My Revision Notes: Engineering and Manufacturing T Level
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Description
Contents
Reviews
Language
English
ISBN
9781398385153
Cover
Title Page
Copyright
My Revision Planner
1 Working within the engineering and manufacturing sectors
1.1 Key principles and methodologies in engineering and manufacturing design
1.2 The role of maintenance, repair and installation in engineering
1.3 Approaches to manufacturing, processing and control
2 Engineering and manufacturing past, present and future
2.1 Sectors of the engineering industry
2.2 Significant technological advances in engineering from an historical perspective
2.3 Areas of innovation and emerging trends in engineering
3 Engineering representations
3.1 Drawings and information conveyed by drawings
3.2 Dimensions and tolerancing on engineering drawings
4 Essential mathematics for engineering and manufacturing
4.1 Applied mathematical theory in engineering applications
4.2 Number systems used in engineering and manufacturing
5 Essential science for engineering and manufacturing
5.1 Units of measurement used in engineering
5.2 Vector and coordinate measuring systems
5.3 Scientific methods and approaches to scientific inquiry and research
5.4 Measurement equipment, techniques and principles
5.5 Chemical composition and behaviours
5.6 Forces and motion in engineering
5.7 Fluid dynamics in engineering
5.8 Thermodynamics in engineering
6 Materials and their properties
6.1 Physical and mechanical properties of materials
6.2 Types of material and their structures
6.3 Effects of processing techniques on materials
6.4 Heat treatment and surface treatments
6.5 Causes of material failure and their prevention
6.6 Materials testing methods and interpretation of results
7 Mechanical principles
7.1 Principles of motion and mechanics in engineering and manufacturing systems
7.2 Principles of forces and energy
8 Electrical and electronic principles
8.1 Principles of electrical and electronic systems
9 Mechatronics
9.1 The key components of a mechatronics system
9.2 The operation, function and applications of programmable logic controllers in mechatronic systems
9.3 The basic principles of hydraulics and pneumatics
10 Engineering and manufacturing and control systems
10.1 Principles and applications of control system theory
10.2 How sensors and actuators are used in automation control systems
11 Quality management
11.1 Quality standards, assurance, control and improvement
11.2 Types and applications of standard operating procedures (SOPs) and their purposes
12 Health and safety principles and coverage
12.1 The main requirements of key health and safety legislation applicable to engineering activities
12.2 The importance of health and safety practices within the workplace
12.3 Responsibilities for health and safety
12.4 Risk assessment
12.5 Health and safety considerations in specific engineering contexts
12.6 Principles and practices relating to environmental legislation and considerations
13 Business, commercial and financial awareness
13.1 Principles of commercial operations and markets
13.2 Business and commercial practices
13.3 Financial and economic concepts
14 Professional responsibilities, attitudes, and behaviours
14.1 Professional conduct and responsibilities in the workplace
14.2 Continuous professional development (CPD) and professional recognition
14.3 Human factors within engineering and manufacturing contexts
15 Stock and asset management
15.1 Stock and inventory management principles and practices
15.2 Asset management and control principles
16 Continuous improvement
16.1 Continuous improvement principles and practices
17 Project and programme management
17.1 Principles of project management
17.2 Roles and responsibilities in projects
17.3 Project planning and control
Glossary
Index
Backcover
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