This set of resources has been created to support students in developing core engineering drawing skills through the use of traditional drawing equipment. The included presentations guide learners step-by-step through the process of producing both isometric drawings and orthographic projections using a drawing board, T-square, and set squares. The materials focus on building accuracy, technique, and understanding of how three-dimensional objects can be represented on paper. Students are introduced to key principles such as constructing 30° isometric axes, projecting views, and producing standard front, top, and side views. Clear instructions and staged demonstrations help learners follow the correct procedures while reinforcing good drawing practice. These resources are ideal for use in Design & Technology, Engineering, or Graphics lessons, particularly when introducing manual drawing methods before moving to CAD. They can be used as a teacher-led demonstration, independent student activity, or revision material. By completing these tasks, students will gain confidence in using drawing instruments correctly and develop a solid foundation in technical drawing conventions.

This highly engaging 12–15 hour Design & Technology project introduces students to 3D CAD, engineering design, and manufacturing through a structured, hands-on approach. Students begin by creating accurately dimensioned 3D CAD drawings of a train using TinkerCAD, developing essential skills in scale, measurement, and technical drawing. They then apply their knowledge to design and manufacture a working vehicle construction kit, using wood, metal, and plastics alongside a range of tools and processes. This popular KS3/KS4 D&T unit combines CAD modelling, practical making, STEM learning, and problem-solving, resulting in a highly motivating design-and-make project that consistently delivers strong student outcomes. What’s Included Full Ofsted-ready scheme of work Detailed lesson sequence (12–15 hours) Curriculum intent, implementation, and impact Assessment framework (KS3 / KS4 ready) Built-in differentiation strategies Link to a dimensioned TinkerCAD model (ready to copy and share) Range of TinkerCAD Tutorials Bonus Resources STL files for multiple vehicle designs (using the same component system) – available on request Ideal for 3D printing, workshop projects, and STEM enrichment Perfect for: Design & Technology teachers looking for: Ready-to-teach D&T projects CAD/CAM resources STEM-focused lessons Practical making units KS3 or KS4 engineering projects

Product Description This 12-hour unit of work, inspired by The Sims, challenges students to design and construct a scale model of a room. The project combines interior and architectural design principles with key drawing techniques, including planometric, perspective, and CAD drawing. Working collaboratively in teams, students take on defined roles, developing leadership and teamwork skills while working within a set budget. This real-world constraint encourages thoughtful decision-making, creativity, and problem-solving throughout the design process. Highly engaging and hands-on, this project is consistently popular with students. It offers a rewarding design-and-make experience, blending technical drawing, CAD skills, and practical prototyping. What’s included: Fully resourced PowerPoint lessons Ofsted-ready scheme of work Suggested sequence of learning Curriculum intent and impact statements Assessment framework Differentiation strategies

This is a tutorial that continues from the introduction to 3D CAD and builds upon basic 3D CAD skills such as use of the pattern tool, assembly and creating dimensioned drawings. It also includes instructions on how to export .dxf drawings for Laser Cutting

These worksheets guide students from foundational drawing skills through to beginner 3D CAD design. Students start by learning basic shading, rendering, and isometric grid drawing techniques, then progress to step‑by‑step isometric drawings such as simple geometric forms, a house, and a car. The worksheets then introduce 3D CAD using Tinkercad, covering core tools and concepts alongside an explanation of 3D printing. Through guided tutorials, students design a series of simple, 3D‑printable objects including a bookmark, a spinning top, and a snowman, building confidence in both design visualization and digital modelling.

Synopsis of the Project: Many NGOs carry out vital work to support people, animals, and the environment but often have very limited budgets and cannot afford promotion. Your task is to design an everyday object, a ruler, as a promotional item for an NGO of your choice to help raise awareness and support for their cause.

Basic presentation explaining a range of basic graphic drawing techniques

This guide supports students in setting up an Onshape account and introduces a series of simple, structured tasks to build foundational 3D CAD skills. Through hands‑on activities, students become familiar with the Onshape interface, core modelling tools, and basic workflows such as sketching, extruding, and modifying parts. The unit provides a clear entry point into cloud‑based CAD, helping students develop confidence and accuracy in 3D design.