Reconfigurable Material Handling System
Successfully developed a fully reconfigurable MHS architecture capable of evolving alongside Koenigsegg's future vehicle generations, providing a sustainable framework for one of the world's most prestigious automotive manufacturers.
Project_Scope
Designed a highly adaptable Material Handling System (MHS) for hypercar production, specifically focusing on the Koenigsegg Jesko final assembly line. The project prioritized safety, operator ergonomics, and future-proof modularity to handle multiple vehicle variants.
Core_Responsibilities
Line Analysis & User Research
Conducted in-depth studies of the Jesko final assembly process to map complexity.
Executed direct observations and interviews with assembly operators to identify ergonomic pain points.
Deeply analyzed existing handling systems to evaluate current efficiency and safety.
Concept Engineering & MFD
Executed a Modular Function Deployment (MFD) methodology to ensure all user needs were met.
Identified state-of-the-art technologies through comprehensive industrial research.
Systematically evaluated innovative concepts against safety and sustainability benchmarks.
System Design & 3D Modeling
Successfully developed a new, fully reconfigurable material handling system architecture.
Executed all detailed 3D CAD modeling for the finalized system using SolidWorks.
Impact Analysis Log
| Metric | Baseline | Optimized |
|---|---|---|
| Assembly Lead Time | Standard Handling | 15% Reduction |
| System Flexibility | Fixed / Dedicated | Fully Reconfigurable |
| Operator Ergonomics | Manual Pains | User-Centered Optimized |
| Sustainability | High Infrastructure Waste | Future-Proof / Reusable |
| Design Precision | Legacy Blueprints | SolidWorks 3D Architecture |
Technical_Q&A
SYSTEM_SPEC
Analyze Jesko final assembly process mapping
Identify ergonomic pain points via technician interviews
Research state-of-the-art industrial handling technologies
Apply Modular Function Deployment (MFD) methodology
Develop complete 3D CAD modeling in SolidWorks
Systematically evaluate concepts against sustainability benchmarks