How Technology is
Transforming
Production
Methods
The Impact of Computers
in Design and
Manufacturing
Introduction
Advances in technology have
revolutionized production methods, from
design to manufacturing, making them
more efficient, flexible, and innovative.
This lesson considers how technology has
changed and is changing production
methods.
Historical Perspective
on Production
Methods
• Old production methods relied heavily on
manual labor and mechanical tools.
• Challenges included being time-
consuming, labour-intensive, and prone to
human error.
Introduction of Technology in
Production
• Technological advances began
with the introduction of
machinery during the
Industrial Revolution.
• Later, early automation and
basic use of computers
emerged in the late 20th
century.
Computers in
Design (CAD)
• CAD has transformed
the design process,
allowing for
precision, easier
modifications, and
faster prototyping.
• Examples: Designing
cars, architecture,
and consumer
products using CAD
software.
Computers in
Manufacturing (CAM)
• CAM is used in manufacturing
processes to automate
machinery, improve production
speed, and ensure consistency in
quality.
• Examples: CNC machines, robotic
assembly lines, and automated
cutting and welding.
Integration of
CAD and CAM
• CAD and CAM systems
work together to
streamline the entire
production process.
• Benefits: Reduced time
to market, lower
production costs, and
fewer errors.
Emerging
Technologies in
Production
• 3D Printing: Changing the production
landscape through additive
manufacturing.
• AI and Machine Learning: Predictive
maintenance, quality control, and process
optimization.
• IoT: Connecting devices and machines for
real-time data collection and decision-
making.
Case Study: Dentistry
• Dentists are increasingly using advanced
technology in both design and manufacturing
to revolutionise the dentistry industry.
• Focus Areas: AI-driven manufacturing,
robotics, and integration of CAD/CAM
systems.
• Click on the image opposite to see the video
Case Study: 3D Printing
Video
Click on the image to play
Advantages
of Technology
in Production
Increased efficiency and
speed
Higher precision and quality
control
Flexibility in production
methods
Long-term cost savings
Challenges of
Technology in
Production
High initial investment
costs
Skill gaps and need for
specialized training
Cybersecurity risks
Dependency on
technology
Future of Technology
in Production
• • Advanced robotics, AI-driven
automation, and smart factories will
continue to evolve production methods.
• • Future trends point to more integrated
and efficient systems.
Conclusion
Technology has
transformed production
methods, making them
faster, more efficient, and
flexible.
Keeping up with
advancements is crucial
to staying competitive in
the global market.
Essay/DiscusionQuestion
Discuss how advances in technology have
transformed production methods in modern
businesses.
In your answer, explain the role of computers
in design and manufacturing, and analyze
both the benefits and challenges that
businesses may face due to these
technological changes.
Provide examples to support your arguments
MC Question 1
What is the primary function of CAD (Computer-
Aided Design) in modern production methods?
• A) To automate machinery on the production line
• B) To create precise designs and models of
products
• C) To manage the distribution and logistics of
products
• D) To monitor the quality of products during
production
MC Question 1
What is the primary function of CAD (Computer-
Aided Design) in modern production methods?
• A) To automate machinery on the production line
• B) To create precise designs and models of
products
• C) To manage the distribution and logistics of
products
• D) To monitor the quality of products during
production
MC Question 2
Which of the following is a key benefit of
integrating CAD and CAM systems in
production?
• A) Increased manual labor requirements
• B) Higher dependency on human error
• C) Reduced time to market and lower
production costs
• D) Limited flexibility in the design process
MC Question 2
Which of the following is a key benefit of
integrating CAD and CAM systems in
production?
• A) Increased manual labor requirements
• B) Higher dependency on human error
• C) Reduced time to market and lower
production costs
• D) Limited flexibility in the design process
MC Question 3
What is one of the challenges businesses
might face when implementing new
technology in production methods?
• A) Decreased efficiency in manufacturing
• B) High initial investment costs
• C) Reduced product quality
• D) Longer time to market
MC Question 3
What is one of the challenges businesses
might face when implementing new
technology in production methods?
• A) Decreased efficiency in manufacturing
• B) High initial investment costs
• C) Reduced product quality
• D) Longer time to market

4.1.3 How technology is changing Business.pptx

  • 1.
    How Technology is Transforming Production Methods TheImpact of Computers in Design and Manufacturing
  • 2.
    Introduction Advances in technologyhave revolutionized production methods, from design to manufacturing, making them more efficient, flexible, and innovative. This lesson considers how technology has changed and is changing production methods.
  • 3.
    Historical Perspective on Production Methods •Old production methods relied heavily on manual labor and mechanical tools. • Challenges included being time- consuming, labour-intensive, and prone to human error.
  • 4.
    Introduction of Technologyin Production • Technological advances began with the introduction of machinery during the Industrial Revolution. • Later, early automation and basic use of computers emerged in the late 20th century.
  • 5.
    Computers in Design (CAD) •CAD has transformed the design process, allowing for precision, easier modifications, and faster prototyping. • Examples: Designing cars, architecture, and consumer products using CAD software.
  • 6.
    Computers in Manufacturing (CAM) •CAM is used in manufacturing processes to automate machinery, improve production speed, and ensure consistency in quality. • Examples: CNC machines, robotic assembly lines, and automated cutting and welding.
  • 7.
    Integration of CAD andCAM • CAD and CAM systems work together to streamline the entire production process. • Benefits: Reduced time to market, lower production costs, and fewer errors.
  • 8.
    Emerging Technologies in Production • 3DPrinting: Changing the production landscape through additive manufacturing. • AI and Machine Learning: Predictive maintenance, quality control, and process optimization. • IoT: Connecting devices and machines for real-time data collection and decision- making.
  • 9.
    Case Study: Dentistry •Dentists are increasingly using advanced technology in both design and manufacturing to revolutionise the dentistry industry. • Focus Areas: AI-driven manufacturing, robotics, and integration of CAD/CAM systems. • Click on the image opposite to see the video
  • 10.
    Case Study: 3DPrinting Video Click on the image to play
  • 11.
    Advantages of Technology in Production Increasedefficiency and speed Higher precision and quality control Flexibility in production methods Long-term cost savings
  • 12.
    Challenges of Technology in Production Highinitial investment costs Skill gaps and need for specialized training Cybersecurity risks Dependency on technology
  • 13.
    Future of Technology inProduction • • Advanced robotics, AI-driven automation, and smart factories will continue to evolve production methods. • • Future trends point to more integrated and efficient systems.
  • 14.
    Conclusion Technology has transformed production methods,making them faster, more efficient, and flexible. Keeping up with advancements is crucial to staying competitive in the global market.
  • 15.
    Essay/DiscusionQuestion Discuss how advancesin technology have transformed production methods in modern businesses. In your answer, explain the role of computers in design and manufacturing, and analyze both the benefits and challenges that businesses may face due to these technological changes. Provide examples to support your arguments
  • 16.
    MC Question 1 Whatis the primary function of CAD (Computer- Aided Design) in modern production methods? • A) To automate machinery on the production line • B) To create precise designs and models of products • C) To manage the distribution and logistics of products • D) To monitor the quality of products during production
  • 17.
    MC Question 1 Whatis the primary function of CAD (Computer- Aided Design) in modern production methods? • A) To automate machinery on the production line • B) To create precise designs and models of products • C) To manage the distribution and logistics of products • D) To monitor the quality of products during production
  • 18.
    MC Question 2 Whichof the following is a key benefit of integrating CAD and CAM systems in production? • A) Increased manual labor requirements • B) Higher dependency on human error • C) Reduced time to market and lower production costs • D) Limited flexibility in the design process
  • 19.
    MC Question 2 Whichof the following is a key benefit of integrating CAD and CAM systems in production? • A) Increased manual labor requirements • B) Higher dependency on human error • C) Reduced time to market and lower production costs • D) Limited flexibility in the design process
  • 20.
    MC Question 3 Whatis one of the challenges businesses might face when implementing new technology in production methods? • A) Decreased efficiency in manufacturing • B) High initial investment costs • C) Reduced product quality • D) Longer time to market
  • 21.
    MC Question 3 Whatis one of the challenges businesses might face when implementing new technology in production methods? • A) Decreased efficiency in manufacturing • B) High initial investment costs • C) Reduced product quality • D) Longer time to market