This document discusses the future of Design and Technology (D&T) education in the UK from 2012 to 2022. It addresses several key questions about how to strengthen and clarify the identity and messaging of D&T. These include placing more emphasis on design and research processes rather than making, encouraging risk-taking, highlighting the academic rigor of D&T, and linking it to other subjects and careers. The document also discusses curriculum guidelines being developed and the importance of sustainability as a theme for cross-curricular D&T projects.
Arthur Goldstuck - Why the digital going is good in bad times - Net Prophet 2009RAMP Group
The document discusses opportunities that have arisen from digital transformation. It notes that digital technologies have leveled playing fields and that those embracing digital transformation can become thought leaders by filling knowledge gaps. It argues that as connectivity increases, more opportunities will emerge to help educate people on using technologies like cellphones and broadband to access the internet and create an online economy. It advocates preparing for continued rapid technological changes and increased digital adoption.
This document discusses both the positives and negatives of increasing technology usage. It notes that while technology provides opportunities to share information, it can also enable safety and privacy issues if not used properly. Excessive technology use is changing how people learn, think, and form memories. It also notes that heavy technology and social media usage has been linked to negative impacts on emotions and well-being for both children and adults. Overall, the document advocates understanding technology's effects and avoiding becoming overly reliant on it at the expense of in-person interactions and mental health.
This document discusses Amul's pricing and market segmentation strategies across its various product lines. Amul segments its markets based on geographical, demographic, and behavioral factors. It prices products competitively while ensuring fair returns to farmers. Amul uses different strategies for different products, such as setting milk prices lower than competitors while pricing desserts cost-effectively. Overall, Amul aims to provide value to customers across income levels through quality products and competitive pricing.
Technology refers to tools, machines, systems and methods used to solve problems or perform tasks. It can be applied to various areas like construction, medicine or information. Technology both positively and negatively impacts culture and society. While it has increased connectivity and made some tasks easier, it has also facilitated issues like war, political oppression, and over-reliance on digital tools which can increase stress, sedentary lifestyles and cybercrime risks, especially for youth. Modern technology provides many benefits but also disadvantages that must be addressed to ensure its safe and responsible use.
Technology provides several advantages such as making work easier, enabling easy global communication, and serving as a source of information, income, and tools for daily life. However, it also presents disadvantages like promoting laziness, addiction to computer games, destruction of student development, weakening of family bonds, and overdependence on technology.
The document outlines several advantages and disadvantages of using technology. It lists advantages such as helping people communicate, aim for better living, gather information, access government services, download content, improve education, provide entertainment, online shopping, and stay updated on social media. Disadvantages mentioned include technology addiction, wasting money and time, eye strain, plagiarism, neglecting chores, lack of privacy, increased cybercrime, ruined lives, and virus spreading. Overall, the document presents a list of pros and cons of technology use.
This document provides an overview of teaching technology to children. It discusses the three strands of technology: Strand A focuses on practical skills, Strand B covers terminology and methods, and Strand C examines the history and impact of technology. Various learning intentions and activities are presented to help teachers develop lessons on the nature of technology, including defining technology, understanding how it has shaped our lives, and creating teaching strategies. The document emphasizes developing students' broad understanding of technology beyond just the tools or activities they are engaged with.
This document provides an overview of a course on the history of museum digitization in the Netherlands from 1960-2011. The course will examine the main themes of policy, financing, organizational change, and users of digitized heritage content. Students will complete individual written analyses, literature reviews, and a final research project analyzing a theme and applying theories of cultural informatics. The document defines key terms related to Dutch museums, their relationship to the government, and provides a brief contextual history of museum digitization.
Arthur Goldstuck - Why the digital going is good in bad times - Net Prophet 2009RAMP Group
The document discusses opportunities that have arisen from digital transformation. It notes that digital technologies have leveled playing fields and that those embracing digital transformation can become thought leaders by filling knowledge gaps. It argues that as connectivity increases, more opportunities will emerge to help educate people on using technologies like cellphones and broadband to access the internet and create an online economy. It advocates preparing for continued rapid technological changes and increased digital adoption.
This document discusses both the positives and negatives of increasing technology usage. It notes that while technology provides opportunities to share information, it can also enable safety and privacy issues if not used properly. Excessive technology use is changing how people learn, think, and form memories. It also notes that heavy technology and social media usage has been linked to negative impacts on emotions and well-being for both children and adults. Overall, the document advocates understanding technology's effects and avoiding becoming overly reliant on it at the expense of in-person interactions and mental health.
This document discusses Amul's pricing and market segmentation strategies across its various product lines. Amul segments its markets based on geographical, demographic, and behavioral factors. It prices products competitively while ensuring fair returns to farmers. Amul uses different strategies for different products, such as setting milk prices lower than competitors while pricing desserts cost-effectively. Overall, Amul aims to provide value to customers across income levels through quality products and competitive pricing.
Technology refers to tools, machines, systems and methods used to solve problems or perform tasks. It can be applied to various areas like construction, medicine or information. Technology both positively and negatively impacts culture and society. While it has increased connectivity and made some tasks easier, it has also facilitated issues like war, political oppression, and over-reliance on digital tools which can increase stress, sedentary lifestyles and cybercrime risks, especially for youth. Modern technology provides many benefits but also disadvantages that must be addressed to ensure its safe and responsible use.
Technology provides several advantages such as making work easier, enabling easy global communication, and serving as a source of information, income, and tools for daily life. However, it also presents disadvantages like promoting laziness, addiction to computer games, destruction of student development, weakening of family bonds, and overdependence on technology.
The document outlines several advantages and disadvantages of using technology. It lists advantages such as helping people communicate, aim for better living, gather information, access government services, download content, improve education, provide entertainment, online shopping, and stay updated on social media. Disadvantages mentioned include technology addiction, wasting money and time, eye strain, plagiarism, neglecting chores, lack of privacy, increased cybercrime, ruined lives, and virus spreading. Overall, the document presents a list of pros and cons of technology use.
This document provides an overview of teaching technology to children. It discusses the three strands of technology: Strand A focuses on practical skills, Strand B covers terminology and methods, and Strand C examines the history and impact of technology. Various learning intentions and activities are presented to help teachers develop lessons on the nature of technology, including defining technology, understanding how it has shaped our lives, and creating teaching strategies. The document emphasizes developing students' broad understanding of technology beyond just the tools or activities they are engaged with.
This document provides an overview of a course on the history of museum digitization in the Netherlands from 1960-2011. The course will examine the main themes of policy, financing, organizational change, and users of digitized heritage content. Students will complete individual written analyses, literature reviews, and a final research project analyzing a theme and applying theories of cultural informatics. The document defines key terms related to Dutch museums, their relationship to the government, and provides a brief contextual history of museum digitization.
How do we define an Engineer? What aspects of the profession makes becoming an engineer attractive? How does the perception of the Engineering profession differ within the participating countries and among different actors (students, companies, professional associations, parents, media, etc.)
Design and technology (D&T) teaches important skills like combining knowledge and practical skills, intellectual and practical activity, and considering human needs and values. It involves real-world tasks. D&T was previously called subjects like craft, design, woodwork, food, needlework, and engineering. There is debate about whether D&T should stay in the national curriculum given changes by the government. Sources argue D&T develops creativity and technological ability.
The document outlines the draft Australian curriculum for technologies which includes two strands: design and technologies, and digital technologies. It discusses the curriculum development process, aims, structure, general capabilities, and organization of the technologies curriculum. The curriculum is being developed for F-10 and senior secondary years, and includes two strands from F-8 that can be integrated, and two subject choices for years 9-12.
Developing an ITE framework for D&T (TERC 2012)Alison Hardy
This presentation reports on the development of a new framework for an undergraduate design and technology teacher training programme at a university in England.
The outcome of the research was a framework with five elements that reflects the team’s philosophy of design and technology with a particular emphasis on the integration of the subject content of designing, making and technology, and related pedagogical knowledge.
Presentation for TERC 2012 with Dr David Barlex
http://www.griffith.edu.au/conference/technology-education-research-conference-2012
This document provides an overview and rationale for developing a Science Curriculum Framework for basic education in the Philippines. It notes that while some Filipino students have achieved success in science competitions, overall performance on national and international assessments is poor. It identifies several challenges with the current science education system in the Philippines, including issues with teachers, teaching methods, curriculum and instructional materials. The framework aims to address these challenges and better prepare all students for a technology-driven world by developing scientific literacy. It will guide curriculum development, instruction and assessment to improve science education outcomes across basic education.
International Program in Design & Architecture [INDA] at Chulalongkron University, Bangkok, Thailand. A look at the curriculum, courses, and student work.
The panel presentation discusses career pathways for STEM technicians as a solution to two national problems: not enough technicians to support innovation and inadequate educational opportunities for capable high school students. It proposes partnering with STEM high schools to provide an alternative curriculum pathway for students interested in associate's degrees to become technicians. The alternative curriculum would adjust math requirements and include technical courses that prepare students to enter engineering technician programs.
This document summarizes the National Science Foundation's Advanced Technological Education (ATE) Program. The ATE Program focuses on supporting education of science and engineering technicians for high-technology fields. It emphasizes the important role that community colleges play in educating technicians and producing a qualified STEM workforce. The ATE Program supports projects, centers of excellence, and targeted research at secondary schools, two-year colleges, and four-year institutions.
Dredge scu research seminar olt apr2013Dianne Dredge
This seminar presentation provides an overview of the recently completed national project examining tourism, hospitality and events education in Australia. The project was funded by the former ALTC (now OLT).
Assess ESL Teacher Attitudes To Integrating Technology in TeachingTroy Cox
This document summarizes the results of a needs analysis survey assessing ESL teacher attitudes towards integrating technology in their teaching. The survey was distributed to faculty, graduates, current students, and teachers at an English Language Center. It contained sections on demographics, technology skills and confidence, and what skills students should have upon entering and graduating from an MA TESOL program. A total of 67 people responded with 59 completing the survey. The findings provide a baseline of participants' current technological knowledge and skills. Reliability testing found high internal consistency for items assessing technology operations and concepts.
Assess ESL Teacher Attitudes To Integrating Technology in TeachingTroy Cox
This document summarizes the results of a needs analysis survey assessing ESL teacher attitudes towards integrating technology in their teaching. The survey was distributed to faculty, graduates, current students, and teachers at an English Language Center. It contained sections on demographics, technology skills and confidence, and what skills students should have upon entering and graduating from an MA TESOL program. A total of 67 people responded with 59 completing the survey. Results showed higher technology confidence for younger respondents and faculty had the highest levels of experience. The survey demonstrated reliability in measuring technology skills aligned with TESOL standards.
This document outlines the curriculum for a Master of Technology in Geotechnical Engineering program. It includes the program's vision, mission, educational objectives, outcomes, courses, and electives. The 2-year program consists of coursework across 4 semesters, with the third semester focusing on a project. Core courses cover topics like geomechanics, soil properties, foundation analysis, and advanced geotechnical lab. Students must complete a total of 66 credits, including electives and a summer internship. Program outcomes are mapped to 11 graduate attributes and 3 educational objectives related to problem solving, career development, and lifelong learning.
B Sc Sec D&T Education @ NTU inductionAlison Hardy
This document provides an overview of the BSc (Hons) Secondary Design and Technology Education programme for new students. It introduces the programme leader and staff, outlines the programme aims and structure, and schedules for assessment. It also provides information about workshop organization and safety equipment requirements. Finally, it describes an introductory group activity for students to research and present information about different areas of Nottingham.
This document introduces the TPACK Design Framework for designing effective technology-enhanced science instruction. The framework is based on characteristics of effective science learning, science teaching, and technology-enhanced instruction. It uses the TPACK model and a framework of TPACK-in-Practice to create criteria (questions) to guide the design, implementation, and reflection of technology-enhanced science lessons. The goal is to help teachers assess how digital technologies can meet science learning goals and 21st century skills. Going through the TPACK Design Framework is intended as a recursive process that can develop teachers' TPACK knowledge for technology-integrated science teaching.
Kolencik Definition of Instructional Design and TechnologyKathryn Kolencik
This document provides an overview of the field of instructional design and technology (IDT). It discusses the historical development of instructional media and the evolution of the IDT field. Key aspects of IDT are described, including its foundation in learning theory, instructional design processes, and appropriate use of technologies. Trends in the focus of the field on areas like the learning sciences, constructivism, and facilitation are also summarized.
The document provides instructions for a student project involving creating an innovative project using waste materials. Students are asked to complete the project, worth 100 marks across subjects, by November 5th. They can record a short video while building their project and present it to classmates. The project should relate to various subjects such as listing materials used in English and Arabic, identifying shapes in Math and Art, and explaining material usage in Science.
Senior high school curriculum palawan pafte 18 oct 2013ooneenoo
This document outlines proposed reforms to the Philippines' senior high school curriculum under the K-12 educational system. Key points include:
- The curriculum would be revised from the current core subjects to 31 proposed 80-hour subjects across core, common track, and specialization subjects for Grades 11-12.
- Common track subjects are designed to allow students time to decide on career options and switch tracks without penalties.
- Proposed academic, technical-vocational, and specialization subject options are provided for different tracks and strands.
- The goals are to prepare students for college and make the curriculum more aligned with CHED and TESDA standards and requirements.
How do we define an Engineer? What aspects of the profession makes becoming an engineer attractive? How does the perception of the Engineering profession differ within the participating countries and among different actors (students, companies, professional associations, parents, media, etc.)
Design and technology (D&T) teaches important skills like combining knowledge and practical skills, intellectual and practical activity, and considering human needs and values. It involves real-world tasks. D&T was previously called subjects like craft, design, woodwork, food, needlework, and engineering. There is debate about whether D&T should stay in the national curriculum given changes by the government. Sources argue D&T develops creativity and technological ability.
The document outlines the draft Australian curriculum for technologies which includes two strands: design and technologies, and digital technologies. It discusses the curriculum development process, aims, structure, general capabilities, and organization of the technologies curriculum. The curriculum is being developed for F-10 and senior secondary years, and includes two strands from F-8 that can be integrated, and two subject choices for years 9-12.
Developing an ITE framework for D&T (TERC 2012)Alison Hardy
This presentation reports on the development of a new framework for an undergraduate design and technology teacher training programme at a university in England.
The outcome of the research was a framework with five elements that reflects the team’s philosophy of design and technology with a particular emphasis on the integration of the subject content of designing, making and technology, and related pedagogical knowledge.
Presentation for TERC 2012 with Dr David Barlex
http://www.griffith.edu.au/conference/technology-education-research-conference-2012
This document provides an overview and rationale for developing a Science Curriculum Framework for basic education in the Philippines. It notes that while some Filipino students have achieved success in science competitions, overall performance on national and international assessments is poor. It identifies several challenges with the current science education system in the Philippines, including issues with teachers, teaching methods, curriculum and instructional materials. The framework aims to address these challenges and better prepare all students for a technology-driven world by developing scientific literacy. It will guide curriculum development, instruction and assessment to improve science education outcomes across basic education.
International Program in Design & Architecture [INDA] at Chulalongkron University, Bangkok, Thailand. A look at the curriculum, courses, and student work.
The panel presentation discusses career pathways for STEM technicians as a solution to two national problems: not enough technicians to support innovation and inadequate educational opportunities for capable high school students. It proposes partnering with STEM high schools to provide an alternative curriculum pathway for students interested in associate's degrees to become technicians. The alternative curriculum would adjust math requirements and include technical courses that prepare students to enter engineering technician programs.
This document summarizes the National Science Foundation's Advanced Technological Education (ATE) Program. The ATE Program focuses on supporting education of science and engineering technicians for high-technology fields. It emphasizes the important role that community colleges play in educating technicians and producing a qualified STEM workforce. The ATE Program supports projects, centers of excellence, and targeted research at secondary schools, two-year colleges, and four-year institutions.
Dredge scu research seminar olt apr2013Dianne Dredge
This seminar presentation provides an overview of the recently completed national project examining tourism, hospitality and events education in Australia. The project was funded by the former ALTC (now OLT).
Assess ESL Teacher Attitudes To Integrating Technology in TeachingTroy Cox
This document summarizes the results of a needs analysis survey assessing ESL teacher attitudes towards integrating technology in their teaching. The survey was distributed to faculty, graduates, current students, and teachers at an English Language Center. It contained sections on demographics, technology skills and confidence, and what skills students should have upon entering and graduating from an MA TESOL program. A total of 67 people responded with 59 completing the survey. The findings provide a baseline of participants' current technological knowledge and skills. Reliability testing found high internal consistency for items assessing technology operations and concepts.
Assess ESL Teacher Attitudes To Integrating Technology in TeachingTroy Cox
This document summarizes the results of a needs analysis survey assessing ESL teacher attitudes towards integrating technology in their teaching. The survey was distributed to faculty, graduates, current students, and teachers at an English Language Center. It contained sections on demographics, technology skills and confidence, and what skills students should have upon entering and graduating from an MA TESOL program. A total of 67 people responded with 59 completing the survey. Results showed higher technology confidence for younger respondents and faculty had the highest levels of experience. The survey demonstrated reliability in measuring technology skills aligned with TESOL standards.
This document outlines the curriculum for a Master of Technology in Geotechnical Engineering program. It includes the program's vision, mission, educational objectives, outcomes, courses, and electives. The 2-year program consists of coursework across 4 semesters, with the third semester focusing on a project. Core courses cover topics like geomechanics, soil properties, foundation analysis, and advanced geotechnical lab. Students must complete a total of 66 credits, including electives and a summer internship. Program outcomes are mapped to 11 graduate attributes and 3 educational objectives related to problem solving, career development, and lifelong learning.
B Sc Sec D&T Education @ NTU inductionAlison Hardy
This document provides an overview of the BSc (Hons) Secondary Design and Technology Education programme for new students. It introduces the programme leader and staff, outlines the programme aims and structure, and schedules for assessment. It also provides information about workshop organization and safety equipment requirements. Finally, it describes an introductory group activity for students to research and present information about different areas of Nottingham.
This document introduces the TPACK Design Framework for designing effective technology-enhanced science instruction. The framework is based on characteristics of effective science learning, science teaching, and technology-enhanced instruction. It uses the TPACK model and a framework of TPACK-in-Practice to create criteria (questions) to guide the design, implementation, and reflection of technology-enhanced science lessons. The goal is to help teachers assess how digital technologies can meet science learning goals and 21st century skills. Going through the TPACK Design Framework is intended as a recursive process that can develop teachers' TPACK knowledge for technology-integrated science teaching.
Kolencik Definition of Instructional Design and TechnologyKathryn Kolencik
This document provides an overview of the field of instructional design and technology (IDT). It discusses the historical development of instructional media and the evolution of the IDT field. Key aspects of IDT are described, including its foundation in learning theory, instructional design processes, and appropriate use of technologies. Trends in the focus of the field on areas like the learning sciences, constructivism, and facilitation are also summarized.
The document provides instructions for a student project involving creating an innovative project using waste materials. Students are asked to complete the project, worth 100 marks across subjects, by November 5th. They can record a short video while building their project and present it to classmates. The project should relate to various subjects such as listing materials used in English and Arabic, identifying shapes in Math and Art, and explaining material usage in Science.
Senior high school curriculum palawan pafte 18 oct 2013ooneenoo
This document outlines proposed reforms to the Philippines' senior high school curriculum under the K-12 educational system. Key points include:
- The curriculum would be revised from the current core subjects to 31 proposed 80-hour subjects across core, common track, and specialization subjects for Grades 11-12.
- Common track subjects are designed to allow students time to decide on career options and switch tracks without penalties.
- Proposed academic, technical-vocational, and specialization subject options are provided for different tracks and strands.
- The goals are to prepare students for college and make the curriculum more aligned with CHED and TESDA standards and requirements.
Gender and Mental Health - Counselling and Family Therapy Applications and In...PsychoTech Services
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Strategies for Effective Upskilling is a presentation by Chinwendu Peace in a Your Skill Boost Masterclass organisation by the Excellence Foundation for South Sudan on 08th and 09th June 2024 from 1 PM to 3 PM on each day.
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How to Setup Warehouse & Location in Odoo 17 InventoryCeline George
In this slide, we'll explore how to set up warehouses and locations in Odoo 17 Inventory. This will help us manage our stock effectively, track inventory levels, and streamline warehouse operations.
Chapter wise All Notes of First year Basic Civil Engineering.pptxDenish Jangid
Chapter wise All Notes of First year Basic Civil Engineering
Syllabus
Chapter-1
Introduction to objective, scope and outcome the subject
Chapter 2
Introduction: Scope and Specialization of Civil Engineering, Role of civil Engineer in Society, Impact of infrastructural development on economy of country.
Chapter 3
Surveying: Object Principles & Types of Surveying; Site Plans, Plans & Maps; Scales & Unit of different Measurements.
Linear Measurements: Instruments used. Linear Measurement by Tape, Ranging out Survey Lines and overcoming Obstructions; Measurements on sloping ground; Tape corrections, conventional symbols. Angular Measurements: Instruments used; Introduction to Compass Surveying, Bearings and Longitude & Latitude of a Line, Introduction to total station.
Levelling: Instrument used Object of levelling, Methods of levelling in brief, and Contour maps.
Chapter 4
Buildings: Selection of site for Buildings, Layout of Building Plan, Types of buildings, Plinth area, carpet area, floor space index, Introduction to building byelaws, concept of sun light & ventilation. Components of Buildings & their functions, Basic concept of R.C.C., Introduction to types of foundation
Chapter 5
Transportation: Introduction to Transportation Engineering; Traffic and Road Safety: Types and Characteristics of Various Modes of Transportation; Various Road Traffic Signs, Causes of Accidents and Road Safety Measures.
Chapter 6
Environmental Engineering: Environmental Pollution, Environmental Acts and Regulations, Functional Concepts of Ecology, Basics of Species, Biodiversity, Ecosystem, Hydrological Cycle; Chemical Cycles: Carbon, Nitrogen & Phosphorus; Energy Flow in Ecosystems.
Water Pollution: Water Quality standards, Introduction to Treatment & Disposal of Waste Water. Reuse and Saving of Water, Rain Water Harvesting. Solid Waste Management: Classification of Solid Waste, Collection, Transportation and Disposal of Solid. Recycling of Solid Waste: Energy Recovery, Sanitary Landfill, On-Site Sanitation. Air & Noise Pollution: Primary and Secondary air pollutants, Harmful effects of Air Pollution, Control of Air Pollution. . Noise Pollution Harmful Effects of noise pollution, control of noise pollution, Global warming & Climate Change, Ozone depletion, Greenhouse effect
Text Books:
1. Palancharmy, Basic Civil Engineering, McGraw Hill publishers.
2. Satheesh Gopi, Basic Civil Engineering, Pearson Publishers.
3. Ketki Rangwala Dalal, Essentials of Civil Engineering, Charotar Publishing House.
4. BCP, Surveying volume 1
Communicating effectively and consistently with students can help them feel at ease during their learning experience and provide the instructor with a communication trail to track the course's progress. This workshop will take you through constructing an engaging course container to facilitate effective communication.
2. Background to Curriculum Changes
Expert Panel Recommendations: Comparison
Current NC Proposed NC
Subject KS1 KS2 KS3 KS4 Subject KS1 KS2a KS2b KS3 KS4
English
c English
Maths
M th o Maths
r
Science Science
e
PE
F Subject KS1 KS2a KS2b KS3 KS4
Art o
u Art
Citizenship n
Geography
g p y
d
D&T a History
Geography
t MFL ?
i
History o Music
M i
n PE
ICT
MFL
Subject
S bj t KS1 KS2a
KS2 KS2b KS3 KS4
Music B
a Citizenship
s ICT
i D&T
c
The Arts
April 2012
2
3. Background to Curriculum Changes
Review - December announcement
Published:
Expert Panel report and recommendations
Summary report on the Call for Evidence
Evidence on curriculum breadth
E id i l b dth
Evidence on curriculum content in English, mathematic and science
Extension of timetable by one year:
Engaging with stakeholders on Expert Panel recommendations
Full alignment of National Curriculum with GCSE reform
More time to develop the National Curriculum for English,
mathematics and science in the light of feedback
New curriculum for all subjects published together in Autumn 2013
and first teaching from September 2014
6
April 2012
3
5. What is Design Technology?
Many areas of the curriculum usually come under the heading of Design
Technology or are within the Design Technology Department.
April 2012
4
6. What is Design Technology?
Many areas of the curriculum usually come under the heading of Design
Technology or are within the Design Technology Department.
• Resistant Materials
April 2012
4
7. What is Design Technology?
Many areas of the curriculum usually come under the heading of Design
Technology or are within the Design Technology Department.
• Resistant Materials
• Textiles
April 2012
4
8. What is Design Technology?
Many areas of the curriculum usually come under the heading of Design
Technology or are within the Design Technology Department.
• Resistant Materials
• Textiles
• Systems and Control
April 2012
4
9. What is Design Technology?
Many areas of the curriculum usually come under the heading of Design
Technology or are within the Design Technology Department.
• Resistant Materials
• Textiles
• Systems and Control
• Food
April 2012
4
10. What is Design Technology?
Many areas of the curriculum usually come under the heading of Design
Technology or are within the Design Technology Department.
• Resistant Materials
• Textiles
• Systems and Control
• Food
• Electronics
April 2012
4
11. What is Design Technology?
Many areas of the curriculum usually come under the heading of Design
Technology or are within the Design Technology Department.
• Resistant Materials
• Textiles
• Systems and Control
• Food
• Electronics
• Graphics
April 2012
4
12. What is Design Technology?
Many areas of the curriculum usually come under the heading of Design
Technology or are within the Design Technology Department.
• Resistant Materials
• Textiles
• Systems and Control
• Food
• Electronics
• Graphics
• Systems & Control
April 2012
4
13. What is Design Technology?
Many areas of the curriculum usually come under the heading of Design
Technology or are within the Design Technology Department.
• Resistant Materials
• Textiles
• Systems and Control
• Food
• Electronics
• Graphics
• Systems & Control
• Engineering
April 2012
4
14. What is Design Technology?
Many areas of the curriculum usually come under the heading of Design
Technology or are within the Design Technology Department.
• Resistant Materials
• Textiles
• Systems and Control
• Food
• Electronics
• Graphics
• Systems & Control
• Engineering
• Construction
April 2012
4
15. What is Design Technology?
Many areas of the curriculum usually come under the heading of Design
Technology or are within the Design Technology Department.
• Resistant Materials
• Textiles
• Systems and Control
• Food
• Electronics
• Graphics
• Systems & Control
• Engineering
• Construction
• Catering
April 2012
4
16. What is Design Technology?
Many areas of the curriculum usually come under the heading of Design
Technology or are within the Design Technology Department.
• Resistant Materials
• Textiles
• Systems and Control
• Food
• Electronics
• Graphics
• Systems & Control
• Engineering
• Construction
• Catering
• Automotive..............
April 2012
4
17. What is Design Technology?
Many areas of the curriculum usually come under the heading of Design
Technology or are within the Design Technology Department.
• Resistant Materials
• Textiles
• Systems and Control
• Food
• Electronics
• Graphics
• Systems & Control
• Engineering
• Construction
• Catering
• Automotive..............
Do we have an identity crisis?
April 2012
4
19. Key Questions
• D&T could shift away from making. More value needs to be placed on the design (&
research) process.
April 2012
5
20. Key Questions
• D&T could shift away from making. More value needs to be placed on the design (&
research) process.
April 2012
5
21. Key Questions
• D&T could shift away from making. More value needs to be placed on the design (&
research) process.
• D&T should encourage risk taking. If the focus is on the process a ‘failed’ project can
show a greater level of learning than a perfectly finished one that was done to an
established plan.
April 2012
5
22. Key Questions
• D&T could shift away from making. More value needs to be placed on the design (&
research) process.
• D&T should encourage risk taking. If the focus is on the process a ‘failed’ project can
show a greater level of learning than a perfectly finished one that was done to an
established plan.
April 2012
5
23. Key Questions
• D&T could shift away from making. More value needs to be placed on the design (&
research) process.
• D&T should encourage risk taking. If the focus is on the process a ‘failed’ project can
show a greater level of learning than a perfectly finished one that was done to an
established plan.
• D&T might highlight the academic. Strengthen curriculum links to other subjects, also
focus on rigour in research methodologies.
April 2012
5
24. Key Questions
• D&T could shift away from making. More value needs to be placed on the design (&
research) process.
• D&T should encourage risk taking. If the focus is on the process a ‘failed’ project can
show a greater level of learning than a perfectly finished one that was done to an
established plan.
• D&T might highlight the academic. Strengthen curriculum links to other subjects, also
focus on rigour in research methodologies.
April 2012
5
25. Key Questions
• D&T could shift away from making. More value needs to be placed on the design (&
research) process.
• D&T should encourage risk taking. If the focus is on the process a ‘failed’ project can
show a greater level of learning than a perfectly finished one that was done to an
established plan.
• D&T might highlight the academic. Strengthen curriculum links to other subjects, also
focus on rigour in research methodologies.
• Design is about people. The process of establishing need and truly understanding
what’s required underpins everything. Include links to psychology.
April 2012
5
26. Key Questions
• D&T could shift away from making. More value needs to be placed on the design (&
research) process.
• D&T should encourage risk taking. If the focus is on the process a ‘failed’ project can
show a greater level of learning than a perfectly finished one that was done to an
established plan.
• D&T might highlight the academic. Strengthen curriculum links to other subjects, also
focus on rigour in research methodologies.
• Design is about people. The process of establishing need and truly understanding
what’s required underpins everything. Include links to psychology.
April 2012
5
27. Key Questions
• D&T could shift away from making. More value needs to be placed on the design (&
research) process.
• D&T should encourage risk taking. If the focus is on the process a ‘failed’ project can
show a greater level of learning than a perfectly finished one that was done to an
established plan.
• D&T might highlight the academic. Strengthen curriculum links to other subjects, also
focus on rigour in research methodologies.
• Design is about people. The process of establishing need and truly understanding
what’s required underpins everything. Include links to psychology.
• The UK is unable to compete purely on cost. Innovation is required to secure our
economic recovery
April 2012
5
29. Key Questions
• Currently Design & Technology education is widely misunderstood. Is our problem
that we are pursuing too broad a view as a subject?
April 2012
6
30. Key Questions
• Currently Design & Technology education is widely misunderstood. Is our problem
that we are pursuing too broad a view as a subject?
April 2012
6
31. Key Questions
• Currently Design & Technology education is widely misunderstood. Is our problem
that we are pursuing too broad a view as a subject?
• D&T needs a clear message and brand. To develop a brand we need to clearly
articulate the subject’s values
April 2012
6
32. Key Questions
• Currently Design & Technology education is widely misunderstood. Is our problem
that we are pursuing too broad a view as a subject?
• D&T needs a clear message and brand. To develop a brand we need to clearly
articulate the subject’s values
April 2012
6
33. Key Questions
• Currently Design & Technology education is widely misunderstood. Is our problem
that we are pursuing too broad a view as a subject?
• D&T needs a clear message and brand. To develop a brand we need to clearly
articulate the subject’s values
• Senior leaders in schools are a key audience to target. They need to be persuaded to
maintain investment in D&T, whatever it’s official status.
April 2012
6
34. Key Questions
• Currently Design & Technology education is widely misunderstood. Is our problem
that we are pursuing too broad a view as a subject?
• D&T needs a clear message and brand. To develop a brand we need to clearly
articulate the subject’s values
• Senior leaders in schools are a key audience to target. They need to be persuaded to
maintain investment in D&T, whatever it’s official status.
April 2012
6
35. Key Questions
• Currently Design & Technology education is widely misunderstood. Is our problem
that we are pursuing too broad a view as a subject?
• D&T needs a clear message and brand. To develop a brand we need to clearly
articulate the subject’s values
• Senior leaders in schools are a key audience to target. They need to be persuaded to
maintain investment in D&T, whatever it’s official status.
• Context is vital. Pupils and parents need to see how D&T links to careers and skills
that will serve them in life
April 2012
6
36. What next
Positives
• D&T remains the most popular non-statutory GCSE after English, maths and science
• Product Design continues to increase in popularity and now accounts for 13% of the D&T entry
Negatives
Significant fall in D&T as an option over the last 6 years (5.8m to 5.1m)
Significant fall in D&T results from 57% (2003) to 38% (2011)
April 2012
7
37. Curriculum Design
The Design Technology Association is currently looking at the
creation of a curriculum guideline for schools. This will look at
everything from assessment to possible projects and design briefs.
Do we need consistency in D&T similar to that used at NTU:
The subject of Design and Technology Education at NTU has four
elements:
April 2012
8
38. Curriculum Design
The Design Technology Association is currently looking at the
creation of a curriculum guideline for schools. This will look at
everything from assessment to possible projects and design briefs.
Do we need consistency in D&T similar to that used at NTU:
The subject of Design and Technology Education at NTU has four
elements:
Mainly Designing
April 2012
8
39. Curriculum Design
The Design Technology Association is currently looking at the
creation of a curriculum guideline for schools. This will look at
everything from assessment to possible projects and design briefs.
Do we need consistency in D&T similar to that used at NTU:
The subject of Design and Technology Education at NTU has four
elements:
Mainly Designing
Mainly Making
April 2012
8
40. Curriculum Design
The Design Technology Association is currently looking at the
creation of a curriculum guideline for schools. This will look at
everything from assessment to possible projects and design briefs.
Do we need consistency in D&T similar to that used at NTU:
The subject of Design and Technology Education at NTU has four
elements:
Mainly Designing
Mainly Making
Mainly Designing and Making
April 2012
8
41. Curriculum Design
The Design Technology Association is currently looking at the
creation of a curriculum guideline for schools. This will look at
everything from assessment to possible projects and design briefs.
Do we need consistency in D&T similar to that used at NTU:
The subject of Design and Technology Education at NTU has four
elements:
Mainly Designing
Mainly Making
Mainly Designing and Making
Design and Technology in Education and Society
April 2012
8
42. Curriculum Design
The Design Technology Association is currently looking at the
creation of a curriculum guideline for schools. This will look at
everything from assessment to possible projects and design briefs.
Do we need consistency in D&T similar to that used at NTU:
The subject of Design and Technology Education at NTU has four
elements:
Mainly Designing
Mainly Making
Mainly Designing and Making
Design and Technology in Education and Society
The D&T association have existing plans along this lines already. Would
this model allow for creativity and student development without having
to be bogged down with constant repetition of the design Cycle for
every project as is evident in many Schemes of Learning
April 2012
8
43. Sustainability
Nuffield STEM Futures | Nuffield Foundation
Source: nuffieldfoundation.org
Cross-curricular skills-based project work for 11-14-year-olds
based on the theme of sustainability FREE • Films •
Presentations • Animations • Pupil activities • Teacher notes •
Professional development activities Pupils are challenged to
rethink a sustainable future based on the principles of closed
loop systems in nature. The project is a celebration of human
ingenuity rather than a review of ecological collapse. Pupils
explore problems through skills-based Science, Maths and D&T
activities ...
The Ellen MacArthur Foundation is an
independent charity with the aim of
inspiring a generation to re-think, re-
design & build a positive
future through the vision of a circular
economy
April 2012
9
Editor's Notes
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One of our biggest issues is that this identity will change not only from school to school but also teacher to teacher. As we look to establish the last 20 years of development are we adopting content in order to survive the requirements of the socio economic circumstances of the area a school is in or is this down to individual skills that teachers may have or finally a dictate from senior managers looking for a best fit for the students based on what evidence?\n\n
One of our biggest issues is that this identity will change not only from school to school but also teacher to teacher. As we look to establish the last 20 years of development are we adopting content in order to survive the requirements of the socio economic circumstances of the area a school is in or is this down to individual skills that teachers may have or finally a dictate from senior managers looking for a best fit for the students based on what evidence?\n\n
One of our biggest issues is that this identity will change not only from school to school but also teacher to teacher. As we look to establish the last 20 years of development are we adopting content in order to survive the requirements of the socio economic circumstances of the area a school is in or is this down to individual skills that teachers may have or finally a dictate from senior managers looking for a best fit for the students based on what evidence?\n\n
One of our biggest issues is that this identity will change not only from school to school but also teacher to teacher. As we look to establish the last 20 years of development are we adopting content in order to survive the requirements of the socio economic circumstances of the area a school is in or is this down to individual skills that teachers may have or finally a dictate from senior managers looking for a best fit for the students based on what evidence?\n\n
One of our biggest issues is that this identity will change not only from school to school but also teacher to teacher. As we look to establish the last 20 years of development are we adopting content in order to survive the requirements of the socio economic circumstances of the area a school is in or is this down to individual skills that teachers may have or finally a dictate from senior managers looking for a best fit for the students based on what evidence?\n\n
One of our biggest issues is that this identity will change not only from school to school but also teacher to teacher. As we look to establish the last 20 years of development are we adopting content in order to survive the requirements of the socio economic circumstances of the area a school is in or is this down to individual skills that teachers may have or finally a dictate from senior managers looking for a best fit for the students based on what evidence?\n\n
One of our biggest issues is that this identity will change not only from school to school but also teacher to teacher. As we look to establish the last 20 years of development are we adopting content in order to survive the requirements of the socio economic circumstances of the area a school is in or is this down to individual skills that teachers may have or finally a dictate from senior managers looking for a best fit for the students based on what evidence?\n\n
One of our biggest issues is that this identity will change not only from school to school but also teacher to teacher. As we look to establish the last 20 years of development are we adopting content in order to survive the requirements of the socio economic circumstances of the area a school is in or is this down to individual skills that teachers may have or finally a dictate from senior managers looking for a best fit for the students based on what evidence?\n\n
One of our biggest issues is that this identity will change not only from school to school but also teacher to teacher. As we look to establish the last 20 years of development are we adopting content in order to survive the requirements of the socio economic circumstances of the area a school is in or is this down to individual skills that teachers may have or finally a dictate from senior managers looking for a best fit for the students based on what evidence?\n\n
One of our biggest issues is that this identity will change not only from school to school but also teacher to teacher. As we look to establish the last 20 years of development are we adopting content in order to survive the requirements of the socio economic circumstances of the area a school is in or is this down to individual skills that teachers may have or finally a dictate from senior managers looking for a best fit for the students based on what evidence?\n\n
One of our biggest issues is that this identity will change not only from school to school but also teacher to teacher. As we look to establish the last 20 years of development are we adopting content in order to survive the requirements of the socio economic circumstances of the area a school is in or is this down to individual skills that teachers may have or finally a dictate from senior managers looking for a best fit for the students based on what evidence?\n\n
One of our biggest issues is that this identity will change not only from school to school but also teacher to teacher. As we look to establish the last 20 years of development are we adopting content in order to survive the requirements of the socio economic circumstances of the area a school is in or is this down to individual skills that teachers may have or finally a dictate from senior managers looking for a best fit for the students based on what evidence?\n\n
One of our biggest issues is that this identity will change not only from school to school but also teacher to teacher. As we look to establish the last 20 years of development are we adopting content in order to survive the requirements of the socio economic circumstances of the area a school is in or is this down to individual skills that teachers may have or finally a dictate from senior managers looking for a best fit for the students based on what evidence?\n\n