Curriculum Mapping — For Educators
UNIMAT in Your
National
Curriculum
See exactly how UNIMAT modular machine systems map to official curriculum standards in Germany, Denmark, the USA and Poland — with direct quotations from national curriculum documents.
Germany
Sachunterricht · Arbeitslehre/Technik · WAT · LehrplanPLUS
UNIMAT maps to three of Germany's largest state curricula. In NRW, Bavaria and Berlin, the subject covers woodworking tools, machine understanding, safety, sustainable materials and design — all core UNIMAT skills. This makes UNIMAT directly eligible for Startchancen-Programm funding (Säule I + II) in ~4,000 schools nationwide.
„Der Bereich bietet vielfältige Möglichkeiten, im Umgang mit Werkzeugen und Materialien sowie durch die Erstellung von Modellen praktische, instrumentelle und alltagstaugliche Fertigkeiten und Fähigkeiten zu entwickeln.“
Lehrplan Sachunterricht NRW · schulentwicklung.nrw.de
NRW — Sachunterricht (GS) + Arbeitslehre/Technik (SEK I)
| Requirement | Grade | Official Wording (LP NRW) | UNIMAT Implementation | Coverage |
|---|---|---|---|---|
Tools & Machines Sachunterricht · Technik |
3–4 | „Im Umgang mit Werkzeugen und Materialien sowie durch die Erstellung von Modellen praktische Fertigkeiten entwickeln.“ LP Sachunterricht NRW |
4 real machines in one set: wood lathe, jig-saw, sanding machine, hand drill. Child-safe 12V DC. Full 12-unit lesson plan included. | ✓ Full |
Cause & Effect / Systems Sachunterricht · Erkunden |
1–4 | „Zusammenhänge zwischen Material, Gestaltung und Funktion erkennen und beschreiben.“ | Modular system: pupils assemble machines from components and directly experience how parts interact — systems thinking made tangible. | ✓ Full |
Work & Careers Sachunterricht · Kl. 3–4 |
3–4 | „Berufe in Handwerk, Industrie und Dienstleistung beschreiben; Bedeutung von Werkzeugen und Maschinen einordnen.“ | Unit 12: class discussion of real careers (cabinetmaker, turner, product designer). Handcraft vs. industrial production comparison. | ✓ Full |
Safety at Work Arbeitslehre/Technik |
5–6 | „Sachgemäßen, sicheren Umgang mit Werkzeug und Maschinen erlernen und Sicherheitsbestimmungen kennen.“ | Full safety induction per machine. Signed workshop contract. 12V system — well below the school-safe voltage threshold. SPIELGUT certified. | ✓ Full |
Planned Production (HK 1–3) Kernlehrplan Arbeitslehre/Technik NRW |
5–6 | „HK 1: Werkstoffe be- und verarbeiten · HK 2: Maschinen bedienen · HK 3: Lösungswege entwickeln.“ Kernlehrplan Arbeitslehre/Technik, Gesamtschule NRW |
All three action competencies fully covered: structured projects (HK 1), machine induction (HK 2), process documentation + QC checklist (HK 3). | ✓ Full |
Sustainability LehrplanPLUS BY · Querschnittsthema |
1–4 | „Verantwortungsvollen Umgang mit natürlichen Ressourcen und Rohstoffen entwickeln.“ | Wood as a renewable, FSC-certifiable resource. Solar kit integration (windmill project). Upcycling projects in all lesson plans. | ✓ Full |
Tool → Machine Evolution LehrplanPLUS Bayern HSU Kl. 3 |
3 | „Entwicklung von Werkzeugen und Geräten (z. B. vom Handbohrer zur elektrischen Bohrmaschine).“ lehrplanplus.bayern.de — direct quote |
UNIMAT demonstrates this evolution live: hand drill (Unit 10) → motorised drill → modular system → CNC. The LP quotation describes UNIMAT exactly. | ✓ Full |
Multi-part Products (WAT P8) Rahmenlehrplan Berlin-Brandenburg · WAT |
5–6 | „Entwicklung, Planung, Fertigung und Bewertung mehrteiliger Produkte — vom Entwurf bis zur Präsentation.“ | Capstone project (Unit 11): vehicle with axles, wheels, body panels — all four machines, parts list, quality control, class presentation. | ✓ Full |
Technical Drawing Arbeitslehre/Technik SEK I |
5–6 | „Fertigungspläne lesen; Werkstücke anhand von Skizzen und Vorlagen herstellen.“ | Project books VS1602–VS1604 include dimensioned drawings. Engineering Notebook used throughout for sketches and measurements. | ◑ Good |
Machine–Curriculum Link
Each Machine — Direct LP Reference
NRW: "Umgang mit Werkzeugen" · BY: "vom Handbohrer zur Maschine" (direct LP quote) · Vocational orientation: Dreher/Tischler
NRW: "Trennen (Sägen)" · BY: Fahrzeugprojekte — "rollende Objekte" · BE: WAT Themenfeld P8 — "mehrteilige Produkte"
NRW: "Qualitätskontrolle" · BY: "Bearbeitungseigenschaften berücksichtigen" · BE: WAT "Bewertung von Produkten"
NRW: HK 1 "Werkstoffe verarbeiten" · BY HSU Kl. 3: "vom Handbohrer zur elektrischen Bohrmaschine" · BE: WAT Verbindungstechnik
Cross-Reference
Competence Matrix — All States
NRW · Bayern · Berlin combined. ✓ = fully covered ◑ = partially
Recommended Sets
Products for German Schools
Core system for German primary school. NRW, Bayern & Berlin LP fully covered. 12-unit lesson plan in German included.
Advanced Modules 4–6: wood + metal machining, technical drawings, design portfolio and quality control systems for the older primary classes.
Complete school makerspace for 16 simultaneous students. All machines included. Ideal for Startchancen schools with cross-year-group programmes.
Denmark
Håndværk og design · Fælles Mål · Folkeskole Forms 3–6 (compulsory) + Forms 7–8 (elective)
Since the 2014 Folkeskole reform, the subject Håndværk og design (Crafts & Design) is compulsory for all Danish pupils in Forms 3–6 (ages 9–12). It integrates traditional sløjd (woodworking) with design thinking, covering three competency areas: Processing, Materials and Design — all of which UNIMAT directly addresses.
"Håndværk og design shall promote pupils' interest in designing and making products and in the opportunities within vocational education and higher programmes combining craftsmanship with design."
Fælles Mål — Håndværk og design · emu.dk / Undervisningsministeriet
Fælles Mål — All Three Competency Areas
| Requirement | Forms | Official Wording (Fælles Mål) | UNIMAT Implementation | Coverage |
|---|---|---|---|---|
Safe tool & machine use Processing · Forarbejdning | 3–6 | "Pupils can use tools and machines correctly and safely in accordance with applicable rules and procedures." Fælles Mål · emu.dk | All four machines introduced with full safety induction, signed safety contract. 12V DC — school-safe. SPIELGUT certified from age 8. | ✓ Full |
Measuring & tolerances Processing · Forarbejdning | 3–6 | "Pupils can measure, mark and cut materials with precision, using appropriate tools and observing stated tolerances." | Every UNIMAT lesson plan includes measurement tasks (mm/cm), tolerance checks and quality control. Cross-curricular maths link. | ✓ Full |
Machine mechanism Processing · Forms 4–6 | 4–6 | "Pupils can explain how simple machines work, including conversion of motion, and relate this to industrial production." | Jig-saw unit: eccentric cam converts rotational → reciprocating motion, demonstrated live. Wood lathe: rotational cutting principle. | ✓ Full |
Material properties Materials · Materialer | 3–6 | "Pupils can identify and describe the properties of materials (hardness, grain, texture) and select the appropriate material for a given purpose." | Unit 4: lime, beech, cherry, walnut, poplar compared by hardness, grain, smell. Material Report Card exercise. Students justify selection. | ✓ Full |
Sustainable sourcing Materials · Cross-cutting | 3–6 | "Pupils can relate material choices to sustainability, resource consumption and responsible production." | Wood as renewable resource. FSC certification context. Solar kit integration (windmill project). Upcycling projects throughout. | ✓ Full |
Design process: ideation Design · Designprocessen | 3–6 | "Pupils can generate and sketch design ideas, select a concept and provide a rationale for their choice." | Every project starts with Engineering Notebook sketching. Keyring project: 3 design variants → peer feedback → final choice with annotation. | ✓ Full |
Prototype & iterate Design · Forms 4–6 | 4–6 | "Pupils can produce a prototype, test it against stated criteria and improve the design based on observations." | Engineering Design Process runs through all 12 units: Ask → Imagine → Plan → Create → Improve. QC report with 'what I would change'. | ✓ Full |
Presentation & vocabulary Design · Kommunikation | 3–6 | "Pupils can present and explain their finished product, using subject-specific vocabulary, and evaluate their work process." | Unit 12: class presentation using ≥5 technical terms. Gallery walk with peer WOW/WONDER sticky notes. Self-assessment rubric. | ✓ Full |
Vocational orientation Subject purpose statement | 3–8 | "The subject shall promote pupils' interest in vocational education programmes combining craftsmanship with design." | Unit 12: careers (cabinetmaker, turner, product designer, CNC operator). UNIMAT CNC set available for EUD/vocational pathway connection. | ✓ Full |
Technical drawing Processing / Design · Forms 7–8 | 7–8 | "Pupils can produce working drawings with dimensions and use them to guide fabrication." | UNIMAT Design & Technology set (160150EDUB): technical drawings before production, tolerance notation, comparison drawing vs. finished object. | ◑ Good |
Fælles Mål Link
Each Machine — Curriculum Connection
Processing: 'safe machine use', 'planning production sequence' · Materials: 'material properties' · Historical connection: oldest machine tool in history — cultural heritage link
Processing: 'machine understanding' (eccentric cam) · Materials: grain direction, kerf allowance · Design: 'prototype & iteration' with animal/vehicle projects
Processing: 'surface finishing techniques' · Materials: 'material transformation' (surface roughness, Ra value) · Design: 'quality evaluation criteria'
Processing: 'joining & construction', 'safe tool use' · Design: prototype (drilling for dowel connections) · Physics: rotational force and pressure
Recommended Sets
Products for Danish Schools
The direct curriculum match for compulsory Håndværk og design Forms 3–6. All three Fælles Mål competency areas. 12-unit lesson plan in English included.
For the Forms 7–8 elective examination track. Wood + metal machining. Full design portfolio and Form 8 oral exam preparation.
Complete workshop setup for up to 16 simultaneous pupils. Cross-curricular STEM projects for after-school programmes and project weeks at every level.
United States
NGSS ETS1 · ITEEA STL · CTE Manufacturing & Engineering · Common Core · P21 4Cs
UNIMAT aligns with the major US standards frameworks for STEM and engineering education. The 5E Instructional Model structures every lesson. Sets qualify as Perkins V CTE equipment, making them federally grant-eligible for middle and high school programs.
"Students who define problems in terms of criteria and constraints, and who test solutions against these criteria, are engaging in engineering practices that directly reflect real-world engineering work."
NGSS Engineering Design · ETS1 · nextgenscience.org
NGSS · ITEEA · CTE · Common Core — 18-Week Semester Curriculum
| Standard / Requirement | Grade | Official Wording / Framework | UNIMAT Implementation | Coverage |
|---|---|---|---|---|
Defining Engineering Problems NGSS ETS1.A | 3–5 | "Possible solutions to a problem are limited by available materials and resources. Research on a problem should be carried out before beginning to design a solution." (NGSS ETS1.A) nextgenscience.org | Engineering Notebook from Week 1. Design briefs with explicit constraints (material, size, time). Weeks 3, 6, 12: full EDP cycle. | ✓ Full |
Developing Solutions NGSS ETS1.B | 3–6 | "Research on a problem should be carried out, and the design solution must be tested and then improved, based on what was learned." | 5E Instructional Model runs through all 18 weeks: Engage → Explore → Explain → Elaborate → Evaluate. Iterative design built in. | ✓ Full |
Optimising Design Solutions NGSS ETS1.C | 3–6 | "Different solutions need to be tested in order to determine which of them best solves the problem, given the criteria and constraints." | Weeks 8, 13, 18: quality review rubrics, peer assessment, load test for vehicle project. QC report comparing design brief to finished product. | ✓ Full |
Structure & Properties of Matter NGSS PS1.A | 3–5 | "Matter of any type can be subdivided into particles that are too small to see, but even then the matter still exists." + material property investigation. | Week 4 (Materials lesson): lime, beech, cherry, walnut, poplar compared — hardness scratch test, grain, smell. Material Report Card. Cross-curricular link. | ✓ Full |
Forces & Motion NGSS PS2.A | 3–6 | "Each force acts on one particular object and has both strength and direction." Applied to machine mechanisms. | Weeks 9 & 15: jig-saw eccentric cam (rotational → reciprocating motion), drilling force and perpendicularity. Physics embedded in hands-on work. | ✓ Full |
Design Process (STL 11) ITEEA Standards for Tech. & Eng. | 3–8 | "Students will develop an understanding of the attributes of design, engineering design, the role of troubleshooting, research and development." (ITEEA STL-11) | All 18 weeks follow the Engineering Design Process. Troubleshooting journal entries. Week 16: multi-machine challenge with full EDP cycle. | ✓ Full |
Manufacturing Technologies ITEEA STL-19 · CTE Mfg. Cluster | 3–8 | "Students will develop an understanding of manufacturing technologies" including materials, processes, and production systems. CTE Manufacturing & Engineering career cluster. | Weeks 4–16: four real machine types, material selection, quality control, production planning. Direct CTE career pathway connection. | ✓ Full |
Measurement & Data CCSS Math 3–4.MD | 3–4 | "Measure and estimate lengths in standard units." (CCSS 3.MD.B.4) and "Know relative sizes of measurement units." (4.MD.A.1) | Week 2: measure 5 dowels to nearest 1/8", bar chart in Engineering Notebook. Week 6: keyring dimensions in inches and mm. Direct CCSS Math integration. | ✓ Full |
Ratios & RPM Calculation CCSS Math 6.EE / 6.RP | 6 | "Understand ratio concepts and use ratio reasoning to solve problems." (CCSS 6.RP) Applied to engineering contexts. | Week 5 (Grade 6 extension): calculate recommended RPM using peripheral speed formula v = (π × d × RPM) ÷ 1000. Real engineering maths. | ✓ Full |
Speaking & Listening CCSS ELA SL.3–6 | 3–6 | "Present information, findings, and supporting evidence such that listeners can follow the line of reasoning." (CCSS SL.4–5) | Weeks 8, 13, 18: structured presentations with ≥5 technical terms. Gallery walk with peer critique. Capstone oral presentation in Week 18. | ✓ Full |
NGSS & ITEEA Link
Each Machine — US Standards Connection
NGSS ETS1.B: iterative design · PS1.A: material properties · ITEEA STL-12: using and maintaining technological products · CCSS Math 6.RP: peripheral speed calculation
NGSS PS2.A: forces and motion (eccentric mechanism) · ITEEA STL-19: manufacturing processes · CTE Manufacturing Cluster · CCSS Math: measurement and data
NGSS ETS1.C: optimising design solution · ITEEA STL-17: information and communication · P21: critical thinking through quality evaluation and progressive improvement
NGSS ETS1.B: developing solutions (drilling for connections) · ITEEA STL-11: design process · CCSS Math 6.EE: equations for tolerance calculation · CTE precision manufacturing
Recommended Sets
Products for US Schools
NGSS ETS1 + ITEEA + CTE aligned. 18-week semester plan included. Qualifies as Perkins V CTE equipment. The core STEM woodworking lab for US elementary classrooms.
Expands into metalworking. Ideal for middle school CTE programs. Perkins V eligible. Prepares students for manufacturing career pathways.
Complete STEM makerspace for 16 simultaneous students. All machines included. Perfect for Perkins V funded school makerspaces and after-school STEM programs.
Poland
Zajęcia praktyczno-techniczne · Podstawa programowa · Szkoła Podstawowa Classes IV–VIII (compulsory)
Under the 2026 reform of the Polish Core Curriculum (Podstawa programowa), Zajęcia praktyczno-techniczne (Practical & Technical Activities) is compulsory for all pupils in Classes IV–VIII (ages 10–15) and is structured as a spiral curriculum across eight thematic modules. UNIMAT directly addresses six of the eight — including the three modules that name sawing, sanding and drilling explicitly.
„Opanowanie i doskonalenie umiejętności obróbki różnorodnych materiałów przy pomocy narzędzi przez realizację projektów technicznych.”
Podstawa programowa — Zajęcia praktyczno-techniczne · MEN / zpe.gov.pl
Podstawa programowa — Modules 1–7, Classes IV–VIII
| Requirement | Module | Official Wording (Podstawa programowa) | UNIMAT Implementation | Coverage |
|---|---|---|---|---|
Workshop safety Module 1 · Środowisko techniczne | IV–VIII | „Stosuje podczas wykonywania zadań technicznych zasady bezpieczeństwa pracy indywidualnej i zespołowej, wynikające z regulaminu pracowni technicznej.” | Full safety induction before each UNIMAT machine. 12V DC — well below the school-safe threshold. SPIELGUT certified from age 8. Signed workshop contract per pupil. | ✓ Full |
Technical vocabulary Module 1 · Środowisko techniczne | IV–VIII | „Posługuje się zgodną z zasadami terminologią techniczną, dotyczącą urządzeń wykorzystywanych w domu i szkole.” | Every lesson plan introduces subject-specific vocabulary: lathe components, blade types, TPI, kerf, tolerance, surface roughness. Engineering Notebook used throughout. | ✓ Full |
Vocational orientation Module 1 · Self-awareness | IV–VIII | „Rozpoznaje i opisuje własne zainteresowania, predyspozycje oraz umiejętności techniczne podczas wykonywania działań praktycznych.” | Capstone project: pupils choose their own project from a design menu. Career connection in the final lesson: stolarz, tokarz, product designer, CNC operator. | ✓ Full |
Design from brief to sketch Module 2 · Koncepcje rozwiązań | IV–VIII | „Uczniowie wykonują projekty techniczne od formułowania założeń i tworzenia szkiców, po ich prezentację i argumentację uzasadniającą przyjęte rozwiązania.” | Engineering Notebook in every unit. Keyring project: 3 design variants → peer feedback → final choice with written rationale. Design Brief template for every project. | ✓ Full |
Material properties & selection Module 3 · Ocena rozwiązań | IV–VIII | „Uczniowie zdobywają wiedzę o materiałach i ich właściwościach, samodzielnie tworzą i badają modele.” | Materials lesson: lime (lipa), beech (buk), poplar plywood (sklejka topolowa) compared by hardness, grain, smell. Scratch test and Material Report Card. | ✓ Full |
Read technical drawings & plan sequence Module 4 · Planowanie pracy wytwórczej | IV–VIII | „Uczniowie planują i organizują działania praktyczno-wytwórcze — uczą się czytać rysunki techniczne, dobierać materiały i narzędzia; wypisują kolejność działań.” | Project books VS1602–VS1604 with dimensioned working drawings. Every lesson plan includes a stage-by-stage operations table with time estimates. | ✓ Full |
Manual processing: sawing, sanding, drilling Module 5 · Wykonywanie wytworów — core skill | IV–VIII | „Posługuje się podstawowymi narzędziami stosowanymi do obróbki ręcznej (piłowania, cięcia, szlifowania, wiercenia) różnych materiałów i montażu.” | Direct one-to-one match: jig-saw → piłowanie/cięcie, sanding machine → szlifowanie, hand drill → wiercenie, wood lathe → toczenie. The LP quotation describes UNIMAT exactly. | ✓ Full |
Assembly & joining Module 5 · Montaż | IV–VIII | „Montaż elementów z różnych materiałów z użyciem właściwych technik łączenia.” | Capstone vehicle project: drilled and fitted axles (dowel joint), body sections joined by glue, screw or slot-fit. All joint types tested for strength. | ✓ Full |
Machine operation, adjustment & maintenance Module 6 · Eksploatacja, regulacja i konserwacja | IV–VIII | „Bezpieczne i celowe użytkowanie narzędzi i urządzeń, ich regulacja i konserwacja, diagnozowanie usterek oraz podejmowanie działań naprawczych.” | Pupils fit, tighten and align each component before use: jig-saw blade changing, sanding disc replacement, drill bit collet fitting. Tool care checklist every session. | ✓ Full |
Machine mechanism understanding Module 6 · Technical understanding | IV–VIII | „Opisuje działanie prostych urządzeń technicznych, wskazuje zasadnicze elementy składowe.” | Jig-saw lesson: eccentric cam mechanism converting rotational to reciprocating motion, drawn and labelled in the Engineering Notebook. Wood lathe: spindle, tool rest, headstock/tailstock. | ✓ Full |
Sustainable development & material lifecycle Module 7 · Zrównoważony rozwój | IV–VIII | „Uczniowie poznają zasady zrównoważonego rozwoju i cyklu życia produktu, uczą się oszczędzania zasobów, ponownego wykorzystania materiałów.” | Wood as a renewable, FSC-certifiable material. Offcut use in miniature projects. Solar kit integration (windmill capstone). Cross-curricular link to natural science. | ◑ Good |
Podstawa programowa Link
Each Machine — Direct Curriculum Reference
Module 5: obróbka ręczna — toczenie as a manufacturing technique · Module 2: design of rotationally symmetric objects · Module 6: machine operation, component identification
Module 5: "piłowanie i cięcie" — direct LP citation · Module 6: eccentric mechanism understanding · Module 3: grain direction and kerf allowance as material properties
Module 5: "szlifowanie" — direct LP citation · Module 3: surface quality as a product evaluation criterion · Module 6: abrasive disc maintenance
Module 5: "wiercenie" — direct LP citation · montaż (assembly): axle holes, dowel joints · Module 4: precision marking before drilling · Module 6: collet fitting
Cross-Reference
Competence Matrix — Podstawa programowa
✓ = fully covered ◑ = partially covered — = not the primary role. Sawing, sanding, drilling and turning are each named as a distinct operation in Module 5 of the curriculum.
Recommended Sets
Products for Polish Schools
The direct match for compulsory Zajęcia praktyczno-techniczne, Classes IV–VI. Covers all four LP-named operations: piłowanie, szlifowanie, wiercenie, toczenie.
Advanced Modules 4–6: wood + metal machining, technical drawings, design portfolio and quality control systems for the older primary classes.
Complete workshop setup for up to 16 simultaneous pupils. Cross-curricular STEM projects for after-school programmes and project weeks at every level.
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