Industrial design engineering : inventive problem solving / John X. Wang.

Includes bibliographical references and index.

Chapter 1 Enduring Sonnet: Evolving Industrial Design Engineering -- 1.2 Enduring Sonnet: Most Elastic form of Industrial Communication --1.3 Evolution, Engineering Breakthrough and Industrial Design Engineering --1.4 The River: Where the First Major Civilizations were born -- 1.5 "La Mer": The Ocean and Civilization -- 1.6 Industrial Design Engineering and the Advent of Philosophy -- 1.7 Industrial Design Engineering and Supply Chain Risk Engineering --1.8 Industrial Design Engineering and Evolution Technological Revolution -- 1.9 Year 1942 New Front of Industrial Design Engineering -- 1.10 Creation of Renaissance Art and Industrial Design -- 1.11 Science’s Impact on Industrial Design Engineering















Chapter 2 Monte Carlo Simulations: Would an Industrial Engineer Flip a Coin like a Poet? -- 2.1 Industrial Revolution and Industrial Design Engineering -- 2.2 Pioneering Mass Production Methods for Industrial Design Engineering -- 2.3 Pioneering Manufacturing Engineering for Industrial Design Engineering -- 2.4 Industrial Revolution and Impacts on Environment and Global Economy -- 2.5 Industrial Revolution and Philosophy -- 2.6 Influence of Liberal Arts and Politics on Industrial Design Engineering -- 2.7 The Influence of Poetic Thinking on Industrial Design Engineering -- 2.8 The Rise of Physics on Industrial Design Engineering -- 2.9 Mathematics and Philosophy: Intellectual Leadership for Inventions -- 2.10 The World is fiction, a product of the Mind -- 2.11 The Invention of New Physics: Foundation of Modern Industrial Design Engineering -- 2.12 Unprecedented Boom in Literature and Technology -- 2.13 Paradox and Influence on Scientific Thinking Chapter 3 Safety, Reliability, and Risk Management: -- 3.1 Optical Quantum Technologies, enlightening "Star Wars: The Force Awakens" -- 3.2 Applying Fault-Tolerant Quantum computing to mitigate risk and uncertainty -- 3.3 Entanglement: How to flip a Quantum Coin at nanometer scale? -- 3.4 Flip a Quantum Coin at nanometer scale: Heads-up and Tails-up at the same time -- 3.5 ‘Give me back my Hometown’ -- 3.6 The Bridges of Magpies: A Thanksgiving Reflection about Risk Engineering -- 3.7 From Nobel Prize Medicine 2015 to Risk Engineering of Industrial Products -- 3.8 "The Imitation Game" to Mitigate Risk and Uncertainty -- 3.9 Sleeping Bear Dunes: A Legend about Safety and Strength -- 3.10 Safety First – Risk Engineering -- 3.11 America on Wheels: Safe and Green with the Help of Nanotechnology Chapter 4 Design for Environmental Risk Engineering -- 4.1 Reflecting by Mammoth’s Hilly Woodlands: Creating Environmental Sensible Products -- 4.2 Back to Future Green – Sustaining snow for future White Christmas’ -- 4.3 Eco-Cruise over the River – Green and Blue -- 4.4 Can we travel back to the "Future Green" with Quantum System Engineering? -- 4.5 Provide Solar Holiday Lighting with a Simple Green Electronics Project -- 4.6 Back to a Sustainable Future: Green Computing towards Lower Carbon Emissions -- 4.7 Solar Roasted Turkey: Have a Green Thanksgiving -- 4.8 Saga of Singapore: Story about criticality to achieve Sustainability -- 4.9 Nano Research & Applications enable Green Additive Electronics Manufacturing -- 4.10 We are Young as long as our World is Green -- 4.11 Engineering Environmental Sensible and Reliable "Green" Electronics -- 4.12 From the World’s first working Laser to Vertical-Cavity Surface-Emitting Lasers -- 4.13 Green Electronics Manufacturing of Transformers at Age of Extinction -- 4.14 "Gone with the Wind" always: De Zwaan as the only authentic, working Dutch Windmill in the United States -- 4.15 Great Smokey Mountains: Risk Engineering of Our Grand Ecosystems -- 4.16 Ebola Prevention: Risk Engineering of our Global Health System at our times -- 4.17 Women are from Venus? Men are from Mars? – Universal Risk Engineering? -- 4.18 Ecosystem Risk Engineering -- 4.19 Environmental Art and Ecological Risk Engineering: Grand River Sculpture -- 4.20 Plunging like a Polar Bear: Mitigating Risk & Uncertainty in Alaska’s ice waters Chapter 6 System Risk Engineering -- 6.1 Edith Clarke and Power Systems Risk Engineering -- 6.2 Encoding the geometry of navigating our stars: Flyby Pluto and Beyond -- 6.3 From Radioactive Isotopes, Space Nuclear Power, to "Mission to Mars" -- 6.4 "All the astronauts who landed on the Moon were Engineers…" -- 6.5 European Space Agency’s Intermediate Experimental Vehicle splashes down safely -- 6.6 Systems Risk Engineering: Shall we vote electronically in November’s election? -- 6.7 Risk Engineering of the first Transatlantic Telegraph Cable -- 6.8 A Nation’s Strength: How a building stands up? -- 6.9 Risk Engineering and Political Science -- 6.10 The Lake of No Name and Thinking of Chinese Poetry -- 6.11 Baseball Reliability Engineering -- 6.12 Entropy among the Forest of Fault Trees: When two roads are "really about the same" -- 6.13 With Vision, Space Station, and Action, Who could be Happier? -- 6.14 Decision-Making under Uncertainty: Eisenhower decides on D-Day -- 6.15 "Home is best": Engineers from the Moon to the Earth -- 6.16 Design: Where Engineering Meets Art -- 6.17 "Edge of Tomorrow," Design for Survivability, and Stress-Strength Interference -- 6.18 Maze Runner vs. Labyrinth Seal -- 6.19 Axiomatic Design: Imagination inspires us to create --6.20 Flying to Venus: Axiomatic Design for Global Business Relationships Chapter 7 Contingency Planning, Logistics, and Lean Manufacturing: Rolling out the Storm -- 7.1 Lean Manufacturing: Model T’s Dream Cruise --7.2 Lean Six Sigma: Leadership is a Choice -- 7.3 In an Aircraft, Changing a Light Bulb is an Avionics Engineering Problem -- 7.4 On the ship of continuous improvement, "Don’t give up the Ship…" -- 7.5 How can leaders fight short-termism for Industrial Design Engineering? -- 7.6 Statistical mean (average) can be statistically fatal -- 7.7 Industrial Engineering Design – It all starts with a dream -- 7.8 Manufacturing excellence flows with Robust Design, just like a great river -- 7.9 We have the freedom to define our success -- 7.10 Probabilistic Industrial Design: Probably we can have a statistical Black Friday -- 7.11 Industrial Engineering Thinking: Experimenting with plot to characterize life’s unholding -- 7.12 Quantum Security of Smart-Card
Chapter 8 Risk Communications and Continuous Improvement: Poetic Process Engineering -- 8.1 Business Communication as a Critical Element of Industrial Design -- 8.2 Rolling into 2016L Brevity is the Soul of Business Communications --8.3 "Take Me Home": 4 Things Country Music teaches us about Business Communication -- 8.4 "Action Speaks Louder than Words" – Movement & Gestures in Business Communication -- 8.5 Business Communication: Never underestimate our ability to persuade with our eye -- 8.6 Teleportation: Can I leave my message with the moon -- 8.7 Reflection on 4th: Collaborative Action and Pervasive Communication -- 8.8 Alice and Cheshire Cat: Risk Engineering of our Communication -- 8.9 Vocal Quality in Business Communication and Timbre in Claude Debussy’s La Mer -- 8.10 Debussy and Japanese artist Hokusai’s painting "The Great Wave of Kanagawa" -- 8.11 Getting to "Yes" – Reaching agreement across the miles.
Chapter 9 On the River of Industrial Design Engineering: Flow of Poetic Thinking --9.1 "And Quiet Flows the Don" with Integrity -- 9.2 Art of "Communicating with a Glance": From Impressionism to Elevator Speech -- 9.3 Probabilistic Nature of Poetic Expression -- 9.4 Mid-Autumn Night: Would we share the same moon? -- 9.5 5 Whys for Business Innovation: Simple yet Smart -- 9.6 Industrial Engineering Thinking vs. Poetic Thinking -- 9.7 Hamlet’s Action: Decision making under Uncertainty -- 9.8 Engineering Dialogue on Lake Lucerne: How to think and express our impression poetically? -- 9.9 Would a Poet flip a coin like an Engineer? -- 9.10 Poem appeared in Poetry Quarterly: Winter/Summer 2012 Edition -- 9.11 Tulip Time, Cherry Blossom, and Risk Engineering -- 9.12 The River: Flow of Poetic Thinking