Home Education - Design and Technology
While the world evolves at breakneck speed, AI is now bursting onto the scene, it is hard to understand the value of traditional school subjects and the purpose of education.
Parents are increasingly feeling that their children are not receiving the education they deserve. Successive governments believe they know best, but it is ultimately the children who suffer. Consequently, some parents resort to removing their children from traditional school settings.
But what if it could be done differently? What if we thought a little differently?
Is it possible?
Historically, subjects like Maths, English, and Science have been highly valued. However, what if we approached education holistically? What if we could develop a subject that encompasses all these areas of study and more, providing the kind of contextual thinking that allows students to see different pathways beyond just sitting at a desk?
Some would say That’s a very thought-provoking point about the state of education and the need for a more holistic approach. - A discussion for another day perhaps!
Watch the video by Design and Technology Association and see how children have the chance to change their outlook on cross Curriculars.
Are you Intrigued?
COMING SOON! - Mrs M technology School & Tutoring Services
Tutoring can be tailored to meet the student's specific needs, whether they seek additional understanding during their KS3 journey or their KS4 journey. Tutoring can also serve as a method of delivering lessons, akin to traditional school settings.
Being out of school doesn't have to reflect negatively on the education system; this is an issue that requires examination on a larger scale. When children are out of school, there remains an opportunity for them to learn and thrive. This is where we believe we can make a difference.
Indeed, while traditional subjects like Maths, English, and Science have their importance, there is immense value in integrating these subjects to create a more interconnected and practical curriculum. Let's imagine a subject that blends critical thinking, creativity, and practical skills, encompassing all core areas and beyond.
Holistic Subject Integration
Interdisciplinary Projects
Real-world Problems: Students could work on projects that address real-world issues, combining knowledge from various subjects. For example, a project on climate change could involve science (understanding the issue), maths (data analysis), and English (communicating findings).
Structural Thinking
Design Thinking: Encouraging students to use design thinking processes can help them develop problem-solving skills. This involves empathy, ideation, prototyping, and testing—skills useful across all disciplines.
Practical Skills
Life Skills: Incorporating lessons on financial literacy, digital literacy, and social skills can equip students for the complexities of modern life.
Creative Expression: Integrating arts and creative activities can foster innovation and out-of-the-box thinking.
Benefits of a Holistic Approach
Engagement: By connecting subjects, learning becomes more engaging and relevant to students' lives.
Critical Thinking: Students develop a deeper understanding and can apply their knowledge to various contexts.
Preparedness: Graduates are better prepared for the challenges of the real world, both professionally and personally
Wouldn't it be inspiring to see education evolve in such a dynamic and meaningful way? What aspects of this holistic approach resonate most with you?
What is the primary focus of Technology Tutoring?
KS3 - National Curriculum Design and Technology
ks4 - Various Examining Boards
You will receive instruction from a tutor with over 20 years of teaching experience, including 15 years specifically in Design and Technology. Having taught under the previous GCSE specification and the National Curriculum (NC), we are now navigating a new phase of both the NC and the GCSE specification.
Prominent figures in the British engineering industry, such as James Dyson, have emphasized the importance of encouraging children to think critically and innovatively in their Design and Technology (DT) lessons.
The six principles of design and technology are:
User: Consider the needs, wants, and preferences of the person or people who will use the product
Purpose: Define the reason for creating the product
Functionality: Ensure the product works as intended
Design decisions: Make choices about how to design the product
Innovation: Be creative and original
Authenticity: Create something genuine and authentic
What D&T helps students become; Autonomous and creative problem-solvers, Innovative and risk-taking, Effective at selecting strategies to solve problems, and Enterprising and able to recognize opportunities.
So, how do Traditional subjects link in with Design and Technology for it to become holistic?
Mathematics
Measurements and Calculations: D&T projects often require precise measurements and mathematical calculations, fostering practical application of mathematical skills.
Geometry: Understanding shapes, angles, and dimensions is crucial in design work.
Data Analysis: Evaluating the effectiveness of designs can involve statistical analysis and interpretation of data.
Science
Material Properties: Knowledge of different materials and their properties is essential for selecting the right materials for projects.
Physics: Principles of physics, such as forces and energy, are applied in creating functional designs.
Biology: In areas like bioengineering and ergonomics, understanding human biology is important.
English
Technical Writing: Students learn to document their design processes, write reports, and create manuals.
Communication Skills: Presenting ideas and collaborating on projects requires strong verbal and written communication skills.
Research Skills: Effective research and information synthesis are key components in the design process.
Art
Aesthetics and Creativity: D&T encourages creative thinking and an appreciation for aesthetics.
Visualization: Skills in drawing and visualizing ideas are fundamental in the design process.
Design Principles: Understanding elements like balance, contrast, and harmony enhances design quality.
Information and Communication Technology (ICT)
CAD Software: Proficiency in computer-aided design (CAD) tools is often necessary.
Programming and Robotics: Integrating technology and coding into designs, particularly in modern projects.
Digital Fabrication: Using technology such as 3D printing and laser cutting to bring designs to life.
Business Studies
Project Management: Understanding how to manage time, resources, and budgets is crucial.
Marketing: Learning how to market and present products can be tied into design projects.
Entrepreneurship: Encouraging innovation and entrepreneurial thinking in creating and launching products.
We’d love to hear from you