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 course! 

Plant Power: From Flowers to Fuel *

You’ve just discovered a professor’s old journal, and his notes are very intriguing. They suggest that plants can be used as an alternative fuel source. Could he be right? If he is correct, what does this mean for you and me? Get your lab coat ready as we investigate this curious case!  

In this course, you will take on the role of a botanist to investigate this professor’s ideas about the important role that plants currently play in our lives and how they may impact our future. Before we can determine if plants can be used as a fuel source, we will need to learn as much as we can about the life cycle and structure of plants by conducting experiments and field investigations. Come ready to unearth knowledge about plants. Your discoveries may impact how we all think about the plants around us, even those pesky weeds in your backyard!  

Autobiography Adventures: Telling Your Story through Art and Words *

Get ready to go on an adventure—the adventure of you! In this course, you’ll explore the stories, memories, talents, and dreams that make you one-of-a-kind. Through fun challenges and big ideas, like “What makes me who I am?” and “Which moments shaped me the most?”, you’ll discover how powerful and exciting it can be to tell your own story.  

You’ll read and analyze autobiographical writing from a variety of authors, but that’s just the beginning. Autobiographies don’t only live on the page. You’ll also investigate self-portraits in art, music, theater, and more to see the many ways people express who they are. Along the way, you’ll try out new writing techniques, experiment with creative prompts, and share ideas through workshops and class discussions. By the end of your journey, you’ll create your own mini-autobiography told through words, art, or a mix of both, celebrating your experiences, your voice, and your one-in-the-world story.  

Coding and Robotics *

Did you know that robots are becoming an essential part of our world, from helping doctors to exploring outer space? In this course, you will dive into the exciting world of robotics and computer programming to discover how machines think, act, and solve problems. Through hands-on building activities and interactive coding challenges, you will learn the foundational concepts that allow robots to follow commands and complete tasks. 

Together, we will explore how sensors, motors, and simple programs work together to bring a robot to life and will practice breaking big problems into smaller steps—just like real engineers. By experimenting with different designs and coding solutions, you will strengthen your creativity, logical reasoning, and teamwork skills. At the end of the course, you will design and program a robot to complete a specific challenge, demonstrating your understanding of how programming transforms ideas into action. 

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

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 essential careers, and encryption plays a huge role in our society, protecting our electronic information. In this exciting interdisciplinary course 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 two system used in computer coding, to unlock secret messages and discover how mathematicians must universally understand the language of numbers to communicate effectively. 

Intro to Forensic Anthropology *

Bones are living and growing parts of your body; they record your activities and experiences. Have you ever wondered what stories bones can tell? This course invites you to explore how scientists use human skeletons to help solve mysteries. By determining a biological profile from skeletal remains (details like age, sex, ancestry, stature, and past injuries), anthropologists can help identify unknown human remains and solve crimes by interpreting clues about those lived experiences that are written in bones.   

This course will explore the foundational methods forensic anthropologists use to evaluate bones as human or non-human, estimate time since death, analyze antemortem or perimortem trauma, and much more! Through hands-on activities, you will practice basic investigative and recovery techniques used by forensic specialists in the field and the lab. You will even have the unique opportunity to complete a full beginner-level forensic anthropology skeletal case study of your own throughout the course. Get ready to step into the role of a real forensic investigator because in this course, the bones are talking, and you’re the one who gets to uncover their secrets.  

Forgotten Figures: An Advanced Journey into Greek Mythology *

Do you consider yourself a Greek Mythology aficionado? Are you eager to discover even more myths and legends? Welcome to an exploration that goes beyond the most famous legends and explores the Greek gods, goddesses, and mortal heroes who have shaped stories for centuries!  

In this intermediate-level course, we will dive more deeply into the backgrounds and origins of the most famous mythological figures and also examine the characters in Greek mythology that are usually overshadowed or forgotten. Our time will begin with understanding how and why some of the figures have been lost to time.   

From there, we will compare different interpretations of myths in the modern day and bring them to life with acting scenes, creative activities, and more.  Finally, the course will culminate with selecting your own obscure myth to research and retell in a modern setting!  

If you are familiar with the basic myths or have taken SAVY’s introductory Greek Mythology course before but are eager to learn more, then this course is for you!  

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 hands-on course, you will take on the role of a biomedical engineer exploring how biology, medicine, and engineering come together to solve real problems about the human body. You might study different kinds of feet to design better running shoes, investigate how joints move to create stronger braces, or experiment with materials to see which ones support the body best.  

During the course, you’ll learn how DNA and genetics help make each person unique and how engineers use that knowledge to design tools and technologies that fit people’s needs. Using the scientific method and the engineering design process, you’ll test ideas, build prototypes, and experiment just like real scientists and biomedical engineers. If you love creating, problem-solving, and discovering how the body works, this course is the perfect place for you!  

Dive into Design *

On a hot summer day, there is no place better to be than a fun swimming pool! Have you ever thought about all the planning and design that went into creating your favorite swimming pool? Did you know that architects and engineers used principles of mathematics and measurement to ensure that your favorite swimming spot is a fun and safe place?  

In this course, you will become an engineer as you learn measuring and modeling skills to create the perfect swimming pool. As you work through the design process, you will learn to answer lots of important questions, such as “Why do we measure?”, “Why is accuracy important?”.
“What should you consider when choosing a measurement tool?” and “What happens when measurements go wrong?”. 

Get ready to dive into the deep end of a problem-based design task that requires critical thinking, problem solving, creativity, and lots of fun with measurement!  

Checkmate! The Math behind the Moves *

Did you know that every move in chess is connected to patterns, predictions, and powerful math ideas? In this course, you will explore the strategic world of chess through a mathematical lens, discovering how numbers, geometry, and logic shape the game. You will learn how to analyze different chess positions, identify patterns on the board, and apply problem-solving skills to anticipate an opponent’s strategy! Through guided gameplay, puzzles, and interactive challenges, you will uncover the mathematical foundations behind key concepts, such as piece value, move efficiency, symmetry, and positional reasoning. You will discover how small decisions can add up to big advantages on the chessboard.   

By the end of the course, you will use your new mathematical insights to play a full game of chess with increased confidence and strategy, demonstrating how logical thinking can lead to a winning move! Are you ready to say “checkmate!”?   

*This course is open to any skill level.

Fairy Tale Justice League: Trials, Truths, and Twists *

Was Jack guilty of robbing the giant of his golden-egg-laying hen? Did Snow White commit unlawful trespassing? Should Goldilocks be charged with breaking and entering and property damage? This course transforms beloved classics into dynamic courtroom cases and enables young legal minds to examine them from a new perspective. Students will begin by exploring the foundations of the U.S. justice system, including the roles of the judge, jury, prosecution, defense, and the importance of due process. Using close reading, logic, and collaborative debate, students will dissect the motivations, actions, and consequences within each fairy tale. They’ll practice gathering textual evidence, identifying bias, constructing arguments, and questioning witnesses as they bring beloved characters to trial. 

You will get the chance to act out the various roles in the courtroom—lawyers, witnesses, jury members, and judges—while a jury of your peers determines the outcome of the defendant. By the end of the course, students won’t just know the stories—they’ll understand how to think like real legal scholars. Order in the fairytale court! The next case is about to begin.

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 be ready to problem solve new challenges at each planetary stop along the solar system! In this course, you 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! Ready, set, blast off!  

Ancient Legacy: 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. But is it really “ancient history”? In this course, we will embark on a captivating study of Ancient Rome not just to immerse ourselves in the history, but also to understand how ancient civilizations still influence our world today!  

We will explore Roman culture, government, military, entertainment (yes, including gladiators!), art, culture, and architecture. We will have the chance to build our own model chariots, design our own Roman villas, create our own mosaics, and much more. Throughout the week, we will use interdisciplinary approaches that encompass history, linguistics, art, and philosophy to bring one of the most powerful empires in history alive in 2026!

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 course, you will explore the inner workings 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”?  

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. 

Animal Superpowers: The Science of Survival *

Why are tardigrades nearly indestructible? How can hummingbirds fly backwards? Why do some animals glow and some animals puff up with sharp spikes? In this course, we will investigate the unique adaptations of animals that seem like superpowers. Through hands-on experiments, observations, and exploration, we will investigate the science behind these amazing abilities. You will explore why physics, biology, and chemistry are actually the reasons for these incredible survival tactics. 

You will learn to think like a scientist, asking questions and designing tests to understand how these “superpowers” work and why they evolved. Get ready to discover the real-world science behind the animal kingdom’s most extraordinary traits! If you love animals and enjoy science, then you will certainly thrive in this class! 

Culinary Chemistry: Exploring the Science behind Food *

What makes food flavorful? Why do certain flavor combinations taste so delicious? How can food change shape, texture, and smell during the cooking process? In this course, you will put on your chef’s hat and step into the role of food scientists as you uncover the hidden chemistry that makes cooking magical. You will investigate how heat, mixing methods, and certain ingredient interactions transform simple foods into delicious creations. Through hands-on experiments, you’ll explore concepts like the states of matter, chemical reactions, and emulsification. We’ll ask big questions, such as “Why does bread rise?” “How does heat change flavor?”, and “What makes chocolate melt so smoothly?” 

You will be challenged to analyze cause and effect in cooking processes and predict outcomes when variables change and compare physical and chemical changes in food preparation. You will even get to design your own mini experiments and test your hypotheses about ingredient interactions. By the end of the session, you won’t just follow recipes; you’ll understand the science behind them! Get ready to develop your critical thinking and creativity while savoring the joy of discovery.  

*Important Note –This class will interact with a wide range of ingredients and cooking utensils, and some activities may include taste testing.

Adventures in Algebra *

Do you like playing 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! You will explore how to use important strategies and games to discover mathematical patterns, formulas, and algebraic expressions. 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!   

Biology of the Body: Exploring the 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 offers you the opportunity to explore the inner workings of the human body and how its systems work together to maintain health.

In this hands-on course, we’ll examine how disease impacts the body. 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 maintain our health. 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!   

Astronomy: Tricks of the Trade *

When was the last time you looked up at the stars? How do telescopes work, and what can we learn from them? How does spectroscopy help us uncover the composition of objects like stars and nebulae? Over the centuries, scientists have cleverly developed a variety of concepts and principles that help us learn about our universe. In this course, you will utilize these physical and mathematical tools to unlock the secrets of the cosmos, right from the comfort of our own planet.  

Come and explore the types of telescopes used by scientists, learn how they function, and build your own to gain a better understanding of how optics work. Today’s astronomers employ an array of sophisticated instruments and cameras to record astronomical data. You will delve into how these devices function and analyze what their incredible images reveal. Discover the basics of electronics and use these principles to build small electronics-based projects.  By the end of the course, you will be thinking more like an astronomer and have a better appreciation of what is out there – way out there! 

This course is designed in partnership with Vanderbilt’s Dyer Observatory and takes place on Peabody Campus at Vanderbilt University.

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 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 will have a new mathematical appreciation for music of all kinds! 

The Call: Heroism and Transformation of Percy Jackson *

In a world where gods walk among humans and monsters are lurking in the darkness, will Percy Jackson answer the call to be a hero? Will he find the strength to reach his destiny? Join us for “The Call: Heroism and Transformation of Percy Jackson”, a course where the lines between the past and present blur, where the legends of Ancient Greece rise once more. From Olympus to the Underworld, from Zeus and his mighty thunderbolt to Hades and his bident, we will join Percy Jackson along his epic quest as he transforms from a mere mortal to a hero.    

During this course, we will analyze myths that have shaped Western storytelling and helped people make sense of the world around them for ages. As Percy encounters figures from Ancient Greek mythology, we will examine how these encounters transform our protagonist and propel him along his journey. Through Percy’s adventures, we will deepen our understanding of archetypes and the hero’s journey narrative structure. Together, we will utilize critical thinking and writing skills in our culminating task to consider not only Percy’s decisions, but whether we, too, would rise to the challenge.   

*This course is not endorsed by Disney.    

Forensic Anthropology *

Bones are living and growing parts of your body; they record your activities and experiences. Have you ever wondered what stories bones can tell? Forensic anthropologists use human skeletons to help solve mysteries. By determining a biological profile from skeletal remains (details like age, sex, ancestry, stature, and past injuries), anthropologists can help identify unknown human remains and solve crimes by interpreting clues about those lived experiences that are written in bones.  

This course will explore the methods used by forensic anthropologists to evaluate bones as human or non-human, determine time since death, analyze antemortem or perimortem trauma, and much more! Through hands-on activities, you will practice investigative and recovery methods used by forensic specialists in the field and the lab. You will even have the unique opportunity to complete a full forensic anthropology skeletal case study of your own throughout the course. Get ready to step into the role of a real forensic investigator because in this course, the bones are talking, and you’re the one who gets to uncover their secrets.  

Career Connection – This course is designed for those interested in exploring a career in anthropology, forensic anthropology, or general forensic sciences. 

Intro to Python *

Python is a popular language for general-purpose programming, data science, web programming, machine learning, and more. In this course, you will delve into an in-depth exploration of Python’s core elements, including syntax, various data types, control structures, and functions. Through hands-on projects and practical exercises, you will apply your knowledge and reinforce your understanding of Python programming concepts. By the end of the course, you will have a robust foundation in Python, empowering you to confidently pursue more advanced programming concepts and explore real-world applications of the language. Python is named as a tribute to the British comedy group Monty Python, so you can also expect to have a lot of fun along the way! 

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

Wonders of Electrochemistry *

Have you ever wondered how some of your favorite things, from sparkling jewelry to glowing phone screens, are actually produced? Why can’t our phone batteries last a whole week, and what is really behind the battery crisis? Could innovations like electric vehicles hold the key to solving these challenges? This class will explore the fundamentals and advancements of electrochemistry, a fascinating and powerful branch of chemistry. The future of many modern technologies relies on electrochemistry applications.   

We will discover electrochemistry basics including chemical reactions, metal activities, biomolecular interactions, and batteries. Then, we’ll uncover hidden electrochemistry behind everyday applications, such as jewelry electroplating, electric vehicles, cell phone batteries, technologies in the health and beauty industry, water disinfection, space exploration, and more!    

Additionally, you will also explore educational paths and careers in electrochemistry, giving you a clearer picture of the exciting opportunities in STEM. Our research project will include investigating the electrochemistry behind the world’s leading electric vehicle manufacturers or an electrochemical technology of your choice. By the end of the course, you will have an in-depth understanding of electrochemistry principles, the ability to communicate critical concepts effectively, and the confidence to present like a professional chemist! Join us as we delve into the shocking truth of just how essential electrochemistry is in our world.

Career Connection – This course is designed for those interested in exploring a career in science, chemistry, electrochemistry, engineering, product development, or any STEM field. 

Intro to Chemical Engineering: Engineering with Play-Doh *

Have you ever wondered what makes Play-Doh soft, pliable, and fun to shape? Behind that perfect texture lies the science of chemical engineering! In this hands-on course, you will think like an engineer by exploring the fascinating world of materials and mixtures as they take on the challenge of designing the ultimate Play-Doh recipe. You will investigate states of matter, physical and chemical properties, and the role of variables in mixture design. Through guided inquiry, you will develop various hypotheses, conduct controlled experiments, and analyze data to refine your creations. Using the engineering design process, you will iterate on your prototypes, applying concepts such as ratios, solubility, and elasticity to achieve optimal results! 

By the end of the course, you will not only master the scientific art of Play-Doh engineering but also gain a deeper understanding of how chemical engineers solve real-world problems through creativity, precision, and scientific thinking. This course blends STEM rigor with playful innovation, empowering you to think critically, collaborate, and communicate like true engineers. 

The MoLi Stone Mystery: Cracking Ancient Math Codes *

A stone tablet has just been found. What an exciting discovery! The only problem is that the information on it is written in a secret code. The tablet is covered with unusual symbols and interesting mathematical markings. What do these symbols and markings mean? What information are they trying to tell us? How do we interpret meaning in symbols that aren’t words or are in numbers that seem unfamiliar?

 In this course, you will take on the role of a mathematician to unearth the secrets of the MoLi Stone. To solve the mystery, we will begin with an exploration of our number system exploring the concepts of place value and base systems. We will compare our knowledge with different systems and investigate how cultures and groups of people use number systems. No stone will be left unturned in this mysterious mathematical adventure that will reveal new number understanding!  
 

Course To be Determined *

COURSE DESCRIPTION COMING SOON….

World Builders: Writing in Motion *

What if a story’s world didn’t start with a map or a setting but with a sound, an image, or a feeling? How do authors, musicians, filmmakers, and performers build whole universes from the smallest creative spark? If you’ve ever wondered how words blend with art, rhythm, or emotion to form a living, breathing world, this course is for you. 

In this immersive writing class, you’ll explore poetry, fiction, and songwriting through the lens of world building—discovering how different art forms shape the “world” of a story. Drawing inspiration from the playful poetry of Shel Silverstein, the layered societies of The Giver and The Hunger Games, the emotional landscapes of Inside Out, the atmosphere of Lo-fi study music, and the theatrical storytelling of The Lion King on Broadway, you’ll see how creators across mediums build meaning and mood. Each day, you’ll participate in interactive workshops where you experiment with sound, rhythm, movement, visual art, and imagery to develop original writing that feels rich, vivid, and cinematic. 

By the end of the week, you’ll understand how writers use sensory detail, character perspective, structure, and world “rules” to make their creations feel real. You will leave with a polished, mixed-media final project such as a short story, poem series, mini-stage performance, or original song that blends writing with another art form and showcases the world you’ve built. If you’re excited to create stories that leap off the page and into another dimension, you’re in the right place!

Career Connection – This course is designed for those interested in exploring a career as an author, songwriter or other literary creator.

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.  

First, we will conduct various investigations to learn what makes simple and compound machines function. We’ll also learn how these machines can make work easier! Then, it’s your turn to create! You will apply what you have learned to plan, design, 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 are adapted from an evidence-based curriculum, Invitation to Invent, from the College of William and Mary. 

Engineering Design: Full STEAM Ahead *

What do civil engineers have to think about when building a bridge? How does force impact the stability of a structure? How does the structure’s design create balance and stability? How are geometry principles used to create structures that are pleasing to the eye while also safe and reliable? The work of civil engineers is everywhere! From buildings and bridges to tunnels and roads, being a civil engineer requires working through complex design challenges. Engineers have to think about things such as force, balance, stability, geometry, and beauty aesthetics. There is a lot of STEAM knowledge in the process!    

In this course, you will each take on the role of a civil engineer as you learn about the engineering design process and put your new knowledge and understanding to work with design challenges related to bridges. You will collect data and consider aesthetics to determine the best bridge designs, just like real civil engineers. Come ready to think logically and creatively as we roll up our sleeves to answer these questions and more while building model bridges. Are you ready for the challenge? Then full STEAM ahead! 

Spatial Smarts: Delving into Design *

Have you ever dreamed of designing and building your building? Ever wonder how photographers know how to capture the very best shots and angles? Do you like reading or creating your own maps? If so, you likely have strong skills in spatial reasoning!  People with spatial intelligence, such as pilots, surgeons, engineers, artists, and filmmakers, tend to learn visually and often think about things in terms of pictures and shapes. In this course, you will learn how to see and communicate in new dimensions as we explore and discuss the shapes and planes in the world around us. We will explore topics such as prisms, tangrams, symmetry, and reflection as we learn how to harness, predict, and move objects in space. 

What kind of problems might we be able to solve with this new knowledge? Who knows what you can create or where you will go in this exploration of spatial dimensions? 

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 do scientists track the spread of sneaky germs? How do epidemiologists monitor and control disease outbreaks? Who are the trailblazing scientists, and what diseases did they cure? In this course, you’ll step into the roles of a microbiologist and epidemiologist, actively combating a simulated, mysterious epidemic in a small Tennessee town. Applying 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! 

If Walls Could Talk: A World History through Architecture *

Have you ever looked at a building and wondered about how it was designed and why? Why were the Great Pyramids of Giza built? Who decided that domes on buildings were a good idea? Have you ever read mythology or watched films where buildings were almost as important as the main characters? And what about Minecraft? Why are virtual worlds so incredibly fun to build?    

This concept-based, interdisciplinary course explores the dynamic between structure and creativity primarily through the history of world architecture. You will explore basic principles of design in architecture, physics, and geometry through hands-on projects. Additionally, we will visit important buildings in mythology and fairy tales (i.e., Theseus & the Minotaur, Beauty & The Beast), children’s literature (i.e., the Emerald City in The Wizard of Oz or Hogwarts Castle in Harry Potter), film and virtual worlds. If you’re ready to explore history through the world’s architecture and design your own building within the context of a historical period that frames the setting of your own fictional or virtual world, this class is for you!

Individuality vs Conformity *

Have you ever agreed to something just to fit in? When is “fitting in” important and when does it go too far? How do you speak up against a group that you belong to? Through literature, historical texts, visual art, and even popular media, you will examine how characters, authors, artists, and everyday people navigate decisions that challenge their individuality and place in society. You will reflect on your own experiences in the world and engage in group discussions, literary analyses, creative writing, skits, and debates that may challenge your thinking! We will discuss theories of social psychology and chat with real psychology experts who study these big ideas.   

Join us as we explore concepts such as identity, belonging, community, social conformity, and civil disobedience. Be ready to reflect deeply about how you fit into the world around you and when it is important to stand up and speak out!

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!

Space and Story: The Structure of our 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. You’ll engage with short stories, poetry, and art to analyze how creators build their works to convey powerful ideas.   

Together we’ll debate the future of space exploration, including missions to Mars, while drawing fascinating connections between the cosmos and human creativity. This course is 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! 

Building Virtual Worlds *

Step into the world of illusion, imagination, and innovation in Building Virtual Worlds! In this course, you will explore how humans perceive reality and how technology can be used to transform it. You will learn to create your own virtual environments; a digitally constructed space that can simulate real or imaginary worlds. Using the cutting-edge CAVE system (Computer Augmented Virtual Environment), you will project your designs into a 3D room where images surround you on the walls and floor. These environments don’t just look real – they sound and even feel real thanks to immersive audio and haptic feedback that lets you experience sensations like popping a bubble or feeling a bird land on your hand.

During this course, you will explore how the brain interprets sensory input and learn the tools used to build virtual worlds. Then, you will apply that knowledge by working in teams to design your own  environments. By the end of the course, the teams will present their interactive creations to a panel in a friendly design competition. Throughout the course, you will develop skills in creative problem-solving, teamwork, and digital design while exploring principles of perception and technology. This hands-on experience will introduce you to exciting future paths in fields like game design, psychology, engineering, and architecture. If you’ve ever wanted to step inside your own video game or story—this course is for you!  

Career Connection – This course is designed for those interested in exploring a career in virtual reality, game designers, game developer, or immersive media design.

How to be a Screenwriter: Who are they? Where are we? What’s happening? *

Are there stories in your imagination you wish you could watch in real life? Perhaps you’ve found yourself wondering how your favorite fictional worlds are brought to life on screen. If so, this is the course for YOU!  

This introductory course focuses on writing a strong, story-conscious screenplay. You will learn basic breakdowns of writing structure and context on how screenwriting operates within the film industry pipeline. The application will occur through critically analyzing and discussing how said structure is woven into modern and classic cinema. To provide context, you will be introduced to the current state of the filmmaking process, based on the instructor’s experience working within independent and studio spaces. You will research films with unconventional settings, learning about the impact of location on screenwriting. Then, you will be tasked to write a genre defying scene informed by a current on-campus location.  

Throughout the course, students’ written work will be read out loud by their classmates – paired with constructive feedback sessions facilitated by the instructor. 

 By the end of the course, students will have completed a draft of their three to five-page short film. These drafts will be performed in a reading format around the Vanderbilt campus (each short film will be centered around a theme and location curated by the instructor). This real-life application will encourage you to tap into your creative prowess and cement the resolute fact that anyone can be a writer. 

Career Connection – This course is designed for those interested in exploring a career in screenwriting or creative writing.  

Beyond the Pyramids: Egyptian Exploration *

Did you know that the Ancient Egyptian civilization lasted over 3,000 years? What did we learn from the Egyptians, and how has it impacted our current way of life? Are there other ideas that we can borrow from the Egyptians to better our society? When we think of Ancient Egypt we often think about pyramids, mummies, and hieroglyphics, but the culture has even more to offer! In this course, you will investigate these questions and more as you critically analyze the systems within this society. You will take on the role of an anthropologist to investigate how the Egyptians’ systems of language, leadership, economics, architecture, and geography created a strong civilization that lasted for thousands of years. Don’t worry — we will talk about mummies and pyramids too. Plus, you’ll even get to try your hand at writing Egyptian hieroglyphics! 
 

Intro to Coding and Robotics * (same course also offered in Session 7)

Have you ever wondered how the electronic toys and video games you enjoy were programmed? In this course, you will learn the basics of computer programming. You will use block code to program robots! You’ll have a chance to write and run code using Sphero Bolt robots and code.org PC activities. You will use the engineering design process to write code to complete challenges. You will also make connections to other disciplines through coding challenges related to ecosystems and food webs, map skills, and our solar system.

In this introductory coding course, you will take on the role of a programmer to solve coding challenges that are differentiated 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. Join us to learn how to use the engineering design process to develop creative and useful solutions to a variety of problems! 

*Sphero robots and code.org will be utilized. 

Making of America: Rebellion, Revolt, and Resolution *

Studying history is not just about memorizing dates! It’s about becoming a detective of the past! In this course, you’ll learn the tools of a real historian as you investigate the American Revolution using primary sources like letters, speeches, ads, and even song lyrics. You’ll uncover the stories behind the people and events that sparked a brand-new nation and discover how their choices still shape your life today!  

As you explore the causes and consequences of the Revolution, you’ll have the opportunity to think like artists, writers, inventors, and filmmakers to understand how a government designed “by the people” and “for the people” rose out of the gunfire and turmoil in the 1700s. Using the Design Thinking Process, you will consider how the Making of America was a “great experiment.” Join us for a hands-on, minds-on investigation into one of the most dramatic moments in history, where bold ideas, brace actions, and big risks turned the world upside down!  

Science of the 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. You will experience and closely examine optical illusions, learn how various animals utilize different senses than humans, and figure out why the delicious flavors of our favorite foods have more to do with smell than taste along with so much 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!    

Cracking the Case of the Chemical Spill: Navigating Ecological and Chemical Systems *

An environmental crisis grips Nashville–an unidentified hazardous liquid has spilled into the Cumberland River following a truck crash. As a rapidly deployed environmental scientist, your mission is to contain the damage and safeguard 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 long-term 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? Accept the challenge and become a critical part of the solution!  

Electromagnetic Exploration: Forces at Work *

Why do the Northern Lights dance across the sky? How do trains float on magnets? How does lightning spark across the sky, or MRI machines see inside our bodies? In this week-long adventure, you will explore invisible forces that shape our world! Through hands-on experiments and interactive challenges, you will investigate how electricity and magnetism interact, discover how light contains hidden behaviors, and see electromagnetism in action.  

By building circuits, creating magnetic fields, and experimenting with optical devices, you will obtain a basic understanding of electromagnetism and wave physics. Join us to learn how these forces power everything from everyday devices to spectacular natural phenomena! 

Sentence, Scene, and Story: Decoding the Secrets of Great Authors *

What makes a Tolkien sentence feel ancient and epic, while a Gaiman sentence feels eerie and electric? How can two writers describe the same moment but create completely different worlds in your imagination? In this course, you’ll become both detective and creator as you uncover how great authors use sentence structure, word choice, rhythm, and literary rules (and rule-breaking!) to shape unforgettable stories.  

In this hands-on writing course, you’ll “try on” the styles of famous authors by analyzing and mimicking their techniques. You’ll learn how Tolkien builds myth through long, rolling descriptions; how Paolini uses action-driven clarity; how Lewis crafts timeless simplicity; how Beagle blends magic with lyrical prose; and how Gaiman creates fear with the subtlest twist of tone. Then you’ll put your knowledge to work rewriting scenes in different authors’ voices, designing your own stylistic experiments, and using advanced sentence strategies to elevate your own writing.  

Together, we’ll explore excerpts from Eragon, The Hobbit, The Last Unicorn, The Chronicles of Narnia, and Click-Clack the Rattlebag, and investigate big questions from Harold Bloom’s How to Read and Why, such as: Why do humans tell stories? What makes a story meaningful? And how does a single sentence create an entire world? By the end of the course, you’ll have a deeper understanding of how stories work and a writing style that’s unmistakably your own.

EcoArt Lab: Investigating Carbon Footprints and Creative Futures *

Do you consider yourself both a scientist and an artist? This powerful combination fuels creativity, innovation, and real-world problem solving, especially when tackling some of the world’s most complex challenges. Sustainable art is one of the most fascinating intersections of science and creativity today. As the climate crisis intensifies, artists and scientists alike are asking big questions: How can we accurately evaluate the environmental impact of materials, products, and artistic processes? How do we distinguish genuine sustainability from clever greenwashing? And how can the arts become engines for climate awareness and change?  

In this course, you’ll investigate these questions using the tools of climate science, environmental analysis, and ethical reasoning. You’ll learn how to examine carbon footprints, assess the life cycles of artistic materials, and analyze the ecological impact of entertainment industries, from concerts and museums to sports and live performances. Through guided lectures, data-driven discussions, and mini-research investigations, you’ll develop the scientific foundations needed to understand sustainability at a deeper level.  

Then the creativity begins. Using what you’ve learned, you will design and produce your own artwork using sustainable methods or create an artistic piece that communicates powerful commentary on the climate crisis. Whether you love making, analyzing, experimenting, or designing, this course gives you the chance to merge scientific thinking with artistic expression—no acting required!  

Career Connection – This course is designed for those interested in exploring a career in environmental science, climate science, or sustainable arts.

Legal Studies: An Intro to Torts and Civil Law *

Have you ever wanted to be a lawyer? Have you ever seen or heard about a legal case and wondered why someone even bothered suing? Have you known someone who either had to sue someone or was sued by someone?  

In this course, you will learn about the civil law process in The United States, specifically through the lens of torts. A tort is a civil wrong that causes harm or loss to a person for which there is civil recourse, i.e. money damages (compensatory or punitive). Through reading and analyzing groundbreaking cases such as Palsgraf v. Long Island and Summers v. Tice, we will build towards an introductory understanding of torts and how they function. 

 With this theoretical foundation, you will practice civil law by taking part in a mock civil trial. Working in teams who take on various roles, we will draft pre-trial motions, draft a complaint, engage in discovery (for example, depositions), and draft motions. If you are interested in learning about what lawyers do, this is the course for you! 

Career Connection – This course is designed for those interested in exploring a career in law, judicial studies, or the political sciences.

Media Mania: How Tech Affects our Brains *

From books and streaming shows to apps, videogames, and AI, media is everywhere, and it’s shaping how we think, learn, and connect. In this course, we’ll become a “research squad” digging into the good, the bad, and the digitally altered. Along the way, you’ll get hands-on experience with fun, accessible research activities inspired by real methods used by psychologists who study how the mind works.  

 We’ll explore big questions about screen time, youth technology, and how different kinds of media influence attention, memory, decision-making, and behavior. By the end, you’ll not only see media with a more critical eye, but you’ll also design your own small study to investigate a cognitive process and better understand how today’s tech is shaping our world.  If you have ever been curious about psychology or the impact of tech on developing minds, this class will be a great fit! 

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