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Moonbae, Song Industry Manager, D&M

표준화, 최적화 & 자동화

글로벌마켓트렌드

인도를선두로한아태지역(APAC)과 미국, 멕시코에서새로운제조거점이 형성되고있으며, 특히전자산업 분야에서활발한성장세가나타남

보호무역기조와지정학적갈등이전 세계제조업의방향을바꾸고있음

마진손실을막고, 리쇼어링과비용 전가를통한회복력강화

공급망의지속적인불안정이제조 원가를높이고생산지연을유발

제조현장의디지털전환, 자동화, 그리고인력재교육및고급기술 습득을위한투자가이루어짐

숙련인력의부족으로생산능력 확대가지연되고있으나, 공장설비 투자는지속적으로증가함

에너지절약및지속가능성추진은 이제선택사항이아니라반드시 갖추어야할요소로인식

에너지비용, 물가상승, 환경규제는 제조업체에무거운세금과도같은 부담이되고있음

대형전기차업체들은운영마진을 유지하기위해가격전쟁과생산능력 축소전략을병행함

승용차전기차에대한기대열기는 정체되고있는반면, 소형및초소형 모빌리티시장은여전히성장세를 보이고있음

시장압력 제조업계변화

Source: OceanAir and Drewry World Container Index,

Source: RSM and Brookings and MIT , Forbes and GlobalSpec and NY Times

Source: Statista, Markets&Markets and Precedence Research

Source: US treasury

Source: NRI

Source: Deloitte

AUTODESK CONFIDENTIAL – DO NOT DISTRIBUTE

전세계제조환경의변화, 기술발전, 그리고경제적압력이제조업전반의지형을재편하고있습니다

https://oceanair.net/carriers-suspend-operations-in-the-red-sea-to-avoid-attacks/ https://www.brookings.edu/articles/strategic-sector-investments-are-poised-to-benefit-distressed-us-counties/ https://www.forbes.com/sites/katharinabuchholz/2024/02/22/a-new-microchip-construction-boom-infographic/?sh=4725646526d7 https://electronics360.globalspec.com/article/19079/nearly-200-billion-in-investments-already-attributed-to-chips-and-science-act https://www.nytimes.com/2024/02/19/technology/semiconductor-chip-factories-delays.html https://home.treasury.gov/news/featured-stories/unpacking-the-boom-in-us-construction-of-manufacturing-facilities

Industry Machinery 산업 트렌드

IM Industry Trends

디지털전환을통한위기극복및성장추구

디지털전환 (Digital Transformation)

비즈니스회복력증가 (Business Resilience)

인력부족문제해결 (Talent Acquisition)

지속성확보 (Sustainability)

 Accelerate Time to Market  Free-up Innovation Capacity  Increase Operational Efficiency  Increase Manufacturing Quality & Throughput  Streamline Processes & Organizations

목표달성에초점을맞춰비전을명확히정의하고, 이를실현하기위한실행전략을제안 Autodesk 디지털전환프레임웤

Collaboration, Traceability, Consistency, Integrity

Virtualization, Optimization , Automation

Digital Transformation

Digital Factory

Design Manufacturing (Build)

OperatePlan

• Detailed 3D models of products

• Design automation • Simulation

• Advanced manufacturing

• Process Simulation

• Quality Inspection, Maintenance through AR/VR

• Digital Twin

• visualize product concepts

• validate production constraints

Fusion Industry Cloud

PDM MES

Outcome (Vision)

3D

Data

PLM

 Accelerate Time to Market  Free-up Innovation Capacity  Increase Operational Efficiency  Increase Manufacturing Quality & Throughput  Streamline Processes & Organizations

Collaboration, Traceability, Consistency, Integrity

Virtualization, Optimization , Automation

Digital Transformation

Digital Factory

Manufacturing (Build)

OperatePlan

Fusion Industry Cloud

핵심은설계데이터: 3D + Data

Vision

• Advanced manufacturing

• Process Simulation

• visualize product concepts

• validate production constraints

• Quality Inspection, Maintenance through AR/VR

• Digital Twin

MES

3D

PLM

Design

• Detailed 3D models of products

• Design automation • Simulation

DT 및 DF의시작이자핵심요소 PDM

Data

그런데현실은?

Reasons for these issues?

“3D 설계및데이터관리가제대로안됨”

설계비효율성

낮은설계품질 낮은표준화율

데이터 Integrity 저하 높은설계변경 Cost

. . .

2D workflow로인한전형적인설계이슈

Offer & Acquisition Design & Engineering

Manufacturing & procurement

Installation & Commissioning

Operation & Maintenance

RFP Order Design Freeze FAT SAT

Project Business

설계 제조(협력사) 품질

1. 설계이슈  3D Modeling 기본기능만사용  설계비효율증가  Data 리비젼룰표준이없음  데이터정합성부재  협업시문제발생

2D Design for supplier collaboration

2. 협업이슈 • 2D drawing −이해하기어려움 −작업에오랜시간이 걸림(manual, rework)

• Data −설계변경시빠르고정확한 대응이어려움

2D analysis

2D Design per part

Part Manufacturing

<공유폴더>

2D Upload

download

• Error ratio to read ↑

• Redrawing

Quality Inspection

based on 2D

3. 제조이슈 • 2D drawing −도면분석에시간소요 −파트단위도면작업

4. 품질이슈 −도면검토에어려움 −도면복잡성으로문제를 발견못하는경우발생

Ideal 3D workflow

Part Manufacturing Quality

Inspection based on 3D

< 협업서버또는공유폴더>

3D/2D

 3D  2D (Automation)

단순한 2D 도면  Save time  Reduce errors

파트별재설계불필요  Save time  Reduce errors

직관적인업무수행  Easy

“ Simple & Fast, Automated, Accurate “

설계 제조(협력사) 품질

3D 설계및데이터관리가

제대로안되는원인은?

 사용하기어렵다(불편하다)

 다양한이해당사자간해석이다르다

.

.

.

 복잡하다

 찾기어렵다 (시스템을쓰는데중복도많다)

표준화, 최적화, 자동화의필요성

 사용하는사람마다다르게사용하여이해하기어렵다

표준화

통합된 설계 표준은 시스템 간 호환성, 설계 정확도, 그리고 개발 효율성을 향상 시킴

최적화

설계프로세스전반에서속도, 정확성, 자원활용의효율화를통해품질과 생산성을동시에향상시킴

자동화

반복작업을제거하고, 인적오류를 최소화하며, 설계효율성과일관성을 확보함

설계프로세스는표준화, 최적화, 자동화의단계를통해지속적으로발전함 표준화, 최적화, 자동화란?

표준화

통합된 설계 표준은 시스템 간 호환성, 설계 정확도, 그리고 개발 효율성을 향상 시킴

최적화

설계프로세스전반에서속도, 정확성, 자원활용의효율화를통해품질과 생산성을동시에향상시킴

자동화

반복작업을제거하고, 인적오류를 최소화하며, 설계효율성과일관성을 확보함

• R&R • Process (Workflow) • Access Right • Naming & Revision Rule

• Classification • Properties(Name, Material, Weight, …) • Dimensions • Style (Material, Color, Line, Lighting, ...) • Etc.

• Simplification • Dimensioning • Design Optimization (CFD, FEA) • Modeling Order

• Drawing Optimization (Structuring, Organizing, Detailing)

• Definition of Constraints • Applying Rules to Variables (Formulas,

Equations) • Etc.

• Parametric Design (Rule Definition)

• Auto Dimensioning • Generative AI • iLogic

• Update Policy (Regular Updates from Job Process)

• Legacy Interface (ERP) • Etc.

지속적인개선이필요

표준화

자동화 최적화

모델링

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표준화, 최적화 & 자동화 글로벌 마켓 트렌드 Industry Machinery 산업 트렌드 IM Industry Trends 디지털 전환을 통한 위기 극복 및 성장 추구 Autodesk 디지털전환 프레임웤 핵심은 설계 데이터: 3D + Data 그런데 현실은? 2D workflow로 인한 전형적인 설계 이슈 Ideal 3D workflow 슬라이드 번호 11 표준화, 최적화, 자동화의 필요성 표준화, 최적화, 자동화란? 지속적인 개선이 필요 슬라이드 번호 15