Things We Make and Do — Study Notes

Overview

"Things We Make and Do" is a core content theme in CTET Environmental Studies covering crafts, tools, and technology in everyday life. This topic examines how humans create objects and use tools to meet their needs, connecting children's lived experiences with the principles of design, innovation, and sustainability. For CTET, expect 2–3 questions from this theme, often integrated with other EVS topics like Family and Friends or Work and Play.

Understanding this topic is essential because it bridges the abstract concept of "technology" with concrete, observable activities children encounter daily. Questions typically ask you to identify teaching approaches that help children observe, question, and appreciate the skill and labour behind everyday objects. Mastery requires knowing examples of traditional crafts, understanding tool use across communities, and recognizing how EVS pedagogy encourages hands-on exploration of making and doing.

Primary-level EVS teachers must help children see that technology is not just computers and machines but includes all human-made objects and processes — from clay pots to bicycles to weaving looms.

Key Concepts

• **Human-made vs natural objects**: Children learn to distinguish between things found in nature (stones, leaves) and things made by people (toys, utensils, clothes), understanding that making involves transforming natural materials.

• **Crafts as cultural heritage**: Traditional crafts (pottery, weaving, basketry, metalwork) represent community knowledge passed down through generations, reflecting local resources, climate, and cultural identity.

• **Tools and their functions**: Tools extend human capability — a knife cuts, a needle stitches, a hammer drives nails. Understanding tool purpose, safe use, and appropriateness for tasks is central to this theme.

• **Materials and transformation**: Children explore how raw materials (clay, wood, cotton, metal) are transformed through processes (molding, carving, spinning, smelting) into finished products, appreciating the labour involved.

• **Technology in daily life**: Technology includes simple machines (wheel, lever, pulley) and everyday devices (scissors, bicycle, lock and key). EVS emphasizes that all communities use technology, not just urban or "modern" ones.

• **Skill and labour**: Making things requires practice, skill, and effort. Children learn to respect artisans and workers, understanding that craftsmanship involves creativity, precision, and problem-solving.

• **Sustainability and reuse**: Traditional crafts often use locally available, renewable materials. Children observe practices like repairing broken items, reusing materials, and minimizing waste — values relevant to environmental conservation.

• **Gender and work**: EVS encourages children to question stereotypes about who makes what (e.g., "only women weave" or "only men work with metal"), recognizing that skills are learned, not gender-determined.

Key Facts

1. **Common traditional crafts in India**: Pottery (clay shaping and firing), weaving (handloom textiles), basketry (bamboo, cane, grass), metalwork (brass, iron, silver items), carpentry (wooden furniture, tools), embroidery and stitching.

2. **Materials and sources**: Clay from riverbeds, wood from trees, cotton and silk from plants and silkworms, metals from ores, bamboo and cane from forests, leather from animal hides.

3. **Simple machines children encounter**: Wheel (in carts, bicycles), lever (in scissors, see-saw), pulley (in wells, flagpoles), inclined plane (in ramps, slides), wedge (in axe, knife), screw (in bottle caps, screws).

4. **Examples of tools by function**: Cutting (knife, scissors, saw), fastening (needle, nail, glue), shaping (hammer, chisel, mold), measuring (scale, ruler, cup), carrying (basket, bucket, bag).

5. **Traditional vs modern technology**: Traditional — handloom, potter's wheel, bullock cart, hand pump; Modern — power loom, electric kiln, motor vehicle, electric pump. Both are valid technologies; choice depends on context, resources, scale.

6. **Role of observation**: Children learn by observing artisans at work, asking questions (Why that tool? Why that material?), and trying to make things themselves, developing respect for skill and craftsmanship.

7. **Local variations**: Crafts vary by region — Kashmiri carpets, Jaipur block printing, Bengali terracotta, Kerala coir products — reflecting local materials, climate, and cultural traditions.

8. **Environmental connection**: Using natural, biodegradable materials (clay, wood, cotton) vs synthetic materials (plastic); repairing and reusing vs discarding; understanding resource cycles.

Worked Examples

**Example 1: Identifying the material and process** *Question*: A potter makes a clay pot. Arrange the steps in correct order: (A) Shaping on wheel, (B) Collecting clay, (C) Firing in kiln, (D) Drying in sun.

*Solution*: Step 1 — First, the potter must have the raw material, so **(B) Collecting clay** comes first. Step 2 — Next, the clay is **(A) Shaped on the wheel** into a pot form. Step 3 — The shaped pot is **(D) Dried in the sun** to remove moisture and harden slightly. Step 4 — Finally, the pot is **(C) Fired in a kiln** to make it hard and waterproof. **Correct order: B → A → D → C**

This question tests understanding of the process sequence and the reason for each step. Firing must come after drying; shaping requires clay first.

**Example 2: Connecting tools to functions** *Question*: Match the tool with its primary function: Tools: (1) Scissors, (2) Needle, (3) Hammer, (4) Scale Functions: (A) Measuring, (B) Cutting, (C) Fastening, (D) Shaping

*Solution*: (1) Scissors — used to cut paper, cloth, etc. → **(B) Cutting** (2) Needle — used to stitch cloth, fasten pieces together → **(C) Fastening** (3) Hammer — used to shape metal, drive nails into wood → **(D) Shaping** (4) Scale — used to measure weight or quantity → **(A) Measuring**

Understanding tool purpose helps children appreciate that each tool is designed for a specific task and that using the wrong tool makes work harder or unsafe.

**Example 3: Pedagogical approach in EVS** *Question*: A teacher wants children to learn about basket weaving. Which approach aligns best with EVS pedagogy? (A) Show a video of basket weaving and ask children to memorize steps. (B) Invite a local basket weaver to demonstrate and let children try weaving with material provided. (C) Explain the history of basketry and ask children to draw a basket. (D) Give a written list of basketry terms and their definitions for children to learn.

*Solution*: **(B) is correct.** EVS pedagogy emphasizes experiential, activity-based learning. Inviting an artisan allows children to observe a real person at work, ask questions, understand the skill involved, and try the activity themselves. This builds respect for craftsmanship, connects learning to the community, and develops fine motor skills and problem-solving. Options A, C, D are passive or abstract and miss the hands-on, community-connected spirit of EVS.

Common Mistakes

• **Treating "technology" as only modern/electronic**: Students often think technology means computers or machines. **Correct understanding**: Technology is any tool or method humans use to solve problems — a clay pot, a handloom, and a bicycle are all technology.

• **Ignoring the labour and skill behind objects**: Assuming things "just appear" in shops without recognizing the artisan's effort. **Correct approach**: EVS teaches children to appreciate that every object involves someone's skill, time, and creativity.

• **Memorizing craft names without understanding processes**: Listing "pottery, weaving, carpentry" without knowing how clay becomes a pot or thread becomes cloth. **Fix**: Focus on the sequence — material → process → product — and the tools used at each stage.

• **Separating this theme from other EVS content**: Treating "Things We Make and Do" in isolation. **Correct integration**: Connect crafts to Family (who in your family makes things?), Work and Play (artisans' occupations), Shelter (building materials and tools), and Food (cooking utensils).

• **Overlooking regional and cultural diversity**: Assuming all crafts are the same everywhere. **Correct view**: Crafts vary by region based on available materials (bamboo in Northeast, clay in Gangetic plains) and cultural traditions (Rajasthani block prints, Kerala metal lamps).

Quick Reference

• **Definition**: Things we make = objects created by transforming materials using tools and skills; Things we do = activities involving making, repairing, using those objects.

• **Core principle**: All communities have technology; traditional crafts are valid, valuable knowledge systems, not "backward" or "primitive."

• **Teaching approach**: Observation → questioning → hands-on making → reflection on skill and labour involved.

• **Assessment focus**: Can the child observe a craft process, identify tools and materials, sequence steps correctly, and appreciate the artisan's skill?

• **Sustainability link**: Traditional crafts often use renewable, local, biodegradable materials and embody repair/reuse values — important for environmental education.

• **Exam tip**: Questions often present a scenario (a child visiting a carpenter, a potter at work) and ask you to identify the best pedagogical response or the correct process sequence. Always choose the option that involves observation, inquiry, and hands-on activity.