About this author

Julie Fraser is the Vice President of Research for Operations and Manufacturing for research firm Tech-Clarity. She covers Industry 4.0, Smart Manufacturing, MES/MOM, QMS, APS, APM/CMS, IIoT, AR/VR, other technologies and solutions for manufacturing.

Julie has over 25 years as an industry analyst in addition to experience in marketing and strategy (Berclain/Baan, now Infor) and editorial roles for computer and technology publications. She worked as an assembler over college summers and that got her hooked on manufacturing. She has a BA in German and French, Magna cum laude, Phi Beta Kappa, from Lawrence University in Wisconsin. She is also a certified business change agent and conscious business ambassador.

Julie’s current areas of research include the realities of moving Industry 4.0 from vision to reality; the role of MES/MOM in the new landscape; incremental vs. transformational change in manufacturing; approaches to empower plant workers and their leaders; IT/OT convergence; personalized and local manufacturing; and more. She is fascinated by the organizational, cultural and personal transformations required to drive success with new technology and approaches to manufacturing.

Julie is a certified yoga and meditation teacher. When she’s in love with life, good things like the opportunity to work for Tech-Clarity come at the right time.

This author writes about... Connected Devices

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Application Lifecycle Management (ALM) Augmented Reality Computer-aided Design (CAD) Engineering Calculations Enterprise Asset Management (EAM) Industrial Connectivity Industrial Internet of Things Product Lifecycle Management (PLM) Service Lifecycle Management (SLM)

Aerospace and Defense Automotive Electronics and High-Tech Energy and Resources Industrial Equipment MedTech Retail and Consumer Products Software and Technology

Additive Manufacturing Agile Artificial Intelligence Asset Centricity BOM Management Closed-Loop Quality Cloud Native Connected Devices Customer Experience Digital Thread Digital Transformation Digital Twin Education Engineering Collaboration Enterprise Collaboration Field Service Generative Design Increase Manufacturing Productivity Industrial Skills Gap Industry 4.0 IT/OT Convergence Life at PTC Math Software Model-Based Definition Predictive Analytics Predictive Maintenance Product Line Engineering PTC Reality Lab Regulatory Compliance Remote Service Requirements Management Risk & Test Management SaaS Service Optimization Service Parts Service Revenue Simulation Software Development Sustainability Technician Efficiency Training Variant Management

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Application Lifecycle Management (ALM) Augmented Reality Computer-aided Design (CAD) Engineering Calculations Enterprise Asset Management (EAM) Industrial Connectivity Industrial Internet of Things Product Lifecycle Management (PLM) Service Lifecycle Management (SLM)

Aerospace and Defense Automotive Electronics and High-Tech Energy and Resources Industrial Equipment MedTech Retail and Consumer Products Software and Technology

Additive Manufacturing Agile Artificial Intelligence Asset Centricity BOM Management Closed-Loop Quality Cloud Native Connected Devices Customer Experience Digital Thread Digital Transformation Digital Twin Education Engineering Collaboration Enterprise Collaboration Field Service Generative Design Increase Manufacturing Productivity Industrial Skills Gap Industry 4.0 IT/OT Convergence Life at PTC Math Software Model-Based Definition Predictive Analytics Predictive Maintenance Product Line Engineering PTC Reality Lab Regulatory Compliance Remote Service Requirements Management Risk & Test Management SaaS Service Optimization Service Parts Service Revenue Simulation Software Development Sustainability Technician Efficiency Training Variant Management

The smart connected factory is revolutionizing not only how well we make things but also our expectations of how well we can make things.

Lowering costs is key to a profitable business. Learn about the cost of poor quality and how IoT can help you boost quality.