Interdisciplinary project database

Consider how the design thinking process compares to the Scientific Method. Is there a possibility that one could replace the other? Read this challenge from the Oxford University Press.

Music, rhythm, math, and lyricism are all intrinsically connected. Learn about how lyric-based music, especially rap and hip hop, utilize language to convey meaning and messaging, all-the-while adhering to strict rules about rhythm (and therefore, math)!

Analyze the science of standing up for yourself. Developing the confidence to speak up and demand action is incredibly difficult, and it’s more difficult for some than others. This research highlights assertiveness and what it means to make these decisions.

There are many different specializations in science, from looking at the stars to analyzing human behavior. Demonstrate to students the number of different ways in which science can be applied through career opportunities.

The Rorschach Test is one of the most easily recognized assessments of the subconscious throughout pop-culture. But how should it be used and its results understood? Is it science or pseudoscience, how would we know?

Practice problems are an ongoing practice in learning mathematics that requires a tremendous amount of grit. Perhaps more than any other subject, math traditionally requires an ample amount of rote memorization.

However, there are those that argue that this rote memorization (such as times tables) aren’t needed with the existence of calculators. Hold a debate that examines this argument.

Generate a petition/call to action aimed at a company to change their practices regarding fast fashion.

Brainstorm and develop an idea for a new social media platform that brings people together. How would it function? Why would people want to use it? Use a UI/UX software like Figma to plan out and demonstrate your ideas.

The way mathematics was applied to study these different concepts was often used to advance science, specifically exploring the Earth. Demonstrate how different mathematical inquiries led to scientific breakthroughs in astronomy, cartography, and oceanography.

Learn about how sound waves connect to pitch, volume, tempo, and rhythm, noticing how the creation and manipulation of sound is heavily connected to frequency. By understanding sound waves, we can create music that goes beyond traditional sounds (e.g. through digital manipulation).

When having conversations, it’s sometimes easy to get lost in one’s train of thought. When this happens, we’re no longer fully engaged in the conversation — we’re not listening. Introduce and practice the idea of visual notetaking to help learners utilize sketching and drawing to connect together ideas and engage in the art of listening.

Create a resource for teachers to recognize childism and adultism in the classroom, advocating for yourself.

Creativity and science are both intrinsically and extrinsically linked: experimentation is an inherent part of creativity, and creativity itself has been studied through the use of science. Consider having students learn about different forms of artistry: such as color psychology or the color light spectrum, and have students design and test hypotheses on the topics.

Look at historical examples of perspectives and biases across major world events (e.g., Charge of the Light Brigade, Sinking of the Lusitania, End of Apartheid, American Civil War, etc.)

Research a concept of “future technology” by contacting an academic at a local or regional university. Find a topic that interests you, conduct an interview, and consider the ethical implications of incorporating this idea. Present this idea!

Paraphrase or have students read the article, Here's Why We're Underestimating The Value Of English Majors, and discuss the value of studying English/Language Arts/Humanities at university.

Negotiations on the world stage require many moving parts. Examine a recent international negotiation by your country, such as a trade agreement or defense agreement. Who were the key players? What was being negotiated? Did both sides get everything that they wanted? Did their respective populace agree with the compromise?

Throughout history, leaders, inventors, activists, scientists, and more have been jailed or worse, killed, for their work, often knowing the risks that went into it. Describe why various people are willing to take the ultimate sacrifice to do the work they believe in.

Embracing the different languages of the world can lead to a flourishing, multicultural society. However, there is a fear that these languages will “replace” the mainstream language of the area. Showcase your community’s various speakers and dialects, highlighting the importance of a diverse community.

“Tenacity” is often cited as a way of knowing defined by tradition: something is true because it has always been considered true. Authority and intuition are also cited as ways of knowing. What makes science stand out in its foundations, methods, and criteria from other ways of knowing and understanding the world?

Read and discuss Life in the City Is Essentially One Giant Math Problem from the Smithsonian. Consider: what math problems must we solve in order to successfully design a city? Have students brainstorm these problems, then consider what their expressions and solutions may look like.

Have a business or invention idea? Prepare a formal presentation for your product or service. Utilize the concepts presented here, as well as other resources on presentation skills, to make a pitch deck on your idea.

Consider the concept of scale. What about…infinite scale? As something impossible for humans to perceive, we’ve always been fascinated with the idea of infinite space. Conduct research and prepare a presentation, art piece, or community dialogue on why it’s worth exploring the idea of infinity.

Standing up for yourself also means standing up for others, especially on community issues. Identify a problem that you see in your community and connect with other activists to demand change. Join a campaign or start one yourself to bring awareness to a problem and lend your expertise in a certain way (such as through art, marketing, or organizing).

Focus on athletic wear and/or shoe manufacturers. Using a similar methodology to this lesson, consider sports and individual training. What impact may this have on one’s health (both from wearing the clothes as well as the environmental impact)?

Alternatively, examine a specific sport (football, basketball, volleyball, track & field,etc.), examining the labor practices of manufacturing its products (e.g. a football, uniforms, shoes, field products).

Is there a contentious issue in your neighborhood? Look at building development, environmentalism, traffic/road servicing, and more, and see what people are talking about. Interview different perspectives on the topic and showcase how their opinions differ but could be compromised on.

Analyze the impact of walkable cities on where one chooses to live. How much of a health difference does it make to work in an area where you can walk and commute to work? To the places you want to go? What about access to public transportation?

The Golden Age of Islam was in the same time period as the “Dark Ages”, yet when many refer to this era of history…the Dark Ages is the universal term. Explore why this may be the case and introduce students to ideas of historiography.

Getting started with a creative endeavor requires the right headspace. Help students embrace a positive mindset by creating a quiet, distraction-free environment where creativity can flourish. Encourage students to start an art project out of thin-air – providing resources to get started and seeing what happens!

Use a tool like Google Sheets or other spreadsheet program to develop a detailed monthly budget for a year of living in your chosen location. Use formulas and other spreadsheet tools to help track your finances.

Highlight an issue in your community, such as funding parks or fixing potholes. Using local news sources, have students conduct a cost-benefit analysis of incorporating these ideas. This can consist of financial data, but also data on how these improvements affect elements of community life.

Conduct the Harvard Project Zero “What makes you say that?” activity, which helps students share their interpretation of why they believe certain things, such as their expectations for the future.