Intro to Chemical Engineering: Engineering with Play Dough  *

Do you like to play with play dough? Did you know that making sure that play dough is the perfect texture and consistency is important work? It takes the skill of an engineer to figure out how to make the perfect batch of play dough that can be used over and over again! Are you ready for the challenge?  

In this course, you will learn about the states of matter and the properties of different materials and mixtures as you take on the role of a chemical engineer and work to design the best batch of play dough. Through developing hypotheses, trying different mixtures of materials, experimenting, collecting data, and testing your creations, you will go through the engineering design process to figure out the best dough “recipe.” By the end of the week, you will never think about play dough the same way again! 

*Some components of course adapted from an evidence-based curriculum, A Work in Process: Improving a Play Dough Process, from Engineering is Elementary (EiE) and the Museum of Science, Boston

Witty Word Play 

Do you have a knack for telling tales? Have you ever wondered why some stories make us cry while others make us laugh? Do you enjoy reading stories and poems? If so, join us for an adventure into the wild world of words! With your instructor as your guide, you will learn to recognize special literary devices such as similes, metaphors, and puns; all tools that writers use to better communicate their creative ideas and bring excitement to their tales. We will examine some of our favorite books and try to spot the play on words hidden within them. We will then practice using literary tricks to write our own stories and poems to wow our peers. Amaze acquaintances as you apply alliteration, make your friends gasp when you use onomatopoeias, and let your pencil do the talking with personification. You, too, can experiment with figurative language and wordplay using the very same tools that writers have used for centuries! 

*Some components of course adapted from an evidence-based curriculum, A World of Wild, Wacky, Wonderful Words, from the College of William and Mary 

Crime Lab Chemistry *

Calling all detectives! A mystery awaits, and your skills of scientific observation are needed to crack the case. What tools will you need to decipher this puzzling scene? In this hands-on course, you’ll step into the world of forensic science by investigating crime scenes, handling evidence, and distinguishing between scientific evidence and inference. As the investigators of a crime lab mystery, you will survey the scene, conduct forensic tests like fingerprinting, DNA analysis, chromatography, and more. Then, you’ll need to analyze your findings to create a preliminary report and test your hypothesis. Through engaging activities and real-world problem-solving, you’ll deepen your understanding of science while experiencing the excitement of crime scene detection. Get ready to uncover the truth and solve the mystery! 

*Some components of course adapted from the curriculum, GEMS: Mystery Festival, by Kevin Beals and Caroline Willard. 

Cryptology

What role does cryptology play in our history and our future? How can we use patterns and structures to solve codes? Can understanding Ancient Number Systems help deepen our understanding of the Base 10 Hindu-Arabic Number System used today? Cryptology is the study of secret codes and ciphers that involve encoding and decoding information. The mathematics behind encoding and decoding information is one of technology’s hottest careers, and encryption plays a huge role in our society, protecting our electronic information. In this exciting interdisciplinary unit that uses the children’s book, “The Eleventh Hour” by Graeme Base as its guide, you will become code breakers who can solve not only the mystery of who stole the feast but also other puzzles that come your way! You will learn to use basic cryptology ciphers, as well as the universal code of place value and mathematics to communicate your thinking. You will study ancient number systems such as ones the used by Babylonians, Roman Numerals, and the base 2 system used in computer coding to unlock secret messages and discover how mathematicians must universally understand the language of numbers to communicate effectively. 

Math and Music *

Do you consider yourself a fan of rock’n’roll? Does pop music dominate your playlists? Maybe you prefer instrumental or classical tunes? From tempo to rhythm to musical notes themselves, did you know math is hidden everywhere in music? The two subjects are closely intertwined, and in this course, you will uncover how mathematical concepts are concealed in your favorite songs and genres. You will examine topics, such as set theory, musical scales, frequency, matrices, serialism, compositional techniques, and the Fibonacci sequence, to help you reach an understanding of the intersection of math and music. Furthermore, you will dissect famous songs from various well-known artists to examine patterns within and across genres. A musical background is helpful but not required. After this course, you may have a new mathematical appreciation for music of all kinds! 

Ancient Roots and Ruins: Exploring the Impact and Influence of the Roman Empire*

The Roman Empire lasted for over 1000 years and is considered one of the most powerful and influential empires in history. How can studying ancient history help us better understand life now and in the future? How does this ancient civilization still influence our world today? One commonly studied ancient civilization is Ancient Rome.  What lessons learned by those in the Roman Empire are still relevant in today’s world? In this course, we will embark on a journey through the captivating world of Ancient Rome! You will explore the evolution of Roman civilization, including its culture, language, and people. You’ll immerse yourself in the remnants of antiquity as you investigate Roman art, architecture, and literature and uncover the dynamics of power, politics, and religion that sustained the empire before bringing it to its legendary fall. Through an interdisciplinary approach encompassing history, linguistics, art, and philosophy, you will begin to unveil the intricate tapestry of Ancient Rome. 

*Some components of course adapted from an evidence-based curriculum, Ancient Roots and Ruins: A Guide to Understanding the Romans, Their World, and Their Language, by Ariel Baska and Joyce VanTassel-Baska, Ed.D.

Harry Potter: The Science Behind the Magic 

Have you ever wondered if the magic in Harry Potter could be possible for Muggles? Is there a way to make brooms fly? Could we apparate from one place to another? What would we need to create a love potion? To answer these questions, come explore the wizarding world of science!  

In this course, we will discuss what would be scientifically required for magic to become possible. For example, we will investigate potential chemical compositions of Veritaserum (truth serum), love potions, and Felix Felicis (“Liquid Luck”) and discuss how each would chemically alter someone’s cognitive state to provide the desired results. We will also learn how molecular magnetism can be manipulated to levitate objects and how proteins, such as lysosomes, found in some tears have healing effects like phoenix tears. If you were disappointed that you didn’t receive a Hogwarts acceptance letter, this is your chance to become a wizard—a wizard of science! Jump aboard the SAVY Express and be transported to new knowledge.

Molecular Genetics

Have you ever wondered why you look a certain way? Have you considered questions like —Why do I have blue eyes, but my mom and dad have brown eyes? What makes me different from a plant? Why are polar bears white? If you find yourself asking these types of questions, then you are already thinking about the complexities of genetics. We will answer these questions and more as we take an in-depth, hands-on investigation of genetics and how genes make everyone unique. Starting at the molecular level, you will learn about the DNA double helix, the processes of transcription and translation, and genetic mutations as we explore the intricacies of the genetic code in your cells. You will investigate topics such as natural selection and classical Mendelian genetics and examine the role that genetics plays in other fields like immunology and medicine. Understanding genetics will allow you to better understand yourself and the world around you. By the end of the course, you will be able to talk about the laws of genetics like a real scientist as we discuss the ways that DNA shapes every living thing. 

Biomedical Engineering *

Do you think engineering is just about machines? Not true! Come and learn how the world of biology, medicine, and engineering combine to solve some of our most complex problems about the human body! In this class, you will take on the role of a biomedical engineer as you study how the body works, and design new technologies through hands-on experiments and activities. As a biomedical engineer, you might explore variations in human feet and use this information to design appropriate running shoes for athletes, or you might study the range of motion in a joint to design an appropriate brace. Situations like these involve thinking about the body as well as the support. What material is best? What design is most comfortable? How does the design support the work of the body? Biomedical engineering is complex! To be a successful biomedical engineer, you have to understand a lot about the body. In this class, we will start by exploring the role of DNA and genetics in the body and learn how engineers and scientists use this knowledge. By using both the scientific method and the engineering design process, we will investigate real life problems that doctors, scientists, and biomedical engineers encounter every day. 

*Some components of course adapted from an evidence-based curriculum, No Bones About It from Engineering is Elementary (EiE) and the Museum of Science, Boston.

Forensic Science: Cracking the Case 

We have a mystery on our hands, and we need your help to solve it! Someone has stolen a very important tool from our classroom, but we don’t know who. Where do we start to solve this mystery? How would a detective in the field approach the case? What information can we gather from the scene, and how do we analyze and extract meaning from it? Using the scientific method as your guide, you will develop hypotheses, conduct experiments, and analyze information to figure out the case of the missing item. Together with your peers, you will take on the role of biologists, chemists, and researchers as you practice different techniques, such as DNA extraction, chromatography, and fingerprint analysis, to solve the case. After collecting and studying the evidence, you will make predictions about what you think happened and debate all the ideas to come to a final conclusion. Will you join us so we can crack the case?

Adventures in Algebra*

Do you like to play mathematical games? Can you use mathematical tricks to solve the most challenging problems with numbers? Can you think of multiple ways to get to the right answer and explain when one strategy might work better than another? In this course, you will go on an unforgettable journey into the fun and complex world of algebraic thinking, where you will explore how to use important strategies and games to discover mathematical patterns, formulas, and algebraic expressions. In addition, you will also perform complex mathematical computations to solve for missing variables. Get ready to wow family and friends with your numerical skills and clever thinking. Math isn’t just fun in this class; it’s an adventure in the world of algebraic thinking! 

*Some components of course adapted from an evidence-based curriculum, Awesome Algebra, from project M3. 

Industrial Engineering: Machines at Work  *

Whether or not you realize it, machines are important to our lives. From the clothes you wear, to the food you eat, to the place you call home – machines are involved in some way in making or assembling most things we use on a daily basis. In a constantly changing technological world, how are new machines developed? Industrial engineers to the rescue! In this course, you will take on the role of an industrial engineer as you conduct investigations to learn more about simple and compound machines and how these machines can make work easier. Come ready to apply what you learn to design, create, and test your own machine creations as you and your fellow industrial engineers create an assembly line sub-system for a factory in need of some help with their potato chip production problem. Think your job is over after the design? It has only just begun! You will need to debate the pros and cons of your machine creations and assembly line work as we investigate the use of machines from the perspective of multiple stakeholders including factory managers, workers, and consumers. We will really put our machines and minds to work in this hands-on engineering class! 

*Some components of this course adapted from an evidence-based curriculum, Marvelous Machines: Making Work Easier, from Engineering is Elementary (EiE) and the Museum of Science, Boston. 

Timeless Tales: Archetypes All Around Us   *

Have you ever heard the saying “Imitation is the sincerest form of flattery?” In literature this saying rings true with archetypes, characters or storylines that have been used as models for authors and screenwriters for centuries. From damsels in distress and evil geniuses, to the hero’s journey and the struggle between good and evil, archetypes can be found in all different types of literature and media.  

In this course, you will examine the patterns, symbols, and motifs associated with common archetypes as you analyze primary source documents, literature, art, and popular media. Together we will explore questions such as “How do encounters shape ourselves and our world?” and “How do archetypes reflect the human experience?” After this class, you will have a better understanding of how literature teaches us about the world. 

*Some components of course adapted from an evidence-based curriculum, Encounters with Archetypes, from Vanderbilt Programs for Talented Youth. 

Culinary Anthropology: Exploring Food and Culture **

Does the food around us influence our cultures, or do our cultures influence the food around us? Cultures and societies from all around the world have varying preferences, taboos, and rituals that shape their consumption and feelings around food. Food has been a central part of cultural celebrations, gatherings, and social connections across history. From the interplay of food production, distribution, and consumption to the significance of seating arrangements, dining rituals, and etiquette, you’ll delve into the multifaceted relationship between food, culture, and society. This course will explore both Western and non-Western cultures and customs around food through an anthropological lens. 

Note: **Please note, some consumption of food will be involved in this course 

Fission and Fusion: Nuclear Engineering 101 *

Did you know that approximately 20% of the United States’ electricity is generated by nuclear power plants?  But is nuclear power an efficient, reliable, and clean method for generating energy or a threat to the environment and humans?  

In this class you will explore the innerworkings of these innovative and complex systems, focusing on how nuclear power plants create energy but also generate and remove radioactive waste. Then, you will take on the role of a community leader and help the mayor decide whether a nuclear power plant in your area is the best way to expand the methods they use for getting rid of radioactive waste. How will you vote? Is nuclear energy “friend or foe”? 

*Some components of course adapted from an evidence-based curriculum, Nuclear Energy: Friend or Foe?, from the College of William and Mary. 

Speeches of Freedom: An American Journey  *

I have a dream. Four score and seven years ago.
Ain’t I a woman? There are some speeches so powerful, they inspire us for generations after they were originally uttered. In this class you will analyze some of these speeches from American presidents and notable leaders, dive into diverse perspectives around the themes of liberty and freedom, and explore the pivotal role of historical speeches in shaping America’s understanding of freedom. 

Learn how to examine key historical speeches, such as Abraham Lincoln’s First Inaugural speech, and analyze the context and purpose behind these influential words. Through an exploration of marginalized voices, including those of Martin Luther King Jr. and suffragette Carrie Chapman Catt, curious minds will gain a greater understanding of American’s complex journey towards freedom for all. 

As a budding historian, you will investigate primary sources and connect your analyses to historical documents, letters, and recordings that provide deeper insights into the speeches’ significance. Through collaborative discussions, peer reviews, and reflective writing, you will engage your critical thinking, research skills, and creativity. By the end of the course, you will have a deeper understanding of the historical context of freedom in America and the power of speech in reflecting and creating historical moments and in advocating for social change. 

*Some components of course adapted from an evidence-based curriculum, Finding Freedom, from Vanderbilt Programs for Talented Youth. 

Archaeology 101: Unearthing Secrets of the Past *

A construction company in town is tearing down an old school building when they discover artifacts buried in the ground. As a budding archaeologist working at a museum, you’ve been hired to explore the grounds and investigate the treasures they’ve unearthed. But what are these artifacts? Where did they come from, and what can they tell us about the past?   

In this course, you will answer these questions as you learn about the tools and technology of archaeologists, excavate your own mock archaeological site, analyze artifacts, and draw conclusions about the relics you find. Come along as we dig for answers and unearth clues to the past—who knows what knowledge you might uncover! 

*Some components of course adapted from an evidence-based curriculum, What a Find!, from the College of William and Mary. 

Plants and Pollen: Exploring Agricultural Engineering  *

We have a problem: a beautiful plant that grew delicious berries is not looking so healthy. Even more troubling is the fact that the plant has stopped producing berries! In this course, you will become agricultural engineers to determine what has happened to this beautiful plant, and you will use the engineering design process to design a solution to make the plant healthy again. As you investigate, you will learn about integrated pest management (IPM), butterfly metamorphosis, hand pollination, and much more. This course will forever change how you think about plants, insects, and agricultural engineering! 

*Some components of this course adapted from an evidence-based curriculum, The Best of Bugs: Designing Hand Pollinators, from Engineering is Elementary (EiE) and the Museum of Science. 

Circuitry, Systems, and Design: Electrical Engineering* 

Imagine that you are a newly hired engineer for the local power company. The city wants to build a special recreational complex and they need your help. There is a lot to learn about how to design and wire the complex so that it passes inspection and can withstand the stresses of weather and people. In this course we will take on the role of an electrical engineer and learn about currents, circuits, systems, and electricity. Come ready to design your own electrical system for the new building but watch out – you never know when a storm may hit. Can your design withstand it? We won’t be left in the dark as you explore the exciting field of electrical engineering. 

*Some components of course adapted from an evidence-based curriculum, Electricity City, from the College of William and Mary 

Mathematicians in History: Patterns, Order, and Relationships 

Do you enjoy playing with numbers? Do you notice patterns or make connections that help you predict things around you? Do you like to tinker with unusual ideas and objects that could solve problems? If so, you’ll have a great time putting your mathematical mind to work with us! You will start by taking a deeper look into the lives and mathematical thinking of well-known experts like Pythagoras, Archimedes, Galileo, Newton, and Pascal, as well as Hypatia, John Napier, Pierre de Fermat, Sophie Germain, and Carl Gauss. Then, you will sharpen your pencils and get ready to sketch some new thoughts, calculate some numbers, and organize some data, so you can observe, question, build, arrange, and test out ideas. The science of mathematics could be a new discovery for you AND lead to an invention that solves a big world problem (or two, but who’s counting?). 

Percy Jackson & Greek Mythology * 

Zeus. Aphrodite. Artemis. Achilles. Perseus. Poseidon. You may have heard of these famous names of Greek mythology, but do you know the real stories? In this course, you will not only examine a variety of Greek myths but also explore the ways in which those myths have shifted over time to form the modern books and shows that have continued to capture our attention! You will work on the analytical writing and critical thinking skills needed for middle school, high school, and beyond using stories that are interesting and relatable, even though they’re thousands of years old!  

Our time together will begin with understanding the purpose of myths and why scholars continue to study them to this day. Next, we will dive into individual myths, comparing their original form with how they are portrayed in modern stories like Percy Jackson. Finally, we will wrap up the course by creating, analyzing, and sharing our own versions of Greek myths in modern-day settings to critically consider the role that these tales continue to play in our daily lives. **This course is not endorsed by Disney. 

Biology of the Body: Exploring Human Body Systems *

Are you aspiring to be a doctor, nurse, or biomedical researcher? Have you ever wondered how digestion affects your mood or how blood circulation influences your immune responses? Are you curious about the ways diseases spread and impact our bodies? If so, this course is your opportunity to explore the inner workings of the human body and how its systems work together to maintain health. In this hands-on course, you’ll take an in-depth journey through the body’s key systems—digestive, circulatory, immune, and more—and learn how they communicate and collaborate to keep us healthy. You’ll learn to think more like a physician, addressing the complex challenges of the human body that medical professionals and scientists face daily. Prepare for an exciting and educational experience as you gain a deeper understanding of how the human body functions, adapts, and responds to external factors. If you’re passionate about health and science, this is the course for you! 

Some components of this course are adapted from the evidence-based curriculum, No Quick Fix, from the College of William and Mary. 

Math & Music 

Do you consider yourself a fan of rock’n’roll? Does pop music dominate your playlists? Maybe you prefer instrumental or classical tunes? From tempo to rhythm to musical notation, did you know math is hidden everywhere in music? The two subjects are closely intertwined, and in this course, you will uncover how mathematical concepts are concealed in your favorite songs and genres. You will examine topics, such as set theory, musical scales, frequency, matrices, serialism, compositional techniques, and the Fibonacci sequence, to help you reach an understanding of the intersection of math and music. Furthermore, you will dissect famous songs from various well-known artists to examine patterns within and across genres. A musical background is helpful but not required. After this course, you may have a new mathematical appreciation for music of all kinds!

Space and Story: Structure of the Universe 

What do gravity, space travel, a Möbius strip, President Barack Obama’s speeches, your favorite short story, and art all have in common? They share one crucial element: structure! In this interdisciplinary course, you’ll journey through the vastness of the solar system and Einstein’s theory of relativity to unravel the mysteries of how the universe is organized. Alongside scientific explorations of gravity, mass, spacetime, and orbits using models and simulations, we’ll examine how structure shapes creative expression in writing, art, and public speaking. Engage with short stories, poetry, and art to analyze how creators build their works to convey powerful ideas. Debate the future of space exploration, including missions to Mars, while drawing fascinating connections between the cosmos and human creativity. Perfect for those curious about astronomy, storytelling, and the parallels that bind them together, this class is a stellar adventure you won’t want to miss! 

*Some components of course adapted from an evidence-based curriculum, Story, Space, and Structure, from Vanderbilt Programs for Talented Youth.

Finding “Faults” in Media: The Geology of Disaster Movies 

Many aspects of the Earth System have been depicted in movies, and Hollywood doesn’t always get it right.  Movies like Ice Age, Journey to the Center of the Earth, Twisters, and San Andreas are entertaining and enticing!  But what do they get right and wrong?  You will leave this course with a deeper understanding of various aspects of Earth Science such as geology, meteorology, geologic time, seismology, and more, and will be able to implement this knowledge by evaluating depictions of Earth Science in media.  We will explore several examples of disaster movies and consider what they get right and what they get wrong.  As we go through this one-week course, we will consider alternative storylines and how accuracy impacts storytelling, but also what impact it can have on public perception of science and natural disasters.  You will leave this course with a deeper understanding of Earth Science, as well as the tools needed to think critically about science in the media! 

This course is designed for those interested in exploring a career in emergency and disaster management, geological studies, meteorology, or media studies.

Introduction to Python for Beginners 

This comprehensive course is meticulously crafted to cater to individuals with limited or no prior programming experience. It is specifically designed to provide a thorough understanding of Python, a highly versatile and widely-used programming language. Throughout the course, participants will delve into an in-depth exploration of Python’s core elements, including syntax, various data types, control structures, and functions. The curriculum is thoughtfully structured to include hands-on projects and practical exercises, allowing participants to apply their knowledge and reinforce their understanding of Python programming concepts. Upon successful completion of the course, participants will have established a robust foundation in Python, empowering them to confidently pursue more advanced programming concepts and explore real-world applications of the language. 

This course is designed for those interested in exploring a career in data science and machine learning, research, web development, or data engineering.

Neurobiology of Learning and Memory 

Your brain is the most powerful organ in your body. It helps control your breathing, your feelings, and even your body temperature, but how does it affect learning, memory, and decision making? How can our social life, stress levels, or sleep hygiene affect our mental wellbeing and cognitive functions? How are we able to remember some things but not remember others? In this course, you will take an in-depth look at the biology of your brain and discuss how your brain influences other systems in your body. You will learn about the important neurotransmitters in your brain and how they contribute to your emotions, learning, and overall health. If you’ve ever wondered about how and why you are able to “wonder” at all, then you are ready to join us as we explore the biology of the brain! 

This course is designed for those interested in exploring a career in neuroscience, psychology, mental health, or human development. 

Creative Contraptions: A Study of Inventions *

Did you know that every great invention starts with an idea? Perhaps you want to become the world’s next inventor. How do you come up with good ideas? Maybe you have heard the phrase, “Necessity is the mother of invention?” What exactly does that mean? In this course, you will explore famous inventors, their lives, and how they came up with ideas for their creations. We will conduct investigations to learn more about simple and compound machines and how these machines can make work easier. Then, it’s your turn! You will apply what you have learned to design, create, and test your own invention that solves a problem or makes your life or work easier. Who knows—you may be the next Shark Tank sensation! 

*Some components of this course adapted from an evidence-based curriculum, Invitation to Invent, from the College of William and Mary.

Creature Connections: Animals, Humans, and the Natural World *

How does introducing a plant or animal into a community impact all living things? What is considered when building an animal’s habitat at a zoo exhibit? What are the positive and negative roles that humans play in the animal world? Using the science of ecology and zoology, you will examine these questions and more! We will discuss animal characteristics and adaptations over time, explore unique habitats and the implications of environmental changes, and investigate what endangered and invasive species have to teach us. Together we will better understand the connections between animals, humans, and the natural world. If you want to expand your animal knowledge, then fly, swim, slither, crawl, or trot your way to this class! 

*Some components of course adapted from an evidence-based curriculum, Interactions in Ecology and Literature, from Vanderbilt Programs for Talented Youth and Invaluable Invertebrates and Species with Spines: Inquiry-Based Science Lessons for Advanced and Gifted Students in Grades 2-3, by Jason S. McIntosh.

Coding and Robotics 

Robotic engineers are learners, dreamers, strategists, and creative thinkers. Robots are cool to play with, but how are robots used in the real world? Can robots really help make our lives easier? How do robots turn lines of computer coding into action? What are the thinking processes needed to successfully code a robot to complete a task? Come learn the answers to these questions and more as you challenge your mind and test your creativity by programming interactive robots and building your own LEGO SPIKE! In this course, you will take on the role of a robotics engineer as you brainstorm hands-on solutions to real-world problems through computer programming.  Young programmers will learn processes and disciplines that help them work collaboratively using shared computer languages? You will program how your robot moves, looks, and interacts with apps, including augmented reality games, as you try to solve robotic challenges. After taking this course, you will have new ideas about how to use coding and robotics to solve big problems in our world today! 

*LEGO SPIKE Prime and code.org will be utilized. 

The Science of Senses

You are constantly using your senses to understand and interpret the outside world–feel the cold weather, taste spicy peppers, hear loud music. Did you know that each signal your body receives involves your body sending information to your brain by means of electric signals? Have you ever wondered about the role science plays in using your senses? Biology, chemistry, and neuroscience are always all at work as you use your senses to understand the world around you. In this course, you will dive into the science behind the senses, where you will experience and closely examine optical illusions, learn how bats echolocate, and figure out why the delicious flavors of pizza have more to do with smell than taste and more! Through hands-on experiments, you will see firsthand how scientific investigators engage in this field of research. Come take a journey through the science of the senses to understand how the systems of the body help us perceive the world! 

*Some components of course adapted from The SENSE-ational Science Behind How We Discover the World Around Us: Inquiry-Based Science Lessons for Advanced and Gifted Students in Grades 4-5, by Jason S. McIntosh. 

Tremendous Transformations in Writing

Have you ever wondered what happened to Humpty Dumpty after his fall? What if the Diary of a Wimpy Kid was told from a different character’s perspective? How does the evolution of a character build the reader’s understanding of the story? How can words and images within a story alter our thinking or the actions of others change the world as we know it? Authors have the unique opportunity to shape stories and messages using a variety of writing elements. Designed specifically for the student with a flair for the written word, this course will explore the way that authors use transformations to guide a reader toward a story’s central meaning. Through this lens, you will examine both narrative and persuasive elements essential to the development of stories and arguments. Using powerful famous speeches, short stories, and personal narratives as your guide, you will uncover your own voice, transforming yourself into the writer you have always wanted to be! 

*Some components of course adapted from an evidence-based curriculum,Transformations in Stories and Arguments, from Vanderbilt Programs for Talented Youth.

Intro to Neurobiology 

Your brain is the most powerful organ in your body. It helps control your breathing, your feelings, and even your body temperature, but how does it affect learning, memory, and decision making? How can our social life, stress levels, or sleep hygiene affect our mental wellbeing and cognitive functions? How are we able to remember some things but not remember others? In this course, you will take an in-depth look at the biology of your brain and discuss how your brain influences other systems in your body. You will learn about the important neurotransmitters in your brain and how they contribute to your emotions, learning, and overall health. If you’ve ever wondered about how and why you can “wonder” at all, then you are ready to join us as we explore the biology of the brain!   

Solving the Chemical Spill: Navigating Ecological and Chemical Systems *

A truck carrying an unidentified liquid has crashed in downtown Nashville, spilling hazardous contents into the Cumberland River. As an environmental scientist, it’s up to you to contain the damage and protect the city’s ecosystem. But how do you isolate the spill? How can you identify the chemical and its potential impacts? And most importantly, how do you ensure the safety of the Cumberland River Basin and the people of Nashville?  

In this hands-on, problem-solving course, you’ll use scientific experiments to analyze pH levels, acid-based chemistry, and the environmental effects of chemical spills. You’ll dive into the interconnectedness of ecological systems, examining how a chemical spill affects not only the local ecosystem but also the economy, transportation, and public health. With real-world scenarios and interactive learning, you’ll tackle the challenges of environmental responses and develop solutions to mitigate damage. Can you design an effective plan to save the Cumberland River and keep Nashville safe? Join the challenge and become part of the solution! 

*Some components of course adapted from an evidence-based curriculum, Acid, Acid Everywhere, from the College of William and Mary. 

Truth v Perception *

What is reality? Just because we perceive something to be real, does it actually exist? How do we know if something is real or just a figment of our own beliefs and imagination? Join us in this philosophical exploration of the relationship between truth and perception. In this course, you will discover how reality is presented and interpreted in fiction, nonfiction, art, and media by studying famous works by Plato, Shirley Jackson, M.C. Escher, and Vincent Van Gogh. By engaging in reflective activities such as Socratic seminars, literary analysis techniques, skits, art, and creative writing, we will begin to apply our understanding of the differences between truth and our own perception of it. We will conclude with a critical evaluation of how modern media presents reality to us, and how we can train ourselves to be smart consumers of media. Test yourself – are you perceiving the world for what it is, or are you seeing only the shadows of reality? 

*Some components of this course are adapted from the evidence-based curriculum, The Mind’s Eye, a published unit from Vanderbilt Programs for Talented Youth.

Math & Music 

Do you consider yourself a fan of rock’n’roll? Does pop music dominate your playlists? Maybe you prefer instrumental or classical tunes? From tempo to rhythm to musical notation, did you know math is hidden everywhere in music? The two subjects are closely intertwined, and in this course, you will uncover how mathematical concepts are concealed in your favorite songs and genres. You will examine topics, such as set theory, musical scales, frequency, matrices, serialism, compositional techniques, and the Fibonacci sequence, to help you reach an understanding of the intersection of math and music. Furthermore, you will dissect famous songs from various well-known artists to examine patterns within and across genres. A musical background is helpful but not required. After this course, you may have a new mathematical appreciation for music of all kinds! 

This course is designed for those interested in exploring a career in… 

Social Determinants of Heath: How Communities and Policies Impact Well-Being  

How might factors like income, education, food access, and environment shape our health? Can public policies influence the well-being of individuals and communities? In this course, you’ll explore the powerful forces that determine health outcomes and examine how societal structures, such as economic systems, healthcare, political frameworks, justice systems, and media, impact public health. Through interactive discussions, group projects, and data analysis, you’ll identify key health challenges in your community and develop innovative solutions.  

Using the CDC’s policy process as a guide, you’ll create actionable plans that address these issues, while building skills in research, critical thinking, and advocacy. By the end of the course, you’ll present your proposed solutions to a real public health problem, gaining the tools and confidence to engage with your community and advocate for meaningful change at the local level. This course is perfect for those who are passionate about making a positive impact on public health and improving the well-being of others. 

This course is designed for those interested in exploring a career in public health, public policy, or community engagement. 

Wonders of Electrochemistry 

Why don’t we have phone batteries that can last a week? What is the Tesla Cybertruck Supercharger? What is the lithium-ion battery crisis and how can we solve it? This class will explore the fundamentals and advancements of electrochemistry, a unique division of chemistry. The future of many modern technologies relies upon electrochemistry applications. We will discover electrochemistry basics including oxidation states, chemical reactions, metal activities, biomolecular interactions, and batteries. This will expand into uncovering the hidden electrochemistry within jewelry electroplating, electric vehicles, cell phone batteries, diabetes and medical sensors, water disinfection, space exploration, and more!   

Join us as we delve into the shocking truth of just how important electrochemistry is in technology we use every day. We will research the educational path and process for obtaining electrochemistry careers in these explored fields to give you a greater understanding of the available opportunities. In this course, our research project will include exploring the electrochemistry behind the world’s leading electric vehicle manufacturers. By the end of our time, you will have an in-depth understanding of electrochemistry principles, be able to convey critical concepts, and be able to present to the class like a chemist!  

This course is designed for those interested in exploring a career in chemistry, electrochemistry, chemical and electrical engineering, material science and engineering, or other STEM fields. 

Encounters with Measurement * 

Legend has it that deep in the Himalayan Mountains lives a large creature known as the Yeti. To this day, no one has actually seen a Yeti. However, you are on an exploration team that just discovered massive footprints near where people believe it lives. Could it be that your team discovered the first real evidence that the Yeti exists? It’s time to use your findings to learn more about the elusive Yeti! Using the footprint, could you estimate the Yeti’s size? What other information about the Yeti can you potentially conclude by using measurement principles? In this course, you will investigate the many ways that we measure through hands-on, engaging mathematical challenges. You will even help others understand the likely size of a Yeti by creating a true-to-size drawing of the creature. Get ready to measure up, down, and all around as you learn how to quantify space by measuring length, perimeter, area, and volume. After this course, you will not only realize that measurement matters, but you will also know how to measure whatever you encounter! 

*Some components of course adapted from an evidence-based curriculum, In Search of the Yeti: Measuring Up, Down, and All Around, from Project M3

Intro to Coding 

Being able to code may be fun and sound cool to your friends, but how is coding used in real life? In what ways do computer programmers help make our lives easier? How do computer programmers turn lines of code into action? What are the thinking processes and personal characteristics needed to write successful code? What are the processes and disciplines that help programmers work collaboratively using shared computer languages? Come learn the answers to these questions and more as you challenge your mind and test your creativity while learning the basics of computer programming!  

In this introductory coding course, you will take on the role of a programmer to solve coding challenges by developing working scripts based on your level of ability. By the end of the course, you will have plenty of new ideas about how to use coding to solve small and big challenges in our world today, and you will have the knowledge of coding required to develop creative and useful solutions to all sorts of difficult problems. 

*Sphero robots and code.org will be utilized. 

Water and Weather *

Can water disappear and reappear? What factors determine if an object will sink or float? How does water impact the weather? How do meteorologists forecast the weather? In this course, you will unravel the mysteries of water and weather as well as the relationship between them. Through experiments and observation, you’ll discover the phenomena of water disappearance and reappearance, explore density, and investigate the interactions of water with other substances. You’ll even engineer floatation devices! Stepping into the shoes of a meteorologist, you will put your newfound understanding of water to work to explore the relationship between weather and water.  You will also explore weather patterns, practice preparing weather reports, and investigate extreme weather occurrences. Through this immersive journey, you will learn how water and weather are key examples of the change all around us! 

*Some components of course adapted from an evidence-based curriculum, Weather Reporter and Water Works, from The College of William & Mary 

Exploring Epidemiology One Microorganism at a Time *

In 2020, the term “pandemic” became part of everyday conversation, but have you ever wondered how scientists pinpoint which microorganisms cause illness? Or how scientists track their spread? How do epidemiologists monitor and control disease outbreaks, and who are the trailblazing scientists behind vaccines that save lives? In this immersive course, you’ll step into the shoes of a microbiologist and epidemiologist, helping a small town combat a mysterious epidemic. Using investigative techniques, you’ll trace the disease’s origins, analyze its exponential spread, and study the groundbreaking work of scientists who have shaped modern public health. As you explore the science of disease transmission, vaccination, and the history of epidemics, you’ll gain practical skills to help solve real-world health concerns. By the end of the course, you’ll be equipped to take on future challenges in the world of infectious diseases and contribute to the global fight for public health. 

*Some components of this course adapted from an inter-disciplinary curriculum, Microscopic Monsters and the Scientists Who Slay Them, by Jason S. McIntosh, Ph.D.  

The Making of America: Rebellion, Revolt, and Resolution 

Studying history is not just memorizing dates and facts. It is about analyzing the past and considering how it impacts our present and future. Certain events in history have created profound change, altering the course of human life forever. Come ready to take on the role of historian as you analyze primary sources, such as advertisements, speeches, letters, and even song lyrics to better understand our world today.   

The American Revolution is the focus of this course on cause and effect, consequences, and implications. You will explore the people, places, and events of the American Revolution to understand how a government designed “by the people” and “for the people” rose out of the gunfire and turmoil in the 1700s. Students will also consider and evaluate different historical perspectives as explored by biographer, Ron Chernow, and Broadway star, Lin-Manuel Miranda (Hamilton). Join us for a hands-on, minds-on investigation of an important time where the world was turned upside down with rebellion, and revolt and resolution influenced life as we know it! 

*Some components of course adapted from an evidence-based curriculum, The World Turned Upside Down: The American Revolution, from the College of William and Mary. 

Space Academy: Exploring the Work of Astronauts 

Astronauts are scientists, problem solvers, critical thinkers, and explorers. Have you ever wondered what it takes for an astronaut to prepare for their journey? What are the forces of flight that help a shuttle get to space? What are the planets like – and whatever happened to Pluto?  

Prepare for an exploration through the stars and problem solve new challenges at each planetary stop along the solar system. In this course, we will simulate the phases of the moon, navigate the challenges of microgravity, discover the mythology used to explain interstellar mysteries, and much more. Come learn, discover and explore at the space academy! 

*Some components of this course adapted from an inter-disciplinary curriculum, Astronaut Academy, by Jason S. McIntosh, Ph.D. 

From Myth to Modern Legend: Greek Mythology 

Zeus. Aphrodite. Persephone. Achilles. Perseus. Helen of Troy. You may have heard of these most famous names of Greek mythology, but do you know the real stories? In this course, you will not only examine a variety of Greek myths but also investigate the ways in which those myths have shifted over time to form the modern books and movies that have captured our cultural fascination! You will work on our analytical writing and critical thinking skills needed for middle and high school and beyond and let your creative side loose.  

Our time together will begin with understanding the purpose of myths and why scholars continue to study them to this day. Next, we will dive into individual myths, acting them out to put ourselves in the heroes’ shoes and comparing the original legends to recent film adaptations. Finally, we will wrap up the week by crafting, analyzing, and performing our own versions of Greek myths in modern-day settings in order to critically consider the role that these tales continue to play in our daily lives. 

The Origins of Math: Discovery or Invention? 

Have you ever wondered where math comes from? Did our ancestors discover math as they learned more about the natural world, or did they create mathematical principles to better understand the world around them? Are you curious about mathematical symbols from different cultures and histories?   

After walking through the history of mathematics, you will join a research team. Together, you and your team will look for evidence in the history of mathematics and science on whether math has been discovered or invented by humans. Along the way, you will learn to solve mathematical puzzles and use historic math symbols from different countries throughout the history of math. Explore a history of mathematics and search for evidence to support your claim. Soon you will have a clear idea, was math discovered or invented?

Programming and Robotics 

Robotic engineers are learners, dreamers, strategists, and creative thinkers. Robots are cool to play with, but how are robots used in the real world? Can robots really help make our lives easier? How do robots turn lines of computer coding into action? What are the thinking processes needed to successfully code a robot to complete a task? Come learn the answers to these questions and more as you challenge your mind and test your creativity by building and programming your own robotic creations using LEGO Spike Prime!  In this course, you will learn effective ways to collaborate, communicate, and make decisions as part of a team. You will explore the steps in the engineering design process to identify problems and brainstorm ideas with your peers, then work together to create and program prototypes using LEGO Spike Prime. You will learn how to troubleshoot issues, test your creations, and improve your designs through iterations. After taking this course, you will have new strategies for teamwork and leadership, as well as ideas about how you can use coding and robotics to solve big problems in our world today! 

Hidden Chemistry: Everyday Chemical Reactions   

What is matter in the universe made of? How does a gas work? How does a glow stick glow? Explore the fundamentals of chemistry and the subtle chemical mechanisms present in our everyday lives! 

The proton, neutron, and electron are with us every moment, yet we fail to recognize their significant contributions. You will discover how the proton, neutron, and electron work together to form the Periodic Table of Elements and how these subatomic particles serve a greater purpose. Together we will investigate acids and bases, atomic bonds, and atomic structure. This will expand into uncovering the hidden chemistry within electric vehicles, water components, space exploration, and more! You will research the educational path and process for obtaining chemistry careers in these explored fields as well as discussing the renowned scientists that have carved our foundation. Reveal and understand the commonly unknown chemical reactions around us every moment, while discovering new ideas often unexplored. 

This course is designed for those interested in exploring a career in chemistry, engineering, or other STEM fields. 

Utopia or Dystopia: Perspectives of Power *

You may be surprised to learn that the word utopia derives from the Greek ou topus, which means “no place”. For centuries, humans have been fascinated with the idea of a perfect paradise or utopia through literature and storytelling. Have you ever noticed the blurry line between utopia and dystopia? 

Explore the complex themes of utopia and dystopia through literature, art, history, and critical discourse. Investigate the characteristics and definitions of utopian and dystopian societies by examining classic texts such as George Orwell’s Animal Farm and Lois Lowry’s The Giver. Through collaborative discussions, creative projects, and Socratic seminars, you will analyze how power dynamics shape societies, influence individual perspectives, and affect the quest for an ideal world. Examine the nature of power through literature, poetry, and historical documents. You will engage in simulations and debates fostering your ability to articulate your thoughts, construct arguments, and reflect on personal responsibility within societal structures. By the end of the course, you will have developed a nuanced understanding of the interplay between power, society, and personal agency, preparing for further exploration in literature and critical thinking. 

*Some components of course adapted from an evidence-based curriculum, Perspectives of Power, by Vanderbilt Programs for Talented Youth and Utopia, from the College of William and Mary. 

This course is designed for those interested in exploring a career in political science, community development, or leadership.

Writing History: Truth and Lessons in the Past *

You might have heard the phrase “history is written by the victors”—but what does that really mean? How does history get from the news to your textbooks? Could two historians write about the same event in different ways? How can historical fiction reflect the real tragedies, triumphs, and everyday experiences of humans throughout time?  

Embark on a journey to understand the intricate role that historians play in shaping our understanding of the past. Through the examination of primary sources and the analysis of historical narratives, you will explore the idea that “history is written by the victors” and consider how various perspectives influence our interpretation of historical events. You will delve into the works of notable historians and authors such as David McCullough, Frederick Douglass, and Brenda Wineapple, and gain insights into the methodologies used in both historical fiction and non-fiction writing. Through close readings of famous historical speeches and the evaluation of primary sources, sharpen your critical thinking skills by identifying biases and perspectives. 

Finally, you can try your hand at writing history! Craft your own historical narratives by applying the techniques and knowledge gained throughout the week. By integrating the study of history with writing, cultivate an appreciation for the voices that contribute to our understanding of the past. 

*Some components of course adapted from an evidence-based curriculum, Finding Freedom, by Vanderbilt Programs for Talented Youth. 

This course is designed for those interested in exploring a historian, non-fiction narrative, or historical fiction writing career.