30 Summer Activities for Middle School Students

Summer can be a great time to explore your interests and learn something new beyond school, and personal projects can help you do just that! In the summer, you get to work on projects that require sustained attention, refining, and work, which can be difficult to manage during the school year. You can choose from focused, self-directed activities that align with your academic or extracurricular interests, such as building a simple app, maintaining a reading log with written responses, experimenting with basic science projects, or working on a short illustrated story. These activities should ideally produce clear outputs such as a finished project, a written piece, or a presentation, to help you assess and potentially share your work, or even build upon it later. 

Given that you will take on these activities in the summer, you will be able to manage your time without disrupting schoolwork. The experience can help you learn to independently complete tasks and achieve defined outcomes outside a classroom setting.

Why should I participate in summer activities in middle school?

Summer activities let you independently explore subjects like science, writing, or economics in depth through advanced experiments, essays, or data analysis, i.e., activities that may not always be part of a standard school curriculum. Many activities also involve collaboration with peers or family members, helping you practice communication and teamwork.

Engaging in these experiences early on can make high school coursework more accessible, especially if you are preparing for subjects like algebra, biology, or computer science. While engaging in these activities, you can also document your work, which can be useful for future academic applications or personal portfolios. 

To help you get started, here is a list of 30 summer activities for middle school students!

If you’re looking for programs for middle school students, check out our blog here.

Key takeaways

• These 30 activities span science experiments, coding, writing, history, economics, governance, game design, and global studies, so middle school students with a wide range of interests can find a meaningful summer project.

• Most activities require minimal materials, such as a notebook, internet access, or household items, making them accessible without significant cost or preparation.

• Several activities, including the Python mini projects, no-code app design, and circuit building, introduce foundational STEM skills that can make high school coursework in computer science, physics, and engineering more approachable.

• Many activities produce tangible outputs, such as a finished app, a bridge model, a story collection, a puzzle book, or a debate portfolio, which can be shared, refined, or referenced in future academic applications.

• The Lumiere Junior Explorer Program offers a structured eight-week alternative for students who want guided support and one-on-one mentorship from a PhD mentor rather than a fully self-directed project.

1. Develop a project with Lumiere’s Junior Explorer Program

The Lumiere Junior Explorer Program is an eight-week, structured online program where you can work on guided projects across subjects, including science, research, and writing. You will complete assignments that involve reading, analysis, and short project submissions over a fixed timeline. The program offers one-on-one support and feedback from a Ph.D. mentor to help you understand how to approach structured academic work.

Materials/Investment required: Internet access and a laptop

Suitable for: Beginners/students interested in exploring research

2. Build a DIY weather station

For a DIY weather station, you can build simple tools like a rain gauge, thermometer setup, and wind direction indicator using household materials. You can then record daily weather data and track changes over several weeks. This activity can provide you with early exposure to data collection and basic observational analysis. 

Materials/Investment required: Plastic bottles/paper cups, ruler, notebook, marker, straws or sticks, tape, glue, and cardboard or foam

Suitable for: Beginners interested in weather patterns, environmental data, and earth science and measurement

3. Design a basic mobile app (using no-code tools)

You can work on platforms like Glide or Thunkable to design a simple app interface. This activity involves planning basic application features, arranging screens, and testing how easily different sections can be used. You can work with ready-made templates or create simple layouts by adding buttons, images, and text. You will also spend time making small changes based on how the app works during testing. The experience can offer insights into logic and user interface design in a way that does not require prior programming experience.

Materials/Investment required: Internet access

Suitable for: Beginners interested in app design, user interfaces, and coding

4. Create a solar oven

Build a small solar-powered oven using a box, aluminum foil, and plastic wrap to capture and retain heat from sunlight. Through this process, you will begin to understand how solar energy can be used as a renewable resource and learn about heat transfer and insulation. As you set the oven up, you can place simple food items like marshmallows or chocolate inside and watch how the temperature changes over time. You can try adjusting the foil angle or moving the box to see what helps the oven heat more evenly. 

Materials/Investment required: Cardboard box, foil, plastic wrap, and, optionally, newspaper scraps for insulation

Suitable for: Beginners interested in science and renewable energy

5. Conduct a water filtration experiment

You can design a basic filtration system using sand, gravel, and cloth to clean water. You can then test how effective each layer is in removing impurities. This activity can help you become familiar with environmental science.

Materials/Investment required: Bottles, sand, and gravel

Suitable for: Beginners interested in environmental science

6. Build a simple circuit

Assemble a basic electrical circuit using batteries, wires, and bulbs to see how the components connect and work together to understand foundational physics concepts like electric current and simple circuits. You can explore how current flows through the circuit and lights the bulb, and experiment by adding a switch or changing the connections to observe what turns the circuit on or off. 

Materials/Investment required: Batteries, wires, switches (optional), and bulbs

Suitable for: Beginners interested in electrical science and engineering

7. Track plant growth under different conditions

For this activity, observe how factors like sunlight, water, and soil type affect plant development over time. You can set up multiple plants in varied environments, taking regular measurements of height, leaf size, or overall health. As the days progress, patterns will begin to emerge, making it easier for you to compare how each condition influences growth. 

Materials/Investment required: Seeds, pots, and a notebook

Suitable for: Beginners interested in biology

8. Learn basic Python through mini projects

To learn Python, you can try creating simple programs like calculators, quizzes, or small text-based games. You can start with free online learning resources available on YouTube or course providers, and then practice what you learn. For each project, you can focus on one idea at a time, such as using variables, repeating actions with loops, or making decisions with conditions. This activity can help you learn core programming concepts and connect them directly to small, working examples. 

Materials/Investment required: Laptop and internet access

Suitable for: Students interested in coding and programming

9. Create a math puzzle book

You can put together your own set of math challenges based on numbers, patterns, or logic in a single physical book. Some puzzles can be quick and straightforward, while others take more time and careful thinking, and you can arrange all of them by difficulty level. You can then share this puzzle book with others, discussing the problems and different approaches as the answers come up. The focus here will shift from just solving problems to understanding how engaging puzzles are created, offering you the opportunity to build analytical thinking!

Materials/Investment required: Notebook and pencil

Suitable for: Students with basic math understanding

10. Build a model bridge

Construct a model bridge using simple materials like popsicle sticks and glue to create a stable structure. You can try different designs to explore which shapes hold the structure together more effectively. Adding weight gradually will show how strong the bridge is and where it starts to weaken. Small adjustments to the design can improve balance and support, making the structure more durable.

Materials/Investment required: Popsicle sticks and glue

Suitable for: Beginners interested in architecture and construction

11. Start a personal storytelling project

Write short stories, poems, or personal narratives and gradually compile them into a single collection. Instead of finishing each piece once, you can return to drafts to reshape details, adjust pacing, or change how ideas are expressed. Some pieces may connect through a shared theme, while others can stand on their own. The experience can help you practice writing, creative expression, and narrative construction.

Materials/Investment required: Pencil/pen and notebook, or a laptop/tablet

Suitable for: Beginners interested in literature and writing

12. Create a historical timeline project

Select a historical period and identify key events to place in chronological order. Each entry should ideally include a short description to explain what happened and why it matters. You can add visual elements such as images, maps, or symbols to represent different events. As the timeline develops, you can decide how much detail to include and how to space events across the sequence.

Materials/Investment required: Poster paper and access to history books/the internet 

Suitable for: Beginners interested in history

13. Analyze a book series

Read multiple books from the same series and track how elements change across each installment. Your notes can focus on characters, recurring ideas, or shifts in the storyline. You may start to notice patterns and identify shifts in tone and ideas once you move from one book to the next. 

Materials/Investment required: Books + a notebook and a pen/pencil to record insights

Suitable for: Beginners interested in reading and literature

14. Start a journal based on daily observations

Use a journal for daily entries that capture specific moments, something someone said, a change in routine, or a detail that stood out. Entries can include timestamps, brief descriptions to add context, or direct quotes to make the record more precise. You may choose to track certain themes, such as mood, environment, or recurring situations, across multiple days. This can help you build writing, observation, and recording skills.

Materials/Investment required: Notebook and pen/pencil

Suitable for: Beginners interested in writing

15. Write letters to historical figures

You can select a historical figure and research their decisions, actions, and the context in which they lived. Your letters can be direct responses, addressing specific events or choices with reference to what you’ve learned. This activity requires you to frame questions, reactions, or arguments using historically accurate details. Each letter can focus on a particular moment or issue.

Materials/Investment required: Access to the internet/books

Suitable for: Beginners interested in history, literature, and writing

16. Write a script for a mini documentary

You can choose a topic such as climate change or local history and develop it into a short, scripted narrative. The script can be divided into segments, with each section focusing on a specific part of the topic, such as background, key events, or supporting evidence. You can decide how to present the information through narration, interview prompts, or scene descriptions. 

Materials/Investment required: Laptop/notebook

Suitable for: Beginners interested in video production, journalism, writing, and filming

17. Experiment with different styles of poetry 

Write poems using structured formats such as haiku, sonnets, or limericks, following their specific rules for line length, rhyme, or syllable patterns. Each form can be used as a constraint to shape how ideas are expressed. You can experiment with how meaning changes when rhythm, structure, or word choice is adjusted within those limits. 

Materials/Investment required: Notebook and basic stationery

Suitable for: Beginners interested in literature and writing

18. Compare news sources

Select a single current event and examine how it is reported across multiple news outlets, noting differences in framing, emphasis, and terminology. You can focus on the details each source covers, things they omit, and the impact of the headlines on the interpretation of the same facts. You may also track variations in sources, such as the quotes used, the order of information, or the tone of language. This activity can help you build critical thinking and analytical skills.

Materials/Investment required: Internet access

Suitable for: Beginners interested in journalism and research

19. Create a book review blog

You can write structured reviews of books you read, focusing on elements such as plot, characters, writing style, and overall impact. Each review should include a clear opinion supported by specific examples. You can organize the reviews into blog posts or documents so they can be revisited and compared across multiple books. 

Materials/Investment required: Laptop and internet access

Suitable for: Beginners interested in reading, literature, and writing

20. Learn a new language independently

Learn a new language using apps, books, or audio lessons, starting with basic vocabulary and simple grammar. You can practice by writing short sentences, speaking them out loud, and repeating key phrases to build familiarity. You can also translate small texts or label everyday things around you to remember words more easily. 

Materials/Investment required: Free/low-cost language app or books

Suitable for: Beginners interested in linguistics

21. Conduct a neighborhood survey 

Create a short survey to gather opinions or information from people in your neighborhood on a specific topic. Responses can be collected and then organized into categories for easier interpretation. You can look for patterns in the answers, such as common views or differences across groups. Then, you can summarize the findings in a simple report to highlight the main trends and what they suggest.

Materials/Investment required: Paper or questionnaire/forms

Suitable for: Beginners interested in social science, public policy, and psychology

22. Track personal spending habits

Keep a daily record of your expenses and sort them into categories like food, transport, or entertainment. Over time, you can look for patterns in where your money is going and which categories take up the most. You can organize the data into simple tables or charts to make comparisons easier to see. This activity can help you understand your spending habits more clearly based on actual records rather than memory.

Materials/Investment required: Notebook

Suitable for: Beginners interested in finance

23. Create a simple business plan

Come up with a small business idea and define what you would offer, who it is for, and why people might need it. In the plan, include basic decisions on pricing, how the product or service will be delivered, and what resources will be needed to run it. You can also think through how customers would discover the business and what day-to-day operations would look like. The focus should be on structuring an idea in a practical, organized way rather than making it fully formal or finance-heavy.

Materials/Investment required: Notebook/computer

Suitable for: Beginners interested in entrepreneurship

24. Study local governance

Find out how your local government works by learning about elected representatives, public services, and decision-making processes in your area. You can spend time researching how rules are made, how public funds are used, and what responsibilities different offices have. You can connect this information to real issues in your community, such as infrastructure, education, or sanitation.

Materials/Investment required: Internet, survey forms, notebook

Suitable for: Students interested in public service, governance, and political studies

25. Map your community resources

Mark key places in your area, such as schools, hospitals, parks, grocery stores, and transport stops, and place them on a simple map. You can then note distances and travel routes to understand how easy or difficult it is to reach each service. Some parts of the community may have many resources close together, while others may have fewer options nearby. The final map can show how access to everyday needs varies by location.

Materials/Investment required: Paper, maps, basic stationery, and a computer

Suitable for: Beginners

26. Design a simple board or card game

You can create a game with your own rules, goal, and ways to play, using simple materials like paper, cards, or dice. You can then decide how players take turns, what actions they can take, and how someone wins. Test the game by playing it with peers or family members and notice what works well and what feels confusing or unfair. 

Materials/Investment required: Internet, cardboard, stationery, and a computer (if necessary)

Suitable for: Beginners

27. Study population data

Work with simple population information, such as age groups, gender distributions, or population changes over time. You can sort the information into clear categories and represent it using basic tables or charts. You can then compare different groups to see how they differ in size or distribution. 

Materials/Investment required: Internet, paper, survey forms, and a computer

Suitable for: Beginners interested in statistics, political studies, and sociology

28. Interview people about their work

Talk to adults such as family members, teachers, or professionals in your community, and ask simple questions about what they do during the day. You can focus on understanding their daily tasks, what they enjoy, and what challenges they face. Take short notes from each conversation and organize them into a few clear profiles. The activity helps you learn about different kinds of work.

Materials/Investment required: Internet access for basic research

Suitable for: Beginners

29. Create a debate portfolio

You can begin by choosing a few simple topics and gathering different viewpoints on each of them. For each topic, write short arguments for both sides and note the reasons behind them. You may also include responses to common counterarguments in a clear, organized way. The portfolio can help you bring these arguments together so you can compare how different positions are built and supported.

Materials/Investment required: Notebook, computer, and internet for research

Suitable for: Beginners interested in public speaking

30. Study global issues through case studies

Examine practical problems affecting different regions of the world by looking at specific examples. You can study issues such as climate change, migration, public health, access to education, or economic inequality through individual country or community cases. Analyze background information, key events, and the factors that shape each situation and compare how similar problems appear in different places and how responses may vary. You can then organize your observations using notes, charts, or short written summaries. 

Materials/Investment required: Internet, books, notebook or journal, computer for research, and stationery

Suitable for: Beginners interested in environmental science, politics, sociology, and related fields

Frequently asked questions

What summer activities are good for middle school students interested in science?

Strong science options include building a DIY weather station, creating a solar oven, conducting a water filtration experiment, building a simple circuit, and tracking plant growth under different conditions.

Are there summer activities for middle school students interested in writing and the humanities?

Yes, options include starting a personal storytelling project, writing a script for a mini documentary, creating a book review blog, keeping a daily observation journal, and writing letters to historical figures.

Which activities help middle school students build skills useful for high school?

Python mini projects and no-code app design introduce coding fundamentals, the math puzzle book strengthens analytical thinking, and activities like comparing news sources and creating a debate portfolio build critical thinking and communication skills directly relevant to high school coursework.

Are there structured programs for middle school students who want guided support?

Yes, the Lumiere Junior Explorer Program is an eight-week online program that pairs students one-on-one with a PhD mentor to complete a guided research or academic project with structured feedback.

Which summer activities help middle school students explore business and economics?

Students interested in business and economics might try tracking personal spending habits, creating a simple business plan, studying local governance, or mapping community resources, all of which build financial literacy and real-world analytical thinking.

Which activities are best for middle school students with no prior experience in a subject?

Most activities on this list are labeled suitable for beginners, including the solar oven, water filtration experiment, storytelling project, historical timeline, neighborhood survey, and board game design, so students can start without any prior background.

Stephen is one of the founders of Lumiere and a graduate of Harvard College, where he earned an A.B. in Statistics. He founded Lumiere as a Ph.D. student at Harvard Business School. Lumiere is a selective research program where students work 1-on-1 with a research mentor to develop an independent research paper.