Section: Material Requirements Planning-MRPFrom Lesson 2: Business Insights and CareersUnit 3: Fabrication ProcessesManufacturing Processes Course
Section: Material Requirements Planning-MRPFrom Lesson 2: Business Insights and CareersUnit 3: Fabrication ProcessesManufacturing Processes Course
Section: Material Requirements Planning-MRPFrom Lesson 2: Business Insights and CareersUnit 3: Fabrication ProcessesManufacturing Processes Course
Section: Material Requirements Planning-MRPFrom Lesson 2: Business Insights and CareersUnit 3: Fabrication ProcessesManufacturing Processes Course
Section: Material Requirements Planning-MRPFrom Lesson 2: Business Insights and CareersUnit 3: Fabrication ProcessesManufacturing Processes Course
Section: Multiple Manufacturing ProcessesFrom Lesson 3: Manufacturing ProcessesUnit 2: Manufacturing ProcessesManufacturing Processes Course
Section: Multiple Manufacturing ProcessesFrom Lesson 3: Manufacturing ProcessesUnit 2: Manufacturing ProcessesManufacturing Processes Course
Section: Multiple Manufacturing ProcessesFrom Lesson 3: Manufacturing ProcessesUnit 2: Manufacturing ProcessesManufacturing Processes Course
A first one-semester course on differential equations aimed at engineers.
The Primacy of the Public presents a framework for engineering and technology ethics focused around three core ethical principles: the principle of welfare, the autonomy principle, and the fairness principle. To support this framework, the book begins with an examination of multiple perspectives we may take on engineering and technology, all of which support the centrality of ethical analysis and evaluation. These include the nature of engineering as a profession, the social context of engineering and technology, and the view that many technologies constitute social experiments.
Section: Product Mix and Make or BuyFrom Lesson 2: Business Insights and CareersUnit 1: Material Properties and SelectionManufacturing Processes Course
Section: Quality ControlFrom Lesson 3: Measurement and QualityUnit 6: Measurement Instruments and Precision Measurement TechniquesManufacturing Processes Course
Section: Quality in IndustryFrom Lesson 2: Business Insights to QualityUnit 6: Measurement Instruments and Precision Measurement TechniquesManufacturing Processes Course
An introductory text designed to acquaint the engineering technician with statistical tools which are utilized in industrial settings.
Technical Project Management in Living and Geometric Order demonstrates that even the best-laid project plans can be undone by new technologies, financial upheavals, or resource scarcity, to name just a few disruptors. It encourages project managers to focus on learning throughout a project, with the understanding that what they learn could necessitate major changes in midstream. This adaptive, flexible, living-order approach is inspired by Lean in construction projects and Agile in software development. Technical Project Management in Living and Geometric Order explains how today’s projects unfold in dynamic environments in response to unexpected events. With its practical tips, detailed graphics, links to additional resources, and interviews with engineering professionals, it’s an accessible introduction to the living order for aspiring project managers.
Section: Using Precision Measuring InstrumentsFrom Lesson 3: Measurement and QualityUnit 6: Measurement Instruments and Precision Measurement TechniquesManufacturing Processes Course
Section: Using Precision Measuring InstrumentsFrom Lesson 3: Measurement and QualityUnit 6: Measurement Instruments and Precision Measurement TechniquesManufacturing Processes Course