly Process.
Proficient in Greenfield Projects for automobile industry & skilled in setting of assembly lines for Passenger Car Assembly; Shared Mobility Assembly; Forging & Machining Process.
Experienced in developing new manufacturing processes in the automotive industry for large companies with production capacity over 10,00,000+ units per year & introducing new production lines and new processes into a production environment within timelines of 12 months or less.
Setting State-of-the-art manufacturing processes for Energy Storage Systems in Battery Modules & Battery Packs. Leading cross-functional teams throughout the manufacturing line life-cycle for battery packs manufacturing process from initial concept, through prototype development, and into full production.
An AutoCAD 2D Expert for Designing Overall Plant Layout as per Factories Act & Statutory Compliance.
Expert in optimization of complex manufacturing processes by developing & implementing integrated systems of Industrial Engineering.
Specialized In Execution of Lean & World Class Manufacturing WCM practices for process-driven approach that applies the best of breed concepts and process models within the overall business workflow.
Having Bill of Materials BOM management capabilities from Siemens PLM Teamcenter To SAP PP & MM Module.
Experienced with Pilot Manufacturing Engineering For developing manufacturing processes for new and unique products with Design for Manufacturability.
Strong Understanding of Design for Manufacture (DFM) and Design to Unit Production Costs (DTUPC) concepts.
Trained In
Lithium Ion High Voltage Battery Power Pack Assembly & Testing
Lithium Ion Prismatic & Cylindrical Cell Electrode Assembly & Formation
World Class Manufacturing (WCM)
Product Life-Cycle Management (PLM) Siemens Teamcenter
Modular Arrangement of Predetermined Time Standards (MODAPTS)
Maynard Operations Sequence Techniques (MOST) & Predetermined Motion Time System (PMTS)

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