Organizations around the globe continue to advance into the new digital age. They’re transforming manual business and engineering operations into their digital counterparts using computer models rather than documents, digital twins to predict and track the performance of products and systems, and much more.
Precise digital representations of business and engineering processes and information are at the heart of this new paradigm.
Forbes.com: Passing Down Tacit Knowledge In A Digital World
One of a company’s greatest assets is the vast experience, knowledge and wisdom accumulated within the organization. This wealth of information—often called institutional memory or tacit knowledge—exists within staff across organizations, from product engineers to accountants. Tacit knowledge can be the company’s secret weapon and a powerful competitive advantage. Yet in an age where digital transformation is a must, this knowledge can be just as powerful an inhibitor when it comes to efficiency and adaptability.
It has been a few years since engineering.com has discussed product line engineering (PLE). To those unfamiliar with the topic, it’s an engineering workflow architecture that was first created in the 1990s as a method to streamline the lifecycle of whole product families.
Recently, this concept received a boost in the engineering world thanks to the release of ISO/IEC 26580, Software and systems engineering — methods and tools for the feature-based approach to software and systems product line engineering .
Product Line Engineering (PLE) has a growing role in systems engineering, digital engineering, and manufacturing production processes. This point was emphasized at a recent International Council on Systems Engineering (INCOSE) conference.
A PLE approach allows companies to build a product line portfolio as a single production system rather than a multitude of individual products. As a result, this approach promises big improvements over the traditional product-center engineering strategy.
Recovery in commercial aircraft demand depends on controlling the coronavirus pandemic. Discretionary air travel drives most transport aircraft needs, and until people feel confident in traveling and governments allow it, the commercial aerospace supply chain must focus on survival.
Despite federal plans to boost COVID-19 vaccination production, President Joe Biden says it will take until late summer to treat most Americans, leaving the possibility of some resumption of air travel demand later this year. Domestic air travel will lead the way, as demonstrated in Asia-Pacific nations and in the U.S. in late 2020.
- Today’s Motor Vehicles: Feature First Engineering Tames Complexity – October 2020
- Advanced Manufacturing/SME “Automotive Yearbook”: Power In the Hands of the Portfolio Manager – September 8, 2020
- Advanced Manufacturing/SME “A&D Yearbook” (pg. 23): Avoiding Costly Defects – 2020
- Fortune Business Insights: Product Life Cycle Management Market to reach USD 26.73 Billion by 2026; Deployment of Cloud-based Solutions to Fuel Market – November 8, 2019
- Aerospace Manufacturing & Design: 2 best practices for protecting restricted information – October 19, 2019
- Advanced Manufacturing: PLE – Creating Products in Classified Environments – September 9, 2019
- Advanced Manufacturing: The Road to Zero Defects – July 13, 2019
- Industry Today: Feature-based Product Line Engineering Puts the Power in the Hands of Product Portfolio Management – June 10, 2019
- SD Times: New Guidelines for Feature-based Product Line Engineering Now Available – June 6, 2019
- Design World: A Focus on Feature Simplifies Product Lines – April 23, 2019
- Industry Today: Driving Towards Zero Defects – November 19, 2018
- Jama Software Blog: Feature-based Product Line Engineering – Translating Engineering Gains Into Strategic Business Value – July 2018
- Advanced Manufacturing: Taming Complexity, Variation in Automotive Engineering with PLE, Digital Twin – June 19, 2018
- Design News: Using PLE to Create Digital Twins — April 26, 2018
- Strategic Finance: Digital Twins Invade Industry — March 1, 2018
- Today’s Motor Vehicles: 2018 Outlook — February 8, 2018
- Automotive Design & Production: What Are Digital Twins and Digital Threads? — January 23, 2018
- ENGINEERING.com: PLE and the Birth of the Digital Twin — September 7, 2017
- Aerospace Manufacturing and Design: What is product line engineering (PLE)? — August 9, 2017
- Embedded Computing Design: The birth of 30 million digital twins — Transforming the engineering
lifecycle and manufacturing feedback loops — August 8, 2017
- Embedded Computing Design: Product Line Engineering — Intelligent manufacturing for intelligent
products — February 10, 2017
- Manufacturing Engineering: Q&A with Dr. Charles Krueger — PLE Helps Engineering Teams Reduce Product Development Complexity — February 8, 2017
- Digital Engineering: A Product Variation Flight Checklist — October 3, 2016
- Digital Engineering: BigLever Stakes PLE Claim In The Enterprise — September 20, 2016
- Design News: Product Line Engineering Gets a Visual Makeover — May 11, 2016
- Tech Clarity Spotlight Article: Successful PLE for the Entire Product Line — Removing Time and Cost for Systems Development — April, 2016
- ENGINEERING.com: BigLever’s Push for More Comprehensive Product Line Architecture Strategies — April 21, 2016
- Manufacturing Engineering: Using PLE to Control Product Variations — March 1, 2016
- Embedded Computing Design: The theory behind product line engineering — Nov 12, 2015
- Desktop Engineering: Product Line Engineering 101 — Nov 2, 2015
- Automotive Design & Production: Managing Product Lines by Focusing on Features — July 29, 2015
- Gartner Report: Cool Vendors in Product Design and Life Cycle Management, 2015 — April 8, 2015
- Industrial Embedded Systems: A new paradigm for product line diversity, variant management, and complexity management in manufacturing — March 31, 2015
- Digital Engineering: PLM Joins With PLE To Address Product Line Complexity — Feb 16, 2015
- Ovum Analyst Report: Software is prompting integration of product line engineering and product lifecycle management — Jan, 2015
- Automation World: BigLever and Aras Bridge the Engineering Gap — Jan 27, 2015
- Joe Barkai Blog: BigLever and Aras Deliver Product Line Engineering Integration — Jan 27, 2015
- Industrial Embedded Systems: BigLever Software Introduces the Industry’s First Integrated Product Line Engineering and Product Lifecycle Management Solution — Jan 26, 2015
- Military Embedded Systems: U.S. Army’s Live Training Transformation Product Line Inducted into the Hall of Fame at the 18th International Software Product Line Conference — Jan 12, 2015
- Joe Barkai Blog: Design Reuse – Reusing vs. Cloning and Owning — Oct 13, 2014
- John Day’s Automotive Electronics: Advanced Product Line Engineering Puts the Auto Industry in Overdrive — Aug 28, 2014
- Industrial Embedded Systems: Human out-of-the-loop manufacturing — June 6, 2014
- CrossTalk: Second Generation Product Line Engineering Takes Hold in the DoD — Jan/Feb, 2014
- Analyst Chad Jackson Lifecycle Insights Blog: BigLever Software – Third Leg to the Platform Design Stool? — Dec 3, 2013
- Desktop Engineering: BigLever Software Announces Gears 7.2 — Aug 30, 2013
- SD Times: BigLever gets product line ‘family trees’ in Gears 7.2 — July 12, 2013
- SD Times: BigLever Software delivers new bridge integration solution for Sparx Systems — Feb 20, 2013
- Army Acquisition, Logistics & Technology (AL&T): Second-Generation Paradigm — April 2012
- EETimes: BigLever Gears up Ver. 7.0 for software engineering — June 7, 2012
- SD Times: Bridges built to Hadoop, product-line engineering — May 24, 2012
- Austin Business Journal: BigLever Software Makes Gains — Dec 16, 2011
- SD Times: Reuse is an event, but sharing is a journey — July 18, 2011