
BTEC Nationals Engineering Student Book
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Content
- Front Cover
- Contents
- Introduction
- Chapter 1: Engineering Principles
- A: Algebraic and trigonometric mathematical methods
- A1: Algebraic methods
- A2: Trigonometric methods
- B: Static engineering systems
- B1: Static engineering systems
- B2: Loaded components
- C: Dynamic engineering systems
- C1: Dynamic engineering systems
- D: Fluid and thermodynamic engineering systems
- D1: Fluid systems
- D2: Thermodynamic systems
- E: Static and direct current electricity and circuits
- E1: Static and direct current electricity
- E2: Direct current circuit theory
- E3: Direct current networks
- F: Magnetism and electromagnetic induction
- F1: Magnetism
- F2: Electromagnetic induction
- G: Single-phase alternating current
- Single-phase alternating current theory
- Chapter 2: Delivery of Engineering Processes Safely as a Team
- A: Examine common engineering processes to create products or deliver services safely and effectively as a team
- A1: Common engineering processes
- A2: Health and safety
- A3: Human factors
- B: Develop 2D computer-aided drawings that can be used in engineering processes
- B1: Principles of engineering drawing
- B2: Two-dimensional (2D) computer-aided drawing
- C: Carry out engineering processes safely to manufacture a product or to deliver a service effectively as a team
- C1: Principles of effective teams
- C2: Team set-up and organisation
- C3: Health and safety risk assessment
- C4: Preparation activities for batch manufacture or batch service delivery
- C5: Delivery of manufacturing or service engineering processes
- Chapter 3: Engineering Product Design and Manufacture
- A: Design triggers, challenges, constraints and opportunities, and materials and processes
- A1: Design triggers
- A2: Design challenges
- A3: Equipment-level and system-level constraints and opportunities
- A4: Material properties
- A5: Mechanical power transmission
- A6: Manufacturing processes
- B: Interpreting a brief into operational requirements and analysing existing products
- B1: Design for a customer
- B2: Regulatory constraints and opportunities
- B3: Market analysis
- B4: Performance analysis
- B5: Manufacturing analysis
- C: Using an iterative process to design ideas and develop a modified product proposal
- C1: Design proposals
- C2: Communicating designs
- C3: Iterative development process
- D: Technical justification and validation of the design solution
- D1: Statistical methods
- D2: Validating designs
- Chapter 4: Applied Commercial and Quality Principles in Engineering
- A: Examine business functions and trade considerations that help engineering organisations thrive
- A1: Business functions
- A2: Trade considerations
- A3: Competitive advantage
- B: Explore activity-based costing as a method to control costs and to determine if an engineering product or service is profitable
- B1: Reasons for cost control
- B2: Activity-based costing method
- C: Explore how engineering organisations use quality systems and value management to create value
- C1: Quality systems
- C2: The principles and processes of value management
- Chapter 5: A Specialist Engineering Project
- A: Investigate an engineering project in a relevant specialist area
- A1: Project life cycle
- A2: Generating ideas and developing solutions
- A3: Feasibility study of solutions
- B: Develop project-management processes and a design solution for the specialist engineering project as undertaken in industry
- B1: Planning and monitoring
- B2: Risk and issue management
- B3: Technical specification
- B4: Design information
- C: Undertake the solution for a specialist engineering project and present the solution as undertaken in industry
- C1: Undertake and test the solution to the problem
- C2: Demonstration of relevant behaviours
- C3: Present a solution to the problem
- Chapter 6: Microcontroller Systems for Engineers
- A: Investigate typical microcontroller system hardware
- A1: Control hardware
- A2: Input devices
- A3: Output devices
- A4: Selecting hardware devices and system design
- A5: Assembling and operating a microcontroller system
- B: Programming techniques and coding
- B4: Numbering systems
- B1: Programming techniques
- B2: Coding constructs
- B3: Structured program design
- C: System development cycle
- C1: Development processes
- C2: Documentation
- Chapter 7: Calculus to Solve Engineering Problems
- A: Examine how differential calculus can be used to solve engineering problems
- A1: Functions, rate of change and gradient
- A2: Methods of differentiation
- A3: Numerical value of a derivative
- A4: Second derivative and turning points
- B: Examine how integral calculus can be used to solve engineering problems
- B1: Integration as the reverse/inverse of differentiation
- B2: Integration as a summating tool
- B3: Numerical integration
- C: Investigate the application of calculus to the solution of a defined specialist engineering problem
- C1: Thinking methods
- C2: Mathematical modelling of engineering problems
- C3: Problem specification and proposed solution
- C4: Solution implementation
- Chapter 8: Further Engineering Mathematics
- A: Examine how sequences and series can be used to solve engineering problems
- A1: Arithmetic and geometric progressions
- A2: Binomial expansion
- A3: Power series
- B: Examine how matrices and determinants can be used to solve engineering problems
- B1: Matrices
- B2: Determinants
- C: Examine how complex numbers can be used to solve engineering problems
- C1: Complex numbers
- D: Investigate how statistical and probability techniques can be used to solve engineering problems
- D1: Statistical techniques
- Chapter 10: Computer-Aided Design in Engineering
- A: Develop a three-dimensional computer-aided model of an engineered product that can be used as part of other engineering processes
- A1: 3D parametric modelling
- A2: Develop 3D components
- A3: Develop a 3D model
- A4: Output of drawings from a model
- B: Develop two-dimensional detailed computer-aided drawings of an engineered product that can be used as part of other engineering processes
- B1: 2D drawing commands
- B2: Development of 2D engineering drawings
- B3: Output of 2D drawings
- C: Develop a three-dimensional computer-aided model for a thin-walled product and a fabricated product that can be used as part of other engineering processes
- C1: 3D modelling commands
- C2: Development of 3D components
- C3: Development of a 3D model
- C4: Output of product drawings
- Chapter 19: Electronic Devices and Circuits
- A: Explore the safe operation and applications of analogue devices and circuits that form the building blocks of commercial circuits
- A1: Safe electronic working practices
- A2: Diode devices and diode-based circuits
- A3: Transistor devices and transistor-based circuits
- A4: Operational amplifier circuits
- B: Explore the safe operation and applications of digital logic devices and circuits that form the building blocks of commercial circuits
- B1: Logic gates and Boolean algebra
- B2: Combinational logic
- B3: Sequential logic circuits
- C: Review the development of analogue and digital electronic circuits and reflect on own performance
- Improving your own performance
- Chapter 25 Mechanical Behaviour of Metallic Materials
- A: Investigate the microstructures of metallic materials and the effects of processing on them and how these effects influence their mechanical properties
- A1: Types of ferrous metals and alloys
- A2: Types of non-ferrous metals and alloys
- A3: Mechanical properties of metallic materials
- A4: Grain structure of metallic materials
- A5: Effects of processing on the mechanical properties of metallic materials
- A6: Microstructure investigation of metallic materials
- B: Explore safely the mechanical properties of metallic materials and the impact of their in-service requirements
- B1: In-service requirements of metallic materials
- B2: Destructive test procedures
- B3: Non-destructive test procedures
- C: Explore the in-service failure of metallic components and consider improvements to their design
- C1: Ductile and brittle fracture
- C2: Creep failure
- C3: Fatigue failure
- C4: Corrosion mechanisms
- C5: Design considerations to help prevent component failure
- Glossary
- Index
- Back Cover
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