One-to-one online tuition

Find Design and Technology tutors

Find a tutor for the technical ideas, design decisions or exam questions your learner finds difficult. Start with their course and the work they want to understand.

  • One-to-one tuition
  • Pay as you go
  • Direct tutor contact
Choosing D&T support starts with the exact qualification, material or systems specialism, and assessment year. Use the course guide below to identify the experience to look for in a tutor.

The form controls become available when the enquiry form has loaded.

Design Technology tuition enquiry

Tell us what you know, skip anything you’re unsure about, and add a short description if you skip both subject and level.

  1. Tutoring brief
  2. Contact details

2 questions remaining

Tutoring brief

What level is the tuition for?

Choose a level

Choose a suggestion or type your own answer. You can skip this if you’re unsure.

This form works best for one learner at one level and up to six subjects. If your circumstances are more complicated, email us at Contact@LatimerTuition.com so you can explain everything properly.

How one-to-one tuition can help

  • Connect material properties to a product’s purpose
  • Turn design ideas into requirements that can be tested
  • Explain technical decisions clearly in practice answers

Available tutors

Compare Design and Technology tutors

Check each profile for your learner’s level and specialism, then discuss the particular topics or skills they need to work on.

Portrait of Sophia Kurrimboccus

Sophia Kurrimboccus

English Specialist

London, United Kingdom

£27.00 per hourDBS checkediAccepting enquiries
11+ (general)Design & TechnologyEconomicsEnglish Language+2 more
  • Currently studying for her Bachelors of Arts in Architecture.
  • Holds A-Levels in Economics, French, and 3D Design.
  • An experienced 11+ and English online tutor.
  • Currently tutoring students One-2-One for KS2/3, and GCSE levels.

Sophia Kurrimboccus is an experienced GCSE and KS3 English tutor who creates interactive, personalised lessons with regular feedback and practice to build understanding and confidence.

Send a quick enquiry from here and the Latimer Tuition team will pass it on to Sophia.

Portrait of Yousuf Shahabuddin

Yousuf Shahabuddin

Mathematics and Science Specialist

London, United Kingdom

£27.00 per hourDBS checkediAccepting enquiries
Admissions AdviceBiologyChemistryDesign & Technology+5 more
  • Holds over two years' of tutoring experience.
  • Currently studying for his Integrated Masters of Engineering in Design Engineering at Imperial College London.
  • Holds A, A, A, A for Mathematics, Physics, Design & Technology. and an EPQ at A-Level.
  • Holds 9 grade 9s (A**s) out of 13 subjects at GCSE level.
  • Yousuf has experiences working with children for over 2 years as a Scouts Leader.

Yousuf is a physics and maths tutor with 2+ years’ experience, studying Design Engineering (MEng) at Imperial College London; he teaches KS3–A‑Level Maths plus GCSE Physics, Chemistry and DT, with lesson reports and optional homework.

Send a quick enquiry from here and the Latimer Tuition team will pass it on to Yousuf.

Start with the course and level

Design and Technology brings together creative ideas, technical knowledge and decisions about how products serve their users. The balance changes as the learner progresses. These examples concern England: the KS3 curriculum, AQA GCSE D&T 8552 and AQA A-level Product Design 7552. Use the learner’s own board and course title when choosing support.

IB Design Technology: check the assessment year

For an IB learner, include Standard Level (SL) or Higher Level (HL) and the assessment year in the enquiry. The outgoing IB course has its last assessment in 2026. The revised course began teaching in August 2025 and is first assessed in May 2027. Revision materials and project advice need to match that course.

For first assessment 2027, the design project starts with redesigning an existing product for an intended user. A useful separate practice task is to identify one feature that makes an everyday product awkward to use, explain the proposed change and decide how a user test would assess it. The assessed project requires a physical model suitable for testing the relevant features; a screen image alone cannot replace that requirement.

HL adds work on structural, mechanical and electronic systems, production and other extensions beyond SL. A learner whose difficulty is a mechanism or production decision therefore needs a different focus from someone struggling to justify user needs. See the IB subject brief for first assessment 2027 for the course outline.

Course names and routes across the UK

Share the title on the school’s specification, especially when it differs from “Design and Technology”.

In Wales, Year 10 entrants from September 2026 follow the new WJEC GCSE D&T. Its routes are Engineering Design, Fashion and Textiles, and Product Design. State the route and cohort so preparation follows the appropriate course. WJEC provides the transition notice and new course overview.

In Scotland, Design and Manufacture is offered at National 4, National 5, Higher and Advanced Higher. Name the qualification level when asking about tutor experience.

In Northern Ireland, CCEA GCSE Technology and Design includes choices in electronic and microelectronic systems, mechanical and pneumatic systems, or product design. Describe the specialism: support with a control system needs different subject knowledge from support with a product’s material choice.

A practice example: improve a phone stand

“It should be strong and look good” does not explain whether a phone stand works for its user. The constructed example below shows how a tutor could teach design reasoning on a separate practice task. The dimensions and results are invented for illustration. They are not an assessed-project answer or an exam-board requirement.

The method reflects the AQA 8552 approach to user needs, testing and justified revisions.

  1. Set a requirement that can be checked

    The intended user reads a phone in portrait position on a desk and taps the screen. For this exercise, the requirement is: the stand must hold that phone upright without tipping during five taps on a level desk. This links a design requirement to an actual use.

  2. Record what happened

    Suppose a model with a 70 mm deep base tips during three of the five taps. “It is not strong enough” jumps to a cause that the observation has not established. Record the failure precisely: it tipped during use and did not meet the stability requirement.

  3. Propose a change, then test it

    A deeper base is one possible revision. The learner might write: “I will try a 110 mm base and repeat the test with the same phone, orientation and tapping method.” That is a reasoned proposal, not evidence that the revised design works.

  4. Explain the result and its limit

    Suppose the revised model stays upright for all five taps. A better evaluation is: “The revised base met this stability test with this phone. I would need further tests before claiming it works with other phones or desk surfaces.” The explanation connects a change to evidence and keeps the conclusion within what was tested.

Make material choices and measurements mean something

A material name on its own rarely explains a design decision. AQA GCSE specialist technical principles ask learners to consider function, appearance, cost and environmental factors when selecting materials. Its core principles distinguish properties such as density and conductivity from working properties such as hardness and toughness.

For an invented shelf exercise, start with this observation: “The surface is scratched, but the shelf has not bent or broken.” The answer “use a stronger material” does not address the observed problem. A more focused response is: “I would compare surface hardness because the problem is scratching. I would also check the finish, cost and whether the candidate material can be made into the required shape.” This connects a property to the use without pretending that one property settles the whole choice.

Numbers need the same care. In a separate practice drawing, a component specified as 100 mm with a tolerance of ±1 mm may measure from 99 mm to 101 mm. A measurement of 101.5 mm is outside that range; rounding it to “about 100” hides the error. Here the tolerance means the permitted variation from the stated size. These are example values, not standard tolerances for all products.

A useful follow-up is to change the example to 80 mm ±0.5 mm. The acceptable range becomes 79.5–80.5 mm, so an 80.8 mm component is outside it. Being able to explain that decision independently is a clearer sign of understanding than recognising the symbol alone.

What help is appropriate for NEA or an IB project?

Tuition can teach technical ideas and design methods through separate practice tasks. The learner’s assessed design choices and submitted work must remain their own. Before discussing a live project, establish with the school what outside support is permitted.

For AQA GCSE 8552 NEA, generic feedback must not correct the work, provide model answers or give specific improvements to satisfy the marking criteria. A tutor should therefore use another task to teach a testing method, rather than supply the redesign or rewrite the evaluation for submission.

JCQ candidate guidance effective from September 2026 requires learners to tell their teacher about help from another person. Declaring help does not make prohibited assistance permissible.

For the IB project first assessed in 2027, the subject teacher may advise on one draft but may not edit it. That teacher-feedback provision is not permission for a private tutor to edit the project. Agree the boundaries early so lessons can build the skills the learner needs to use independently.

Choose a tutor and agree a useful starting point

Look for experience with the learner’s actual course and material or systems focus. Use the free introductory meeting to discuss the approach and arrangements; it is normally a conversation rather than a full teaching lesson. These steps are a suggested way to plan support with the tutor.

  1. Bring one specific difficulty

    Share the course title, board, assessment year and a non-assessed exercise. “I can list properties but cannot justify a material choice” gives a tutor more to work with than “D&T is difficult”. Include any relevant school feedback and explain whether the immediate goal is topic understanding, written questions or design reasoning.

  2. Discuss how explanations will work

    Ask how the tutor would approach that difficulty. For a learner who struggles to put ideas into writing, a possible starting point is to talk through a sketch, add short annotations and then write one explanation independently. Mention reading, attention, communication or other support needs so the tutor can discuss suitable adaptations.

  3. Agree practice and a way to review progress

    A first teaching task could ask the learner to explain a user requirement, justify a material choice and interpret a test result. Use the answers to choose priorities. Later, try a comparable unfamiliar task without prompts. Review which decisions the learner can now explain and where they still need help, then adjust the pace and follow-up work.

Prepare for online discussion and practical work

Latimer offers online-first one-to-one tuition. Drawings, clear photographs and digital models can support a discussion of design decisions. For a practice model, a photograph of a joint or a view showing how it bends is more useful than an image of the finished object with no explanation of the problem.

Microsoft Teams is the default lesson platform, though you and the tutor can agree another. Before a session involving computer-aided design (CAD), confirm the software and file format, and try opening the practice file. Check installation restrictions on school-managed devices before making changes. Use dummy information in shared practice files and keep passwords and private account details out of shared work.

Arrange the materials, equipment and supervision required for making and physical testing through the appropriate school or practical setting. Confirm any practical provision separately with the tutor. An online discussion does not itself supply workshop access or supervision for machine use.

Ask for help finding a D&T tutor

If the course or specialism makes the choice difficult, send a free matching request. Include the qualification, assessment year, material or systems focus and one thing the learner wants to understand. Add your timetable and budget so the conversation starts with the right priorities.

Support and clarity

Frequently asked questions

Straight answers to the questions people ask most often.

How much does Design and Technology tuition cost?

Each tutor sets their own hourly rate, shown on their profile. Latimer invoices after lessons on a pay-as-you-go basis. Compare the rate alongside course fit, teaching approach and what preparation or follow-up you want to agree. If a lesson involves particular software or materials, clarify those arrangements before buying anything.

How often should D&T lessons take place?

Agree an initial pattern around the learner’s starting point, goal, school deadlines, time for practice and budget. Lessons are arranged directly with the tutor after an introduction. Review the pattern once you can see what the learner can explain or apply independently; there is no single lesson frequency or total number that suits every D&T learner.

Can we arrange an in-person D&T tutor near us?

Latimer is online-first. In-person lessons need an individual arrangement with a tutor, including a suitable location. If local lessons or practical facilities are essential, state that in the enquiry and confirm the arrangement before planning around it.

Can a tutor help with textiles or electronics?

Name the exact course and specialism when enquiring. For example, the WJEC GCSE taught from 2026 in Wales has a Fashion and Textiles route, while CCEA GCSE Technology and Design in Northern Ireland includes systems choices. Ask about experience with the work the learner is actually studying; a broad D&T background does not settle that choice.

Does my child need to be good at drawing before starting?

You can begin by explaining which part of communicating an idea is difficult. In England’s KS3 D&T curriculum, drawings serve the wider task of developing and communicating designs. For separate practice, discussing a simple sketch and adding labels can provide a starting point. Agree how the tutor will support that learner, then look for clearer explanations of the design’s purpose and choices.

Related tutor pages

Explore related tuition options and guidance for choosing the right support.