Research & Development
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Coordinating the members of a team
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Working out a logical sequence
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Developing a new product
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Discussing technical requirements
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Suggesting ideas and solutions
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Assessing feasibility
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Describing improvements and redesigns
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Appropriate technology
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Explaining the difference between products
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Crime-fighting and security
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Describing function
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Personal entertainment
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Making suggestions
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Technology and society
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Technological innovations
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Design
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Working with drawings
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Discussing dimensions and precision
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Describing design phases and procedures
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Resolving design problems
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Establishing industrial design as a profession
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No single, unified style of industrial design
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Compromises and engineering designs
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Value engineering
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Design
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Using non-specialist language
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Information technology
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Working on a help desk
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Testing
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Explaining tests and experiments
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Exchanging views on predictions and theories
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Comparing results and expectations
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Discussing causes and effects
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Testing your products
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Choosing to performance test products
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Manufacturing & Industry
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Describing technical functions and applications
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Explaining how technology works
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Emphasizing technical advantages
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Simplifying and illustrating technical explanations
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Describing specific materials
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Specifying and describing properties
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Discussing quality issues
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Describing component shapes and features
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Explaining ad assessing manufacturing techniques
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Explaining jointing and fixing techniques
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Describing positions of assembled components
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Expert knowledge in a variety of fields
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Working for an electric utility company
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Coordinating their compouter systems
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Describing chemical engineering tasks
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Combining semiconductors with phosphors
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Mechanical engineers also design tool
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Technology in sport
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Recommendations
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Manufacturing
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Modern manufacturing processes
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Transport
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Apologies and Predictions
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Medical technology
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Giving clear instructions
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Telecommunications
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Explaining in simple terms
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Safety
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Describing health and safety precautions
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Emphasizing importance of precautions
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Discussing regulations and standards
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Working with written instructions and notices
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What caused the explosion
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The prevention of accidents
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Wearing special clothes
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High living: skyscrapers
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Showing visitors round a site
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Maintenance
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Describing types of technical problem
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Assessing and interpreting faults
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Describing the causes of faults
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Discussing repairs and maintenance
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The amplitude of motion
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Quality & Control
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Describing quality issues
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Describing automated systems
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Referring to measurable parameters
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Discussing readings and trends
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Giving approximate figures
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Discussing performance and suitabilitty
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Describing physical forces
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Discussing relative performance
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Describing capabilities and limitations
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Quality and a finished item
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A “total quality control” approach
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