Grade 5 STEM: 7 Topics, Projects and Hands-On Activities for Children Grade 5 STEM helps pupils in their final year of primary school learn through observation, experimentation and making real products. This is an important stage for children to develop logical thinking and problem-solving skills, and to prepare better for secondary school. This article helps parents understand the 7 key STEM topics, suitable hands-on projects and how to assess the quality of a school's STEM programme. What is Grade 5 STEM? Grade 5 STEM is an integrated approach to learning Science, Technology, Engineering and Mathematics through hands-on activities. Pupils don't just learn concepts; they apply their knowledge to observe, experiment, design and improve products. Under Vietnam's 2018 General Education Programme, STEM is not taught as a separate subject at primary level. Instead, it is usually integrated into Science, Information Technology, Technology and Mathematics. For Grade 5 pupils, STEM should be linked to familiar situations. For example, when learning about materials, they might design a model bridge; when learning about water, they might build a simple water filter. Grade 5 is a pivotal stage for thinking Grade 5 is when pupils gradually move from learning through images towards more logical thinking. They begin to ask questions, compare results and explain the causes of a phenomenon. When STEM is taught well, pupils become used to trying, getting things wrong, correcting and improving. This is an important foundation as they move into secondary school, where learning demands more analysis and problem-solving. Skills pupils develop through STEM A high-quality Grade 5 STEM lesson is about more than producing an attractive product. Its greater value lies in how pupils think, collaborate and explain their choices. Critical thinking: pupils learn to ask questions, test hypotheses and understand why a solution isn't working. Design thinking: they learn to identify a problem, choose materials, test and improve their product. Collaboration: group projects help pupils divide tasks, listen to one another and share responsibility. Presentation skills: pupils explain their ideas, describe their process and answer questions from teachers or classmates. Active learning: children are encouraged to investigate, experiment on their own and connect knowledge to everyday life. 7 core Grade 5 STEM topics The seven topics below suit Grade 5 pupils and can be linked to the national curriculum. Each topic should come with a specific Grade 5 STEM project, so pupils both learn the content and build practical skills. 7 Grade 5 STEM topics that help pupils connect knowledge with practice. Materials and structures The materials and structures topic helps pupils understand how objects stand firm, bear loads and stay balanced. Children can observe bridges, houses, domes or tables and chairs to understand the role of shape and materials. Suitable Grade 5 STEM projects include a toothpick bridge, a tower made from wooden sticks or a load-bearing dome. Through these activities, pupils learn to choose materials, test strength and improve their design after each attempt. Renewable energy The renewable energy topic introduces pupils to concepts such as wind, sunlight, electricity and energy conversion. Rather than learning dry theory, children see energy at work through models. Suggested projects include a wind-powered car, a small battery-powered fan or a model solar-powered house. Pupils can compare the car's speed, lighting conditions and how well each solution works. Grade 5 pupils collaborating in a group STEM activity. Water and the environment Water and the environment is a relatable topic because it is part of everyday life. Pupils can observe clean water, dirty water, waste and how people use water resources. A popular project is a simple water filter made from sand, gravel, activated charcoal and a plastic bottle. Pupils try filtering muddy water, observe the results and work out the role of each layer of material. This topic helps children develop skills in designing experiments and comparing the effectiveness of different solutions. At the same time, they build an awareness of saving water and protecting the environment through small actions. Transport and safety The transport and safety topic helps pupils connect STEM with their journey to school, crossroads, traffic lights and road signs. This content is easy to deliver because it relates to children's daily experiences. A suitable project is a smart crossroads model with LED lights. In better-equipped classrooms, pupils can use simple sensors to simulate automatic signals. Beyond the technical side, this topic also develops pupils' communication skills. They need to choose images, colours and messages that others can understand easily. Some STEM projects and topics parents can explore. Health and everyday life The health and everyday life topic helps pupils see that science is present in eating, exercise, rest and hygiene. It is a great way to make STEM feel close to children's lives. Suggested projects include a self-opening bin, a model of the circulatory system or a sleep tracker. When tracking their sleep, pupils can compare their hours of sleep with how alert they feel during the day. Through this activity, children learn to draw conclusions from data. This is an important skill for helping pupils understand that science isn't confined to textbooks. Space and the Earth Space and the Earth is a group of topics that easily sparks Grade 5 pupils' curiosity. Children often love learning about the Solar System, the planets, weather and the water cycle. Hands-on projects might include a model of the Solar System or a water-cycle observation box. Pupils learn to order the planets, compare their positions and observe evaporation and condensation. This topic develops pupils' spatial thinking and their ability to observe patterns in nature. It is also good preparation for Natural Sciences at secondary school. Community and sustainable development Community and sustainable development is a more advanced topic than a standalone STEM activity. Pupils don't just build models; they also observe real issues at school or at home. They might run a campaign to reduce plastic waste, design recycling bins or propose an area for planting trees. Projects like these require pupils to research the context, propose solutions and present to the class. This topic helps children develop critical thinking, communication skills and a sense of citizenship. More importantly, pupils understand that STEM knowledge can bring about positive change in everyday life. Grade 5 pupils' STEM projects. What a good Grade 5 STEM lesson looks like A high-quality STEM lesson doesn't begin with pupils copying a ready-made model. The lesson should start from a real-world problem, then guide pupils through experimenting, explaining and improving. The engineering design process helps pupils test and improve their products. The engineering design process In Grade 5 STEM lessons, teachers can use the Engineering Design Process. It should be simplified to suit the pupils' age. A lesson usually involves defining the problem, researching information, proposing a solution, building a prototype, testing, improving and sharing. The key point is that pupils don't just follow instructions; they need to understand why they chose their approach. Taking the water filter as an example, pupils start with the question of how muddy water can be filtered. They then try sand, gravel, cotton wool or activated charcoal, and change the order of the materials to improve the result. The 5E model in STEM lessons The 5E model consists of Engage, Explore, Explain, Elaborate and Evaluate. The teacher introduces a problem, lets pupils explore, and then guides them to explain the concepts. At the end of the lesson, pupils evaluate their product, their working process and their own contribution. This model differs from traditional teaching because the teacher does more than pass on knowledge. They ask more questions and create opportunities for pupils to discover problems for themselves. Presenting and critiquing projects Presenting and critiquing is the step that distinguishes STEM from ordinary arts and crafts. If pupils only produce an attractive product, they have stopped at the practical stage. When presenting, they need to explain the goal, the scientific principle, how they chose their materials and the test results. Classmates can ask questions, give feedback or suggest other improvements. This process helps pupils communicate clearly and take on feedback selectively. It is an important skill as they move up to secondary school or learn in an international environment. 5 criteria for assessing the quality of Grade 5 STEM Many schools today mention STEM in their curriculum. However, not every activity involving models, tools or assembled products is genuine STEM. A clear design process Parents can ask teachers about the steps in their most recent STEM lesson. If the answer is simply that pupils made a product by following instructions, the activity may be closer to arts and crafts than to STEM. A high-quality STEM lesson needs a clear process. At a minimum, pupils should define a problem, propose a solution, test it, analyse what went wrong and improve their product. Cross-curricular integration STEM loses its meaning if it focuses on only one subject. A water-filter project needs Science to understand the filtering materials, Maths to measure volume and Engineering to design the system. Parents can ask to see sample lesson plans, photos of activities or Grade 5 STEM projects that pupils have completed. This is a practical way to judge whether a programme is genuinely cross-curricular or simply uses STEM as a marketing label. A STEM project combining Science, Technology, Engineering and Mathematics. Suitable hands-on learning spaces A high-quality Grade 5 STEM programme needs a safe learning environment with enough equipment. Schools should have a science lab, a STEAM Lab or a Maker Space where pupils can design and experiment. On a school tour, parents shouldn't just look at whether the classrooms are attractive. What matters more is whether pupils use these spaces regularly in real lessons. Opportunities to present ideas A good STEM lesson doesn't end as soon as pupils finish their product. After the practical work, they need to present their process, explain their choices and receive feedback. Parents can ask teachers whether pupils get to present and improve their products after receiving feedback. This is an important skill for Grade 5 pupils before they move up to secondary school. Connections to real life STEM shouldn't stop at models in the classroom. A good programme helps pupils understand that knowledge can solve real problems in everyday life. For example, a water project could be linked to saving water at school. A waste project could be tied to sorting rubbish in class or a campaign to reduce plastic. Grade 5 STEM at Westlink International School At Westlink, STEM is integrated into inquiry-based learning experiences, meaning learning through asking questions and investigating. Pupils are encouraged to research problems, test solutions and present their results in real-world projects. The PYP Exhibition at the end of Grade 5 The PYP Exhibition is the culminating project in the final year of the Primary Years Programme, the IB's programme for primary education. It is a milestone that allows pupils to demonstrate their inquiry, collaboration and presentation skills. During the Exhibition, pupils choose a real-world issue, develop research questions and gather information. They may conduct interviews, compile data, propose solutions and present to the school community. The PYP Exhibition is more than a showcase of products. It helps pupils build confidence, reasoning and academic communication skills. It is the process through which pupils show they can connect knowledge with real life and prepare for the Middle Years. Westlink PYP pupils working together on a hands-on STEM project. STEAM Fair and Maker Space The STEAM Fair is an opportunity for pupils to share their ideas, products and learning journey with the school community. It helps children learn to explain their products, answer questions and listen to feedback. The Maker Space is a space that supports pupils in designing, building and testing. When used well, it turns STEM into a genuine learning experience rather than an activity in decorating products. Westlink pupils presenting their products and ideas at the STEAM Fair. Integrating Science, Maths and English A STEM project at Westlink doesn't focus only on Science or Maths. Pupils also practise explaining their ideas in English or bilingually, depending on their programme and individual ability. This approach helps pupils develop academic knowledge and language skills at the same time. In a multicultural environment, children also have more opportunities to collaborate with peers from different backgrounds. Real-world projects linked to the community One example is the Grade 5 field trip to Lotte Aquarium. This activity allows pupils to observe marine ecosystems and ask questions about ocean conservation. From this real-world experience, pupils can develop projects on plastic pollution, the marine environment or consumer behaviour. This is how STEM connects with community responsibility, rather than stopping at models in the classroom. A field trip helps Grade 5 pupils connect science with ocean conservation. The STEM pathway after Grade 5 After Grade 5, STEM goes beyond simple hands-on activities. As they move into secondary school, pupils begin to take on more challenging projects that require clearer research, design and evaluation. From the PYP Exhibition to MYP Design On entering the Middle Years Programme, pupils continue to develop design thinking through interdisciplinary projects. MYP Design helps students analyse problems, develop ideas, create solutions and evaluate the results. Compared with the PYP Exhibition, projects at secondary level require greater independence. Students need to reason more clearly, use more specific assessment criteria and reflect on their working process. Westlink students talking with advisers at the University Fair. The IB MYP for students who love STEM The IB Middle Years Programme (IB MYP) suits students with international academic ambitions who enjoy learning through projects. The programme encourages students to connect knowledge with real-world contexts and global issues. For students who love STEM, the MYP offers many opportunities to carry out projects, research and develop personal products. It provides a strong foundation for more specialised study at later stages. Bilingual MYP for a bilingual pathway Alongside the IB MYP, Westlink offers a Bilingual MYP pathway for students in Grades 6 to 9. The programme combines the Ministry of Education and Training framework with the US Core Curriculum, with a 50/50 balance of English and Vietnamese. This pathway suits families who want their child to develop academic English while keeping a strong foundation in Vietnamese. The choice between the IB MYP and the Bilingual MYP should be based on each student's ability, goals and readiness. Grade 5 STEM helps pupils develop critical thinking, collaboration and problem-solving skills through real-world experiences. With its inquiry-based approach within the IB Primary Years Programme, Westlink International School Hanoi provides an environment where pupils ask questions, experiment and present their ideas with confidence. Parents who would like their child to learn STEM in a STEAM Lab and Maker Space, with a clear international pathway, can contact Westlink today to book a school tour and receive advice on the right pathway for their child.
