Why We Study Design Technology
Design Technology at Ramsden Hall Academy equips our pupils with SEMH needs with practical skills and technical knowledge that will serve them throughout their lives. Through hands-on making, problem-solving, and creative design, we provide opportunities for students to develop confidence, independence, and self-esteem whilst creating tangible, quality outcomes they can be proud of.
Our curriculum develops confident, independent learners who can identify problems, design solutions, and create quality outcomes using both traditional and modern manufacturing techniques. We recognise that many of our pupils may have experienced limited opportunities to work with tools and materials, or may have developed anxiety around practical tasks. Our supportive workshop environment allows pupils to experience success, build competence with tools and machinery, and discover that they can create functional, well-crafted items through effort and perseverance.
By progressing from basic workshop safety and simple projects through to complex design-and-make challenges, our Design Technology curriculum prepares students for their next steps in education, training or employment. Understanding how to work safely with tools, design and make solutions to problems, and apply technical knowledge prepares pupils for careers in construction, manufacturing, engineering, and creative industries. Through recognised qualifications including NCFE Level 1 and Level 2 Awards in Occupational Studies for the Workplace, we ensure pupils leave Ramsden Hall Academy with both practical competencies and accredited achievements that open doors to apprenticeships, further education, and employment opportunities.
Our Five Aims
1. Develop Practical Skills and Tool Competency
Pupils will build competence across workshop safety, marking out, cutting, shaping, joining, and finishing techniques, developing the fundamental skills needed to work confidently with tools and materials. By mastering hand tools including saws, chisels, planes and files, progressing to machine tools including pillar drills, scroll saws, line benders and laser cutters, and understanding safe working practices, pupils develop practical capabilities valued in construction, manufacturing and engineering sectors.
2. Design Creative Solutions to Problems
Pupils will learn to identify problems, research solutions, develop design ideas, and create quality outcomes that meet specifications. By progressing from following templates and simple modifications through to creating independent designs and complex design-and-make projects, pupils develop creativity, problem-solving abilities, and the confidence to tackle unfamiliar challenges with resourcefulness and determination.
3. Build Confidence, Independence and Resilience
Every pupil will experience regular achievement through progressive skill development, moving from supported work to independent making. Understanding that mistakes are valuable learning opportunities, celebrating effort and improvement, and creating tangible outcomes they can take pride in builds self-esteem and demonstrates that practical learning can be accessible and deeply rewarding. Successfully completing projects—from simple vehicles to complex toolboxes with joints—creates sense of accomplishment and validates pupils' capabilities.
4. Understand Materials, Processes and Sustainability
Pupils will develop knowledge of different materials including woods, metals, plastics and composites, understanding their properties, uses, and environmental impact. By learning about the 5 Rs (Recycle, Re-use, Reduce, Refuse, Repurpose), understanding commercial and environmental issues, and making informed choices about materials and processes, pupils develop environmental responsibility and awareness of sustainable design principles.
5. Prepare for Employment in Construction and Manufacturing
Pupils will gain recognised qualifications and develop transferable skills relevant to careers in construction, carpentry, joinery, bricklaying, painting and decorating, and manufacturing. Understanding construction principles, building techniques, technical drawings, health and safety regulations, and professional working practices prepares pupils for apprenticeships, further education, or employment in skilled trades whilst fostering lifelong engagement with making and problem-solving.
How We Teach Design Technology
Curriculum Structure
Our Design Technology curriculum operates on two pathways: Core DT building foundational skills through practical projects, and Construction & DT Level 1 or 2 for pupils pursuing construction qualifications.
Core DT (Years 7/8) follows a progressive 39-week programme. Autumn Term establishes foundations through workshop safety, hazard identification, and safe tool handling, progressing through simple vehicle construction using templates, Remembrance Day projects including wooden crosses and poppies, Christmas decorations using scroll saws and line benders, and Easter projects including wooden eggs and chicks. Skills develop from basic marking out and cutting through accurate measurement, drilling, and assembly to quality finishing techniques.
Spring Term builds competence through toolbox construction over five weeks developing joint-making skills including butt joints, lap joints and finger joints, bi-plane projects using scroll saws and laser cutters with increasing design independence, and pencil case construction developing accuracy and assembly skills. Summer Term develops independence through bug hotel design-and-make projects applying environmental understanding, picture frame construction using mitred joints and advanced measuring, and extended design-and-make challenges where pupils identify problems, research solutions, create designs, and manufacture quality outcomes independently.
NCFE Level 1 and Level 2 Awards in Occupational Studies for the Workplace (Years 9/10/11) provides vocational qualification across seven units. Autumn Term covers principles of building construction including information sources, drawings and specifications, environmental considerations, foundations, walls, floors and roofs, workplace communication, basic bricklaying including preparation, setting out, building straight walls and return corners in half brick stretcher bond, one brick walling using English and Flemish bond, and forming junctions in brick and block walling. The term includes assertiveness and decision-making skills, understanding rights and responsibilities.
Spring Term develops carpentry and joinery portable power tools including maintenance, storage, cutting, shaping, finishing, drilling and inserting fastenings, carpentry hand skills including face and edge marks, sawing to a line, and using chisels, knowledge of basic woodworking joints including selection of hand tools, materials and storage, marking out techniques, and forming joints. The term includes understanding workplace conflict and painting and decorating preparation including work area preparation, protecting surrounding areas, and applying water-borne and solvent-borne materials using brushes and rollers.
Summer Term consolidates learning through continued woodworking joints practice, painting and decorating completion including maintaining brushes and rollers, storing paint materials, and working in accordance with health and safety regulations, and comprehensive revision and assessment preparation across all units.
Building Knowledge and Skills from Varied Starting Points
All pupils begin with introductory activities establishing workshop expectations, exploring the DT environment, and assessing prior experience with tools and materials. We recognise that students enter lessons at different ability levels and comfort with practical work, and differentiation plays a key role in allowing all to be engaged and challenged within sessions.
Skills are taught progressively, beginning with basic techniques before advancing to complex processes. Early projects establish foundational skills including workshop safety, basic marking out using rulers and pencils, simple cutting using bench hooks and tenon saws, assembly using hot glue guns, and basic finishing using sandpaper. Mid-year projects build competence through accurate measurement using try squares and marking gauges, drilling using pillar drills, scroll saw proficiency for curved cuts, joint-making including butt joints and lap joints, and quality finishing using paints and varnishes. Later projects develop independence through complex assembly using multiple joints, structural design understanding load and stability, independent machine use with minimal supervision, and creating own designs from initial concepts through to finished products.
Each project revisits and reinforces core skills whilst introducing new techniques. Marking out progresses from simple lines in Week 2 through accurate measurement in Week 15 to complex joint marking in Weeks 27-31. Tool use develops from basic hand tools with close supervision through machine tools with guidance to independent selection and use of appropriate tools for tasks. Design skills advance from following templates in early projects through modifying existing designs to creating independent designs solving specific problems in Summer Term design-and-make challenges.
Differentiation is embedded throughout using a three-tier model. Low ability pupils receive teacher support throughout tasks, simplified tasks with modified outcomes, pre-prepared materials reducing complexity, hand-over-hand support where needed, and extended time for completion. Medium ability pupils work independently with guidance available, standard outcomes with clear success criteria, scaffolded support when requested, and opportunities for peer collaboration. High ability pupils complete complex modifications and extensions, work independently with minimal supervision, solve problems resourcefully, and support lower ability peers through peer mentoring.
Trauma-Informed Teaching Approach
Our Design Technology teaching reflects trauma-informed practice through creating safe, predictable workshop environments where pupils feel known and valued. The workshop features clearly defined safety zones with signage, consistent routines including safety briefings, demonstrations, making time and reflection, visual safety rules and equipment guides, and designated storage areas for tools and materials, reducing anxiety about the practical space.
We recognise that workshop activities can trigger anxiety, and some pupils may have negative associations with tools or fear of failure in practical tasks. We respond with patience and understanding, celebrating effort and progress rather than only finished products. Mistakes are explicitly valued as essential parts of the making process, creating a culture where pupils feel safe to take risks and try new techniques. Staff remain calm and supportive, providing alternative activities when pupils are dysregulated, allowing them to step away if overwhelmed with staff awareness, and using restorative approaches when conflicts arise.
Pupils have significant choice and control throughout their making journey. They choose their preferred designs within structured frameworks, select their level of challenge and complexity, decide on decoration and finishing approaches, and plan individual projects for design-and-make challenges. In early projects, pupils vote for decoration styles, choose colours and finishes, and select focus areas for development. In later projects, pupils choose personal challenge projects, select materials and processes, plan independent designs, and decide which skills to develop further, maintaining agency over their practical learning.
We build trusting relationships through personalised feedback during making, small group work based on confidence levels, celebrating individual progress with photographic documentation, and regular one-to-one check-ins about progress and challenges. The workshop environment provides powerful therapeutic benefits including tangible outcomes creating sense of achievement, hands-on activity supporting sensory regulation, problem-solving developing resilience and resourcefulness, and creating gifts for others building self-worth and connection. Staff are trained to recognise when pupils are becoming dysregulated and provide regulation breaks, adapted tasks, or quiet time away from machinery as needed.
Typical Lesson Structure
Lessons begin with Settling and Safety Briefing (5-10 minutes) where pupils arrive at the workshop, understand expectations for the session, complete safety checks and PPE requirements, and see clear learning objectives and success criteria displayed. This provides predictability and allows pupils to transition into practical work safely. Demonstration and Modelling (10-15 minutes) follows, with the teacher demonstrating new techniques using think-aloud to make decision-making visible, showing examples of completed work or processes, and explaining tools, materials and safety procedures clearly with visual supports.
Guided Practice (10-15 minutes) has pupils begin experimenting with techniques with close teacher support, working through initial stages with scaffolding and immediate feedback, and developing confidence before independent work. Independent Making (30-40 minutes) allows pupils to work on their projects at their own pace with differentiated support, choosing their approaches and techniques within the project framework, accessing tools and materials independently with supervision, and receiving targeted support from teacher and technician as needed.
Reflection and Tool Maintenance (10 minutes) reviews learning through "What techniques did we use today?", allows pupils to share their work or explain their processes, addresses any challenges or questions, and completes tool cleaning and storage. Pupils regularly photograph their work, complete self-assessments using Technofile video recordings or written reflection, and engage in peer feedback using constructive language. The session concludes with workshop tidy-up, tool maintenance, and safe departure. Regulation breaks, movement between activities, and quiet time are built in as needed throughout.
Communication, Literacy and Numeracy Development
Every lesson includes opportunities to develop literacy through learning DT-specific vocabulary including PPE, hazard, risk assessment, vice, clamp, stock material, waste side, marking out, tenon saw, scroll saw, pillar drill, line bender, laser cutter, butt joint, lap joint, finger joint, mitred joint, specification, template, scale, proportion, sustainable, recycle. For Construction Level 1, vocabulary expands to include foundations, strip, raft, pile, cavity wall, solid wall, DPC, wall ties, mortar, aggregate, cement, bond, stretcher bond, English bond, Flemish bond, lashing, datum, BS1192. Vocabulary is explicitly taught through verbal and visual demonstrations, written labels and displays, and regular use in discussions and evaluations.
Literacy develops significantly through written evaluations of projects identifying strengths and improvements, research tasks investigating materials and processes, creating design specifications and success criteria, presenting design ideas with annotations, technical drawing interpretation including scales and symbols, and reflective writing about personal progress and challenges. Pupils learn to articulate their thinking, justify their design choices, and communicate their making processes clearly through various formats including verbal, written, photographic and practical demonstration.
Numeracy skills are embedded throughout including accurate measurement using rulers, try squares and marking gauges, scaling designs and understanding ratios, calculating angles for joints and structures, working with dimensions and tolerances, estimating material quantities and costs, understanding proportions in design, recording data from testing and evaluation, and calculating volumes for concrete foundations. Practical mathematics in authentic making contexts makes numeracy meaningful and relevant, with pupils developing confidence in applying mathematical skills to real-life construction and manufacturing situations.
Alternative recording methods ensure all pupils can demonstrate their learning including verbal explanations recorded or filmed, photographic documentation of work in progress and outcomes, practical demonstration of techniques, peer discussions about processes and choices, Technofile video recordings showing reflection, and visual presentations rather than only written work.
SMSC, British Values and Modern Britain
SMSC: Design Technology lessons explore moral and ethical issues through understanding environmental impact and sustainability through the 5 Rs (Recycle, Re-use, Reduce, Refuse, Repurpose), respecting materials and resources, safety and responsibility for self and others in the workshop, and creating gifts for others including Remembrance crosses and Easter projects. Pupils consider the importance of sustainable design, the impact of manufacturing on the environment, and how practical skills support independence and wellbeing. Spiritual development occurs through pride in creating quality outcomes, satisfaction in solving problems creatively, and connection to historical traditions through Remembrance projects.
British Values: Democracy explored through voting on design features and project choices, collaborative decision-making in group projects, and contributing ideas respectfully; rule of law through understanding workshop safety rules and their importance, following health and safety regulations, respecting equipment and materials, and learning about construction regulations and building standards; individual liberty through making choices about designs and approaches, developing personal interests in making areas, and setting individual goals; tolerance through working collaboratively across diverse groups, peer mentoring and supporting others, understanding different comfort levels with practical work, and appreciating diverse design solutions to problems.
Modern Britain: Understanding sustainable design and environmental responsibility, careers in construction and manufacturing, health and safety in the workplace, and diverse approaches to design and making prepares pupils for informed citizenship and contemporary life. Topics like environmental impact, waste management, energy efficiency in buildings, and career pathways in skilled trades are handled in age-appropriate ways through hands-on projects, construction principles, and discussions about professional practices.
Curriculum Impact
Academic Progress and Achievement
Our progressive curriculum from foundational workshop skills through to NCFE Level 1 and Level 2 Awards in Occupational Studies for the Workplace qualifications ensures every pupil can demonstrate significant practical growth. Ongoing observation during making activities, one-to-one feedback during projects, peer and self-assessment using success criteria, photographic evidence of work in progress and outcomes, Technofile video recordings showing reflection, and practical demonstrations of techniques provide formative assessment. End-of-project evaluations, practical competency assessments, portfolio evidence for Construction Level 1 and Level 2, completed artefacts showing progression, and qualification outcomes demonstrate summative achievement. Pupils progress from basic tool handling and following templates to independent design-and-make projects, complex joint-making, machine tool proficiency, and comprehensive understanding of construction principles, with NCFE Level 1 and Level 2 qualifications supporting progression to apprenticeships, further education, or employment in construction and manufacturing.
Personal Development and Confidence
Progressive skill development with manageable challenges and tangible outcomes builds self-esteem and demonstrates that practical learning can be accessible and deeply rewarding. Successfully completing projects—from simple vehicles to complex toolboxes to independent design challenges—creates profound sense of achievement and pride. Taking completed work home or creating gifts for others provides opportunities for positive recognition beyond school. Understanding that everyone develops at different rates, celebrating effort and improvement, and focusing on process over perfect outcomes builds growth mindset and resilience. Safe, supportive workshop environments where mistakes are valued as learning opportunities and pupils experience regular success support emotional wellbeing, reduce anxiety about practical work, and develop confidence that transfers to all areas of life.
Communication, Problem-Solving and Independence
Pupils progress from supported making with close guidance to independent project completion with minimal supervision, with improved ability to follow technical instructions, explain making processes and choices, work collaboratively on projects, and solve problems resourcefully when challenges arise. Understanding how to identify problems, research solutions, plan approaches, and create quality outcomes develops critical thinking and resourcefulness. Systematic development of practical skills, technical knowledge, and independent working prepares pupils for workplace expectations in construction, manufacturing, and engineering sectors.
Preparation for Life Beyond School
Practical making skills, construction knowledge, tool competency, and problem-solving abilities prepare pupils for apprenticeships, further education, training or employment in skilled trades. Understanding how to work safely with tools and machinery, read technical drawings, follow specifications, and create quality outcomes equips pupils with capabilities valued across construction, carpentry, joinery, bricklaying, painting and decorating, manufacturing, and engineering sectors. NCFE Level 1 and Level 2 qualifications provide recognised achievements that supports progression to specialised Level 2 qualifications, apprenticeships in construction trades, or employment, while transferable skills in problem-solving, attention to detail, perseverance, and independent working support success across all areas of life.
Monitoring and Evaluation
We measure impact through ongoing observation during practical activities, one-to-one feedback and questioning, peer and self-assessment using constructive language, photographic documentation showing skill progression, Technofile video recordings demonstrating reflection and articulation of learning, completed artefacts showing quality and progression over time, portfolio evidence for Construction Level 1 meeting assessment criteria, qualification outcomes (NCFE Level 1/2), pupil voice (feedback about engagement, confidence and enjoyment of practical work), destination data (pupils choosing DT at KS4, progression to construction apprenticeships), and evidence that pupils can remember and apply previous learning, work independently with increasing confidence, articulate what they've learned and why, and choose to engage with making beyond requirements.
