Engineering Fundamentals and Problem Solving 8th Edition By Arvid Eide, Roland Jenison, Larry Northup, Steven Mickelson
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Engineering Fundamentals and Problem Solving 8th Edition By Arvid Eide, Roland Jenison, Larry Northup, Steven Mickelson

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497
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6.64 MB
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About this ebook
Engineering Fundamentals and Problem Solving (8th Edition) by Arvid Eide, Roland Jenison, Larry Northup, and Steven Mickelson is structured into three major sections spanning 17 chapters. The textbook provides a comprehensive introduction to the engineering profession, fundamental data processing tools, and core engineering science disciplines. [1, 2, 3, 4]
Section 1: Introduction to the Engineering Profession (Chapters 1–3)
This section orients first-year students to the academic and operational realities of engineering. [1]
  • Engineering Disciplines and Functions: Exploration of various branches of engineering and the specific professional roles engineers fill.
  • Education and the Work Environment: Guidance on courses of study, career planning, teamwork, and navigating professional environments.
  • Engineering Ethics: Foundational principles of moral and professional responsibility within industry and research.
  • Introduction to the Design Process: Structured methods for approaching open-ended engineering design problems. [1, 2, 3, 5]
Section 2: Processing Engineering Data (Chapters 4–11)
This core technical block equips students with the computational, mathematical, and data analysis skills required for advanced coursework. [1]
  • Engineering Dimensions and Unit Systems: Mastering both SI (metric) and US Customary systems, alongside unit conversions.
  • Problem-Solving Methodologies: Logical frameworks for setting up, executing, and documenting engineering solutions.
  • Data Presentation and Graphing: Best practices for plotting data and constructing meaningful charts.
  • Engineering Statistics: Fundamentals of data collection, probability, and basic statistical applications.
  • Computational Tools and Spreadsheets: Early introduction to technical software and spreadsheets for numerical problem-solving.
  • Flowcharts: Algorithmic logic and processes used to map workflows and computer programming solutions. [1, 2, 3, 4, 5, 6]
Section 3: Engineering Core Disciplines (Chapters 12–17)
This section introduces the foundational scientific and physical principles common across multiple engineering majors. [1, 2]
  • Engineering Mechanics (Statics): Analysis of force vectors, two-dimensional force systems, and structural equilibrium.
  • Strength of Materials: Evaluation of material stress, strain, and structural limits (built directly on mechanics concepts).
  • Energy Forms and Sources: Modern look at fossil fuels, alternative energy tech, and global energy infrastructure limits.
  • Thermodynamics: Core thermodynamic properties and the practical applications of the First and Second Laws of Thermodynamics.
  • Electrical Theory: Fundamentals of electrical circuits, voltage, current, and basic network analysis.
  • Material and Energy Balances: Essential tracking equations used heavily in chemical, mechanical, and civil systems.
  • Engineering Economics: Introductory concepts of cost analysis, interest rates, capital investment, and financial decision-making. [1, 4]

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Analysis of force vectors Computational Tools and Spreadsheets: Early introduction to technical software and spreadsheets Data Presentation and Graphing: Best practices for plotting data and constructing meaningful charts. Education and the Work Environment: Guidance on courses of study career planning Electrical Theory: Fundamentals of electrical circuits Energy Forms and Sources: Modern look at fossil fuels Engineering Dimensions and Unit Systems: Mastering both SI (metric) and US Customary systems Engineering Disciplines and Functions: Exploration of various branches of engineering Engineering Economics: Introductory concepts of cost analysis Engineering Ethics: Foundational principles of moral and professional responsibility within industry and research. Engineering Mechanics (Statics) Engineering Statistics: Fundamentals of data collection probability Flowcharts: Algorithmic logic and processes used to map workflows Introduction to the Design Process: Structured methods for approaching open-ended engineering design problems. Introduction to the Engineering Profession Material and Energy Balances: Essential tracking equations Problem-Solving Methodologies: Logical frameworks for setting up executing Processing Engineering Data Strength of Materials: Evaluation of material stress strain and structural limits Thermodynamics: Core thermodynamic properties and the practical applications two-dimensional force systems structural equilibrium
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