SALLY RIDE SCIENCE ACADEMY
The Sally Ride Science Academy summer program offers science, technology, engineering, arts and math (STEAM) workshops for students entering 3rd-12th grade. During these workshops, students assume the roles of space explorer, marine biologist, computer programmer and more as they immerse themselves in hands-on projects. Top-notch STEAM instructors lead these workshops, serving as both teachers and role models. These summer workshops also incorporate real-life stories of vibrant women conducting research in each field. Their examples inspire students and help make STEAM careers more accessible.
2023 Sally Ride Science Academy Summer Workshop Schedule
- In-Person AM sessions run 9am-12pm. Live-Online AM sessions run 9-11am with office hours from 11am-12pm.
- In-Person PM sessions run 1-4pm. Live-Online PM sessions run 1-3pm with office hours from 3-4pm.
Supervised Lunch Hour
Students who are participating in both an AM and PM session during a given week are required to enroll in the lunch hours for the sessions they will be attending. It will provide them with a location and supervision for their lunch hour. Lunch is not provided.
Enroll in Lunch Hour
Session 1: 6/26/23 – 6/30/23
Class Title | Time | Format |
---|---|---|
Being Nemo | AM | Live Online |
Craftronics | PM | In-Person |
Introduction to Robotics Using Lego Mindstorms | AM | In-Person |
Trash to Treasures | PM | Live Online |
Session 2: 7/10/23 – 7/14/23
Class Title | Time | Format |
---|---|---|
A Dose in Pharmacreations | PM | In-Person |
Creative Programming using Scratch | AM | In-Person |
Introduction to Circuits and Makey-Makey | AM | In-Person |
Introduction to Robotics Using Lego Mindstorms | PM | In-Person |
Messy Discoveries | AM | In-Person |
Session 3: 7/17/23 – 7/21/23
Class Title | Time | Format |
---|---|---|
Disney Style: Act, Sing and Stretch | AM | Live Online |
Messy Discoveries | AM | In-Person |
The Science of Science Fiction | PM | In-Person |
Virtual Exploration and Design | PM | Live Online |
Session 4: 7/24/23 – 7/28/23
Class Title | Time | Format |
---|---|---|
A Dose in Pharmacreations | AM | In-Person |
Arts and Relaxation | PM | In-Person |
Introduction to Circuits and Makey-Makey | PM | In-Person |
Photovoices | AM | In-Person |
Rewriting the Scientific World | PM | In-Person |
Space Out! | AM | Live Online |
Space Out! | AM | In-Person |
The Making of a Super Hero | PM | Live Online |
The Science of Science Fiction | AM | In-Person |
Session 5: 7/31/23 – 8/4/23
Class Title | Time | Format |
---|---|---|
Arts and Relaxation | PM | In-Person |
Exploring Kelp Forests | PM | In-Person |
Filmmaking | AM | In-Person |
Slimy Sea Creatures | AM | In-Person |
The Science of Science Fiction | AM | In-Person |
- In-Person AM sessions run 9am-12pm. Live-Online AM sessions run 9-11am with office hours from 11am-12pm.
- In-Person PM sessions run 1-4pm. Live-Online PM sessions run 1-3pm with office hours from 3-4pm.
Supervised Lunch Hour
Students who are participating in both an AM and PM session during a given week are required to enroll in the lunch hours for the sessions they will be attending. It will provide them with a location and supervision for their lunch hour. Lunch is not provided.
Enroll in Lunch Hour
Session 1: 6/26/23 – 6/30/23
Class Title | Time | Format |
---|---|---|
C++ Programming | AM | Live Online |
Natural History in Your Backyard | PM | In-Person |
Session 2: 7/10/23 – 7/14/23
Class Title | Time | Format |
---|---|---|
Astrobiology | PM | Live Online |
Deep Space Base Building | AM | In-Person |
Raspberry Pi | PM | Live Online |
Screenwriting | AM | Live Online |
Session 3: 7/17/23 – 7/21/23
Class Title | Time | Format |
---|---|---|
The Making of a Super Hero | PM | Live Online |
Tiny Houses | AM | Live Online |
Session 4: 7/24/23 – 7/28/23
Class Title | Time | Format |
---|---|---|
Adventures Under the Sea | AM | Live Online |
Introduction to Python Programming and Machine Learning | PM | In-Person |
Light, Camera, Acting! | PM | Live Online |
Photovoices | PM | In-Person |
The Science of Science Fiction | AM | In-Person |
Session 5: 7/31/23 – 8/4/23
Class Title | Time | Format |
---|---|---|
Deep Space Base Building | PM | In-Person |
Introduction to Makerspaces | AM | In-Person |
Space Out | PM | In-Person |
Wind Power | AM | In-Person |
- In-Person AM sessions run 9am-12pm. Live-Online AM sessions run 9-11am with office hours from 11am-12pm.
- In-Person PM sessions run 1-4pm. Live-Online PM sessions run 1-3pm with office hours from 3-4pm.
- Asynchronous sessions can be completed on a schedule that works best for you.
Supervised Lunch Hour
Students who are participating in both an AM and PM session during a given week are required to enroll in the lunch hours for the sessions they will be attending. It will provide them with a location and supervision for their lunch hour. Lunch is not provided.
Enroll in Lunch Hour
Session 1: 6/26/23 – 6/30/23
Class Title | Time | Format |
---|---|---|
Digital Design Using Adobe Photoshop and Illustrator | AM | In-Person |
Envisioning and Designing Sustainable Cities of the World | AM | Live Online |
Inventing and Patent Creation | PM | Live Online |
iOS Programming | PM | In-Person |
Ocean Science and Marine Biodiversity | PM | Live Online |
Session 2: 7/10/23 – 7/14/23
Class Title | Time | Format |
---|---|---|
Astrobiology | AM | Live Online |
Cognitive Psychology | PM | In-Person |
Robotics with JavaScript | PM | Live Online |
The Science of Science Fiction | AM | In-Person |
Session 3: 7/17/23 – 7/21/23
Class Title | Time | Format |
---|---|---|
Digital Design Using Adobe Photoshop and Illustrator | AM | In-Person |
How Social Media Drives Political and Social Change | AM | Live Online |
Voiceover | PM | Live Online |
Session 4: 7/24/23 – 7/28/23
Class Title | Time | Format |
---|---|---|
Introduction to Artificial Intelligence and ChatGPT | PM | In-Person |
iOS Programming | PM | In-Person |
Natural History in Your Backyard | AM | In-Person |
Natural History in Your Backyard | PM | In-Person |
Polar Microbes | AM | In-Person |
Video Game Design using Scratch and MS MakeCode Arcade | PM | Live Online |
Session 5: 7/31/23 – 8/4/23
Class Title | Time | Format |
---|---|---|
Hands-On Coding with the BBC Microbit | AM | Live Online |
Holobionts in Space Designing a Healthy Human from Scratch | AM | In-Person |
Introduction to Artificial Intelligence and ChatGPT | PM | In-Person |
Introduction to Python Programming and Machine Learning | AM | In-Person |
Rube Goldberg - Engineering Gone Amuck | PM | In-Person |
Session 6: 7/10/23 – 8/4/23
Class Title | Time | Format |
---|---|---|
Cognitive Psychology (Online) | Asynchronous | Online |
Hands-On Coding with the BBC Microbit | Asynchronous | Online |
Marine Microbiology | Asynchronous | Online |
- In-Person AM sessions run 9am-12pm. Live-Online AM sessions run 9-11am with office hours from 11am-12pm.
- In-Person PM sessions run 1-4pm. Live-Online PM sessions run 1-3pm with office hours from 3-4pm.
Session 1: 6/26/23 – 6/30/23
Class Title | Time | Format |
---|---|---|
Wellness in the Digital Age | PM | In-Person |
Session 2: 7/10/23 – 7/14/23
Class Title | Time | Format |
---|---|---|
Envisioning and Designing Sustainable Cities of the World | AM | Live Online |
iOS Programming | PM | In-Person |
Session 5: 7/31/23 – 8/4/23
Class Title | Time | Format |
---|---|---|
Programming Using JavaScript | AM | Live Online |
Please take a moment to create an account in the student's name. Proceed to Step Two if you have created an account previously.
STEP TWO: Select the course level tabSelect the course level tab to view the course offerings by session.
STEP THREE: Select your course(s)Select the courses of your choice from the course level tabs and click on the hyperlinked course titles (a new browser tab will open).
STEP FOUR: Add course offering to shopping cartYou will be directed to the UCSD Division of Extended Studies course landing page. Click "Add to cart" to add course offering to your shopping cart.
STEP Five: Repeat as neededReturn to the Sally Ride Science Academy page and repeat as needed.
For additional information contact: srs@ucsd.edu
2023 Sally Ride Science Academy Summer Workshop Descriptions
Elementary School Level Workshops
- New!A Dose in Pharmacreations
Apply STEAM skills, such as communication, critical thinking and problem solving, which are essential skills pharmacists must possess to succeed in their careers.
Learn about the fascinating and impactful profession of pharmacy! In this workshop, participants will be introduced to the STEAM-enriched profession of pharmacy and the important role pharmacists play in keeping the community healthy. Participants will experience unique hands-on activities that provide insight into the types of problems pharmacists encounter and solve daily. Participants will have the opportunity to apply STEAM skills, such as communication, critical thinking and problem solving, which are essential skills pharmacists must possess to succeed in their careers. Each workshop activity is based on a scenario aimed at improving patient health outcomes in everyday life. Before diving into the hands-on activities, participants will receive a brief overview of what pharmacists do and the many career opportunities in pharmacy. - Arts and Relaxation
Feeling frazzled from too much schoolwork or screen time? Relax and unwind by exploring the history of art and creating your own art projects using a variety of materials.
We will take a look at the roles that art has played throughout history. We will also discuss the purposes of art in the modern world, including relaxation, personal expression and communication. Then students will learn techniques and develop skills needed for various art projects. They will take on independent projects using paper and mixed media. The class will allow students to develop fine tactile skills and to discover leisure activities that can help them reduce stress for years to come. - Being Nemo
See the world from the perspective of an ocean animal, from a clownfish in a coral reef to a gray whale migrating the Pacific, as you explore how fish and other creatures survive in different marine habitats.
Marine biology will come alive as aspiring oceanographers view the world from the perspective of sea creatures great and small and discover how these animals survive in their varied habitats. Students will take on the role of a series of ocean dwellers: a clownfish exploring a coral reef, a leopard shark in shallow waters, a sea star in a tide pool, a gray whale migrating the Pacific and a sea otter in a kelp forest. Class members will experience what these animals see and hear and explore how easy (or difficult) it is for them to live and thrive. To highlight what they have learned, students will create stop-motion videos to share on the last day of class. - Craftronics
Explore the basics of circuits and electronic elements by using them in various craft projects.
Build a moving origami swan, fashion wearable light-up LED bracelets and pins, construct moving robot bugs, erect a Play-Doh electronic sculpture, create paper circuit games and light effects cards. The workshop combines crafting and technology to bring your creations to life. Each student will take home a working electronic craft. - Creative Programming using Scratch
Are you a fan of games like Minecraft, Roblox and Animal Crossing? Learn to use block coding in the Scratch programming language to create your own interactive games and animated movies.
As they learn to use Scratch, students will develop their computational thinking skills while exploring their personal interests. We will cover concepts such as sequences, loops, parallelism, and events. Students will practice creating interactive games and animated movies using block coding. They will discover that they can be designers and creators instead of just consumers of technology. No prior programming experience is necessary – bring only your imagination! - Disney Style: Act, Sing and Stretch
Discover how to use active vocal warm-ups, physical stretches and tongue twisters to loosen up before acting out familiar movie scenes and songs.
Students will dance, sing and act out their favorite songs and scenes from the movies they love! By the end of this program students will know active vocal warm-ups, physical stretches and tongue twisters to help them get ready to perform. Students will be performance based fluent on an arsenal of Disney songs and dance choreography for each. In addition, students will learn to work with scene partners and perform short scenes - New!Exploring Kelp Forests
Learn about how kelp forests are being threatened and explore simple ways to help conserve them.
Have you ever wondered what lies beneath the kelp? What animals occupy the rainforests of the sea? In this course we will be exploring the ecosystem of kelp forests and all the unique creatures that call this habitat home. Through hands-on activities and an engaging take-home art project, we will discover all the mysteries kelp forests hold and simple ways that we can help to protect these amazing habitats. - Filmmaking
Tell Your Story Through Filmmaking
Filmmaking is a powerful vehicle for making sense of our lives and sharing the stories we want to tell. Learn the skills you need, from scripting and storyboarding to editing and audio, to express your point of view through creation of short films. We will start with an introduction to film theory and move on to the basics of video production, including composition, editing and audio. Students will consider the role stories play in our everyday lives and think about the stories they want to tell. Then, working in groups, students will storyboard, script, film and edit their own short films. Group members will switch roles throughout the week to gain exposure to various facets of filmmaking. We will watch rough cuts of each other’s work and offer constructive critiques. In addition to producing their own videos, students will watch and discuss a variety of short films. - Introduction to Circuits and Makey-Makey
Discover how electronic components work by creating wacky circuits linking Makey Makey circuit boards with everyday items like bananas, potatoes or Play-Doh.
Understanding electronics is a key to many of the careers of the future. Get a fun, hands-on introduction to electronic components by creating crazy circuits combining Makey Makey circuit boards with everything from fruits and vegetables to Play-Doh and coins. We will begin by looking at different kinds of circuits and how we use them in everyday life. Students will learn to recognize and use the symbols found in electrical diagrams. They will experiment with switches, conductors and insulators as they build a simple electric motor. Students will also design and build a working game controller out of paper or cardboard. Then they will use Makey Makey circuit boards as a base for a video game project. We will also take a look at careers such as electrical engineering to inspire students to continue with studies in the field. - Introduction to Robotics Using Lego Mindstorms
Learn the basics of robotics & build battle bots with Lego Mindstorms.
Students will build robots using Lego Mindstorms kit and in the process explore various sensors (light, ultrasonic etc.) and motor actions. Students will also learn how to code their robots to do various actions and build a app joystick for their battle bot. Robotics involve mathematics and physics concepts which will also be explored throughout the course. - Messy Discoveries
Ready to get messy in the name of science? We will design things, test things, throw things and stomp on things while exploring volcanoes, earthquakes, glaciers and other phenomena in Earth science.
Students will conduct messy and noisy experiments as they investigate glaciers, volcanoes, earthquakes, landslides, permafrost, sea level rise and tsunamis. We will make slime-like “flubber” to model glacier movement and create a landscape in a box to simulate the destructive power of earthquakes and tsunamis. Students will also observe lava flow in a volcano fueled by baking soda and vinegar. These and other fun, hands-on experiments provide an engaging introduction to geology, seismology, oceanography and other branches of Earth science. - Photovoices
Learn how photos are powerful tools for saying something about the world around you.
Photography can be a powerful tool for giving voice to the voiceless and shedding light on local concerns from local perspectives. That said, photovoice combines photography, dialogue, photo exhibits, and social action to address issues you care about. In this course, students will learn how to identify community issues and how to use photography to tell a story about those issues and to also inform others. Students will discuss numerous case studies of photovoice projects from around the world to begin thinking about communities and possible actions for social change. - New!Rewriting the Scientific World
Choose your own scientific interests, whether that is a particular animal/organism, habitat, science concept or finding or conservation effort, to create new forms and styles of writing.
This course will utilize a combination of in-class reading/writing, self-guided research, class discussion, interactive lecture, writing workshop, and the visual arts. We will begin the class by looking at forms of writing that strayed away from creative writing conventions, such as nonsense literature. Then, students will choose their own scientific interests, whether that is a particular animal/organism, habitat, or conservation effort. After gathering this information, students will use this information to take apart traditional story form, poetry, and diction/syntax to create their own writing structure. Along the way, students will share their findings and progress with each other through discussion and workshop. - Slimy Sea Creatures
Explore the World of Slimy Sea Creatures
Invertebrates like octopuses, jellyfish and squid have fascinating adaptations for life in their ocean ecosystems. Take on the role of marine biologist as you learn about how slimy sea creatures survive and thrive. Students will observe sea stars, sand dollars and moon snails, to name a few. They will watch a squid dissection while learning about anatomical structures of invertebrates. We will investigate the secret of how octopuses change color and how pearls are made. Students will also consider what kind of invertebrate they would like to be. They will test their knowledge by playing a game that rewards those with the best mastery of vocabulary from the class. Each student will create artwork using seashells and other materials from Mother Earth. Slimy Sea Creatures offers a great way to inspire students to pursue further studies in marine biology - Space Out!
Explore stars, galaxies, and habitable planets as you plan your own space mission and then design and build a miniature spacecraft.
The lure of space exploration offers a powerful way to ignite students’ interest in science, technology and engineering. This class guides students on a tour of our solar system and beyond, and then lets them plan their own mission to a distant destination. We will start by exploring our own planet and considering what we can observe about Earth from space. We will survey other planets in our solar system and discuss what we need to know about a planet before we go there. Students will learn about “galaxies far, far away” and get a sense of just how vast distances in space are. They will consider what we know about Earth-like planets around other Suns and imagine what form life might take there. Inspired by what they learn, students will plan their own exploratory mission to another planet and create a model of a spacecraft that could take them there. The class provides a base of knowledge to build on as students move ahead with studies in astronomy, Earth science, engineering and more. - The Making of a Super Hero
Superheroes have shaped past and modern day culture as fictional characters with superhuman powers. Learn about the concept of the hero’s journey by looking at literature, TV shows, graphic novels, and movies. Attribute a hero’s identify and super powers and explore how science, technology, psychology and medicine contribute to today’s heroes.
Joseph Campbell was an American writer focused on mythology. His writings spanned the entire spectrum of human experience through which he based his life philosophy on “follow your bliss.” Based on Campbell’s works, students will explore the hero’s journey in literature and the real world. Through video clips, presentations, discussions and group work, participants will learn about the concept of the hero’s journey as described by Campbell. Students will then look at heroes in literature, TV shows, graphic novels and movies. Subsequently, they will learn the attributes of a hero, identify their own “super powers,” and explore how science, technology, psychology and medicine contribute to today’s heroes. - The Science of Science Fiction
Science fiction has had an impactful influence on the science world. Explore how many classic science fiction works found their beginnings in scientific thought.
One of the reasons the scientific community has made such incredible leaps and bounds is due to the impact that scientific fiction has had on motivating real-life scientific exploration and research. In this course, students will blend knowledge with creativity to construct rich, innovative science fiction stories. Throughout the course, students will explore how many classic science fiction works – from literature to film – found their beginnings in scientific thought. Then, using the craft elements of fiction writing, students will write their own science fiction stories and influence the scientific world! - Trash to Treasures
Put a creative spin on recycling by discovering “upcycling” – turning trash into treasures such as artworks and useful objects
We all know it’s important to recycle so we can slow the flow of trash into overstuffed landfills. Now discover how to put a creative spin on recycling by upcycling trash – turning it into treasures such as art pieces or useful objects. We will explore how trash can be transformed using different techniques and art mediums. But first students will consider how much waste they produce and talk about the importance of reducing, reusing and recycling in their daily lives. They will learn the difference between recycling and upcycling and then brainstorm ways to create artistic, useful and valuable products from discarded objects. As they work on upcycling projects, students will be encouraged to take creative risks and cultivate imagination, persistence, and collaboration. The class will help students appreciate that they have an important role to play in protecting our planet. - Virtual Exploration and Design
Get a global introduction to sustainable design by using Google Maps and Google Earth as tools for virtual exploration. Analyze sites of past civilizations and create your own design for a sustainable dwelling of the future.
Students will gain a deeper understanding of geography, world history and sustainable design as they explore world regions. We will examine historical sites and consider why those sites were successful. After analyzing several case studies, students will learn basic concepts of sustainable design and then sketch a house of the future for a specific site using their new perspective. They will present their sustainable designs to classmates and explain their justifications for specific elements. The class is aimed at students interested in maps, geography, history, natural environments, and sustainable architecture and design.
Middle School Level Workshops
- Adventures Under the Sea
The ocean is home to an amazing assortment of organisms and ecosystems. Join us for an around-the-world adventure as we investigate the diversity of life under the sea.
Students will get an introduction to ocean science. They will learn about the taxonomy of ocean animals, including the differences between invertebrates and vertebrates. We will explore the relationships among living things in ocean ecosystems, including food webs and predator-prey relationships. Students will gain an appreciation for the great diversity of life, ecosystems and relationships in the ocean. The class offers an intriguing introduction for students interested in further studies of oceanography or marine biology. - Astrobiology
Astrobiology is a field that looks at the possibilities for life beyond our planet. Explore what extraterrestrial life might look like by discovering how living things have evolved in the most extreme environments on Earth.
If there is life beyond our planet, what does it look like? Astrobiologists try to answer that question in part by looking at how organisms have evolved to live in the most extreme environments on Earth. We will survey locations on Earth where conditions approach the limits of survival – places like Antarctica’s ancient red waterfall, the deadly Crystal Caves in Mexico and the Challenger Deep. Students will learn about adaptations that allow organisms to live in these harsh environments. They will get an introduction to extremophile microbes such as diatoms, tardigrades and nematodes. We will also look at conditions on some of the potentially habitable planets that astronomers have discovered and consider the potential for past or present life on these planets. Students will design a planet that could sustain life and plan an astrobiology mission to Mars. - C++ Programming
C++ is a powerful programming language that can be used to develop operating systems, games and more. Practice applying basic coding concepts as you learn to read and write programs with C++.
We will start with an introduction to C++, including computer basics, operating systems and setting up an Integrated Development Environment (IDE). Then we will compile and run our first program. Students will become familiar with basic programming concepts, including compilation, execution, flow control, functions, arrays, pointers, file I/O, structures and classes. No previous programming experience is required. - Deep Space Base Building
Establishing a base to sustain humans explorers in space or on another planet is the next frontier in space exploration. Research what it takes to support human life and then design your own space base.
Students will get an introduction to space environmental research as they learn about the conditions in space and on the different types of planets. They will also research the technology that is currently available to keep humans alive in space. Then students will design a base for explorers in space or on another planet. Students will have the option of learning to use the open-source program Blender to create a 3D representation of their base. In addition to learning about space exploration, students will acquire basic-research skills, including identifying authoritative materials, using different search methods and conducting database research. - New!Introduction to Makerspaces
Students will learn about Sally Ride Science (SRS) Makerspace and learn how to think, make, and create with their peers.
A makerspace is a community space where people get together to learn how to think, make, and create. In Introduction to Makerspaces, students will learn about Sally Ride Science (SRS) Makerspace. This core class will introduce the student to the software and hardware of makerspaces, such as CNC Mills, virtual and augmented reality, FDM and SLA Printers, and electronics. Additionally, this class will teach students property safety, regulations, rules, policies, procedures, and handling of materials such as resin, wood, metal, and plastic. By the end of the workshop, students will be prepared and choose a maker pathway of their own. - New!Introduction to Python Programming and Machine Learning
In this course, students will be introduced to programming in Python, the language of Machine Learning, and to one of the most common applications in Machine Learning, the image classifier.
Machine Learning, Data Science, and the use of Artificial Intelligence technologies is growing rapidly in our society. Just a few applications include self-driving cars, personal assistants, product recommendations, robotics, data analysis, and web searching. These applications typically involve self-learning systems that are trained based on large amounts of data and the integration of “intelligence” based on algorithms. In this course, students will be introduced to programming in Python, the language of Machine Learning, and to one of the most common applications in Machine Learning, the image classifier. Students will create a basic image classifier using the Google Teachable Machine tool and integrate it into an application framework, both in a web page, and on a Raspberry Pi platform. - Light, Camera, Acting!
If you dream of making it as an actor, this course is the place to start. Get an introduction to the different realms of acting, from Shakespeare to musical theater to commercials.
Each day, students will tackle a different kind of acting. They will put on their dancing shoes to try out musical theater. They will explore stage acting, including some beginning Shakespeare. They will spend time investigating film and TV acting as well as acting for commercials. In addition, students will find out what a professional audition is like and learn how to do one successfully. The class offers a great way for students intrigued by the performing arts to discover where their strengths and interests lie. - New!Natural History in Your Backyard
Connect to the natural history of wherever you are, both in the form of hands-on activities and providing tools for basic research, including databases of geologic maps and other publicly accessible info.
Long before we were here, “here” was a different place. What is now mountains was once bays. What are now waterways were once the roots of ancient volcanoes. This class connects you to the natural history of wherever you are, both in the form of hands-on activities and providing tools for basic research, including databases of geologic maps and other publicly accessible info. We learn both about our common shared heritage as inhabitants of earth and a little about one another’s. Each course is tailored to the unique locations our students inhabit. - Photovoices
Learn how photos are powerful tools for saying something about the world around you.
Photography can be a powerful tool for giving voice to the voiceless and shedding light on local concerns from local perspectives. That said, photovoice combines photography, dialogue, photo exhibits, and social action to address issues you care about. In this course, students will learn how to identify community issues and how to use photography to tell a story about those issues and to also inform others. Students will discuss numerous case studies of photovoice projects from around the world to begin thinking about communities and possible actions for social change. - Raspberry Pi
Raspberry Pi is a tiny computer board that plugs into a monitor and allows people anywhere to explore computing. Learn to use Python scripting to code a variety of fun apps with this powerful little device.
Students will get an introduction to the Raspberry Pi Model B motherboard and then will use the device with computer accessories to build real-world applications. Projects will include a dimmer switch, intruder alarm with camera, drum set and visual games. Students will learn the basics of Python scripting and will also learn about electronic components such as resistors, LEDs and rotary potentiometers. The class will give students a foundation to move on to more advanced app design studies. - Screenwriting
If you dream of trying your hand at screenwriting, this course will show you the techniques you need for success, from structuring a script to creating compelling characters and dialogue.
We will dissect scripts from popular films to find out what makes a good story and an engaging screenplay. Using the free platform Writer’s Duet, students will learn the accepted way to format a script. They will also gain an understanding of how to structure a screenplay and construct scenes with compelling characters, settings, dialogue and conflict. Through a variety of writing activities, students will sharpen their screenwriting skills. Finally, they will bring together everything they have learned as they storyboard, write and edit their own scripts. - Space Out
Explore stars, galaxies, and habitable planets as you plan your own space mission and then design and build a miniature spacecraft.
Take a guided tour of our solar system and beyond, and then plan a space mission of your own. We will start by exploring our own Earth and then expand to other planets, solar systems and far-away galaxies. Join us to learn about past and current space missions and about different kinds of stars, habitable planets, black holes and even a little relativity. Students will come up with a plan for a space mission and build a miniature spacecraft to present at a “rocket launch” on the last day. - The Making of a Super Hero
Superheroes have shaped past and modern day culture as fictional characters with superhuman powers. Learn about the concept of the hero’s journey by looking at literature, TV shows, graphic novels, and movies. Attribute a hero’s identify and super powers and explore how science, technology, psychology and medicine contribute to today’s heroes.
Joseph Campbell was an American writer focused on mythology. His writings spanned the entire spectrum of human experience through which he based his life philosophy on “follow your bliss.” Based on Campbell’s works, students will explore the hero’s journey in literature and the real world. Through video clips, presentations, discussions and group work, participants will learn about the concept of the hero’s journey as described by Campbell. Students will then look at heroes in literature, TV shows, graphic novels and movies. Subsequently, they will learn the attributes of a hero, identify their own “super powers,” and explore how science, technology, psychology and medicine contribute to today’s heroes. - The Science of Science Fiction
Science fiction has had an impactful influence on the science world. Explore how many classic science fiction works found their beginnings in scientific thought.
One of the reasons the scientific community has made such incredible leaps and bounds is due to the impact that scientific fiction has had on motivating real-life scientific exploration and research. In this course, students will blend knowledge with creativity to construct rich, innovative science fiction stories. Throughout the course, students will explore how many classic science fiction works – from literature to film – found their beginnings in scientific thought. Then, using the craft elements of fiction writing, students will write their own science fiction stories and influence the scientific world! - Tiny Houses
Ignite Student Interest in STEAM
Ignite Student Interest in STEAM for Elementary Educators (3-5) will provide participants with the opportunity to learn how to engage students in experiences that incorporate diverse role models from the science world into instruction and how these role models were able to overcome some of the many negative STEAM stereotypes. In addition, this course highlights proven instructional approaches and resources to help educators ignite student interest in STEAM topics and careers. By doing so, the course aligns with research that shows that giving students the opportunity to learn about STEAM careers and the diversity of individuals working in these fields inspires them and makes the study of science, technology, engineering, applied mathematics and art design more meaningful. This course focuses on educators for elementary school levels (3-5). - New!Wind Power
Learn how the exchange of energy in our earth and atmosphere lead to the generation of winds
Every one of us has felt the breeze of a summer day in our hair. Many have seen the great windfarms that are popping up across the countryside. But how many of us know that we, too can be active and responsible players in the development and implementation of this important green technology? We will learn how the exchange of energy in our earth and atmosphere lead to the generation of winds. We will explore the reasons why some places have never-ending wind. Finally, we will harness the power of our knowledge into the engineering of machinery that puts this power to beneficial use.
High School Level Workshops
- Astrobiology
Astrobiology is a field that looks at the possibilities for life beyond our planet. Explore what extraterrestrial life might look like by discovering how living things have evolved in the most extreme environments on Earth.
If there is life beyond our planet, what does it look like? Astrobiologists try to answer that question in part by looking at how organisms have evolved to live in the most extreme environments on Earth. We will survey locations on Earth where conditions approach the limits of survival – places like Antarctica’s ancient red waterfall, the deadly Crystal Caves in Mexico and the Challenger Deep. Students will learn about adaptations that allow organisms to live in these harsh environments. They will get an introduction to extremophile microbes such as diatoms, tardigrades and nematodes. We will also look at conditions on some of the potentially habitable planets that astronomers have discovered and consider the potential for past or present life on these planets. Students will design a planet that could sustain life and plan an astrobiology mission to Mars. - Cognitive Psychology
Get introduced to the basic concepts of cognitive psychology including topics such as perception, attention, memory, language, and problem solving. Apply research experiments to understand human mental processes and their role in thinking, feeling and behaving.
Study the internal mental processes of the human brain. This includes the things that go on inside the human brain, including perception, thinking, memory, attention, language, problem-solving and learning. Students will define cognitive psychology and learn the anatomy of the brain. Through applied research methods, students will learn about visual consciousness, pattern recognition and modularity. Students will focus on filter theories, capacity theories, automatic processes, central bottleneck and visual attention. By the end of the course, students will know the difference between sensory memory and working memory and the general model of problem solving. - New!Cognitive Psychology (Online)
Students will learn about how human perception, memory, and learning processes work by learning theories, applications, and research methods.
Cognitive psychology is a scientific study of how our minds work. More specifically, it guides us to learn about our mental processes. Students will learn about how human perception, memory, and learning processes work by learning theories, applications, and research methods. - New!Digital Design Using Adobe Photoshop and Illustrator
Learn how to edit photos and use special effects (fire effect, lighting, gradient, transparency, blur, cropping, and more) using Adobe Photoshop and Illustrator. Create a branding package involving logo design, business card layout, and design a postcard for an existing or a hypothetical company.
Students learn how to edit photos and use special effects (fire effect, lighting, gradient, transparency, blur, cropping, and more) using Adobe Photoshop and Illustrator. Through the exploration of their creativity, students will design a product for a business or organization. We investigate logo design concepts and work in teams to identify how color, font, and sketches are used to engage our target audience and make our designs memorable. Students also learn how to create a branding package involving logo design, business card layout, and the skills to design a postcard for an existing or a hypothetical company. - Envisioning and Designing Sustainable Cities of the World
City planning meets sustainability in this hands-on course. Learn about ancient and modern cities and understand human’s role in past errors and best practices while attempting to create sustainable cities.
In this class, students will examine successful ancient cities as well as modern cities of the world using Google Earth and maps as a virtual tour to understand why some cities flourish and others collapse. After learning about the obstacles cities face in order to become sustainable, students will devise a city plan of their own using sketches and free software. This class will focus on architecture, functional urban areas, healthy neighborhoods, transportation, waste, energy and water sources. This generation has a challenge to create a sustainable future for themselves. Are you up to the challenge? - New!Hands-On Coding with the BBC Microbit
Create unique art, music, games, and robotics projects and bring them to life on your very own Microbit
Have you ever been curious about computer programming and how to code your very own pocket-sized computer? In this course, we will dive into the basics of computer programming using both Python and JavaScript languages. We will then apply what we’ve learned to program our own amazing microcontrollers. This will include creating unique art, music, games, and robotics projects and then bringing them to life on your very own Microbit! - Holobionts in Space Designing a Healthy Human from Scratch
Humans need certain conditions to ensure health for survival on Mars. Learn how angiogenesis, regeneration and mitochondrial health affects their health!
Imagine humans have successfully settled a colony on Mars. There would be necessary components to keep and sustain their health on this new and strange terrain. This includes how angiogenesis initiates the process of new blood and vessel growth. Students will witness how the human body can regenerate itself from wounds and also research immunity and what foods naturally boost the human immune system. - New!How Social Media Drives Political and Social Change
Through lecture, discussion and real-life examples participants will learn how the internet and social media affects politics and how social media has been used to create social change.
In this course, students will explore how social media can affect political change, specifically how social media can be used to affect positive change. Through lecture, discussion and real-life examples participants will learn how the internet and social media affects politics and how social media has been used to create social change. Additionally, students will create their own social media campaign to spotlight a political or social issue of their choosing. - New!Introduction to Artificial Intelligence and ChatGPT
Learn about the capabilities of AI and machine learning and their applications.
Artificial intelligence (AI) has recently emerged to be a technology revolution that is able to provide benefits beyond traditional rules-based approaches. AI is able to overcome the complexities and optimize the performance of telecommunications networks, computer graphics, natural language and image processing systems, data science, and numerous applications. This course will provide students with the foundational knowledge on the basic building blocks of AI and naturally intelligent systems such as the global phenomenon called ChatGPT. - New!Introduction to Python Programming and Machine Learning
In this course, students will be introduced to programming in Python, the language of Machine Learning, and to one of the most common applications in Machine Learning, the image classifier.
Machine Learning, Data Science, and the use of Artificial Intelligence technologies is growing rapidly in our society. Just a few applications include self-driving cars, personal assistants, product recommendations, robotics, data analysis, and web searching. These applications typically involve self-learning systems that are trained based on large amounts of data and the integration of “intelligence” based on algorithms. In this course, students will be introduced to programming in Python, the language of Machine Learning, and to one of the most common applications in Machine Learning, the image classifier. Students will create a basic image classifier using the Google Teachable Machine tool and integrate it into an application framework, both in a web page, and on a Raspberry Pi platform. - New!Inventing and Patent Creation
Inventing and Patent Creation will dive into the thought process of designers and inventors by researching components important to them and how they were able to make their ideas profitable.
Inventing and Patent Creation will expose students to the inner thought processes of designers and inventors who developed their own ideas which then became profitable. Students will examine the basic research components important to researchers, designers and inventors. Throughout the course, students will learn about the importance of brainstorming, developing a line of logic, using reputable citations and sources, and how to conduct a literature and prior art review. By the end of the course, students will have a practical experience by drafting their own patent application. - iOS Programming
If you want to create apps for the iPhone or iPad, it’s essential to learn the Swift programming language. Get an introduction to this powerful and intuitive language and use it to code simple iOS apps.
Students will learn the fundamentals of Swift and then develop iOS apps using the Xcode development environment on the Macintosh. They will discover that writing code in Swift is interactive and fun. We will cover topics including functions, data structures, enumerations, classes and closures. Students will also explore object-oriented programming and design of user interfaces for Apple devices. The course provides a good jumping off point for students who want to move on to more advanced programming and app development studies. - New!Marine Microbiology
Introduction to marine microbiology and explore career paths in this field
A single drop of seawater can hold millions of microbes. In this class students will get an introduction to the diversity of marine microbes and explore how they survive in different ecosystems like polar oceans, the deep sea and shipwrecks. Students will learn lab techniques that marine scientists and microbiologists use and how they apply this realm of study to biotechnology and industry. We will look at a variety of weird metabolisms, symbioses and microbial interactions that affect the environment and even human health. We will also look at career paths in this fascinating field. - New!Natural History in Your Backyard
Connect to the natural history of wherever you are, both in the form of hands-on activities and providing tools for basic research, including databases of geologic maps and other publicly accessible info.
We live in the city of Dreams. Long before we were here, “here” was a different place. What is now mountains was once bays. What are now waterways were once the roots of ancient volcanoes. This class connects you to the natural history of wherever you are, both in the form of hands-on activities and providing tools for basic research, including databases of geologic maps and other publicly accessible info. We learn both about our common shared heritage as inhabitants of earth and a little about one another’s. Each course is tailored to the unique locations our students inhabit. - Ocean Science and Marine Biodiversity
Survey fascinating ocean ecosystems, from tide pools to the depths of the middle Pacific, and explore how we can reduce the negative effects of human activities on marine biodiversity.
The ocean is home to a fascinating variety of ecosystems, from tide pools along the shore to the depths of the middle Pacific. Dive below the surface to explore marine biodiversity and to learn how people can help protect it. Students will explore a variety of ecosystems, including California’s own kelp forests, where sea lions, dolphins and whales roam. They will examine how human activities are changing these ecosystems and how marine creatures cope with the changes. We will take a look at the Great Pacific Garbage Patch to learn how plastics move around our oceans. The class will also look at how the work of marine biologists can help protect the diversity of sea life. Activities will include experiments, dissection of ocean animals and creation of hand-crafted marine creatures from recycled plastics and trash. - Polar Microbes
The microorganisms that inhabit Earth’s polar regions are uniquely adapted to live in these harsh places. Explore how these tiny organisms survive and learn about the important part they play in Earth’s carbon cycle.
In this course, you will learn that there is more to Earth’s polar regions than the animals you can see! The microorganisms that inhabit our coldest and most remote regions – tiny bacteria, archaea, and protists – have unique adaptations that allow them to live in these harsh places. They also play an important role in Earth’s carbon cycle. Students will learn what makes polar environments unique, how microbes have adapted to thrive in these environments and how these microbes help to regulate Earth’s climate. Students will have the option to construct a simple climate model using the open-source computer language R. - Robotics with JavaScript
Get a crash course in the popular coding language JavaScript and then use it to write programs to make a robot interact with the world in specific ways.
This class offers an introduction to robotics, automation, and the challenges of programming in the real world. Students will get a crash course in the popular coding language JavaScript and then use it to write programs to make a robot interact with the world in specific ways. An optional low-cost robotics kit provides hands on experience, while an open source robotics programming IDE / simulator called “DDE” provides software experience. - Rube Goldberg - Engineering Gone Amuck
We’ve all seen the crazy chain-reaction contraptions called Rube Goldberg machines. Explore the creative side of engineering by designing and building your own Rube Goldberg devices.
We will start with a broad look at the principles of mechanics and design and also go over measurement and hand-tool use. Then, students will design and build interactive machines where a simple push starts a chain reaction of pulleys, dominoes and so much more. As the week progresses, our designs will become more complex, culminating in a grand finale chain reaction on the last day. Ultimately we will see how these devices, which waste time and energy to accomplish simple tasks, can be a vehicle for engineering ingenuity and artistic expression. - The Science of Science Fiction
Science fiction has had an impactful influence on the science world. Explore how many classic science fiction works found their beginnings in scientific thought.
One of the reasons the scientific community has made such incredible leaps and bounds is due to the impact that scientific fiction has had on motivating real-life scientific exploration and research. In this course, students will blend knowledge with creativity to construct rich, innovative science fiction stories. Throughout the course, students will explore how many classic science fiction works – from literature to film – found their beginnings in scientific thought. Then, using the craft elements of fiction writing, students will write their own science fiction stories and influence the scientific world! - New!Video Game Design using Scratch and MS MakeCode Arcade
Learn how to create loops and interactive code in order to create two different types of games.
Students will be able to create two different games by using Scratch and MS MakeCode. Logical thinking and creating loops and interactive code are essential learning outcomes with both software applications. Debugging code, peer collaboration and feedback are also critical learning outcomes. - New!Voiceover
Student will explore voiceover applications in commercials, radio, animation, video games, ADR, educational, phone tree and more!
In this course we’ll explore voiceover and everything the voiceover world has to offer! A great class if you like performing, public speaking, creating characters and using your voice. We’ll look at commercial, radio, animation, video games, ADR, educational, phone tree and more!
Adults Level Workshops
- New!Envisioning and Designing Sustainable Cities of the World
City planning meets sustainability in this hands-on course. Learn about ancient and modern cities and understand human’s role in past errors and best practices while attempting to create sustainable cities.
In this class, students will examine successful ancient cities as well as modern cities of the world using Google Earth and maps as a virtual tour to understand why some cities flourish and others collapse. After learning about the obstacles cities face in order to become sustainable, students will devise a city plan of their own using sketches and free software. This class will focus on architecture, functional urban areas, healthy neighborhoods, transportation, waste, energy and water sources. This generation has a challenge to create a sustainable future for themselves. Are you up to the challenge? - iOS Programming
If you want to create apps for the iPhone or iPad, it’s essential to learn the Swift programming language. Get an introduction to this powerful and intuitive language and use it to code simple iOS apps.
Students will learn the fundamentals of Swift and then develop iOS apps using the Xcode development environment on the Macintosh. They will discover that writing code in Swift is interactive and fun. We will cover topics including functions, data structures, enumerations, classes and closures. Students will also explore object-oriented programming and design of user interfaces for Apple devices. The course provides a good jumping off point for students who want to move on to more advanced programming and app development studies. - Programming Using JavaScript
Get a hands-on introduction to JavaScript, a key programming language for web development, as you explore basic coding concepts like variables, loops and functions.
If you’re looking to prepare for the high-tech jobs of the future, JavaScript is a great place to start. This popular programming language is the backbone of web development. Learning JavaScript gives you the power to create and control dynamic website content. Students in this course will get a hands-on introduction to JavaScript through group problem-solving projects and daily individual coding practice. They will learn JavaScript syntax and use the developer tools of Mozilla Firefox to explore basic coding concepts such as variables, user input, loops and functions. The class is suitable for students with little or no coding experience. They will gain a base of knowledge to build on as they move ahead in their programming studies. - Wellness in the Digital Age
Learn strategies to counteract the negative effects of living in a digital age by setting healthy boundaries on electronic devices and promoting wellness.
Living in a digital age with technology all around us has many benefits but also creates serious challenges to our well-being. Learn how to set healthy boundaries on your use of electronic devices while also cultivating practices that promote wellness. We will look at what research shows about the negative effects of too much technology use. For one thing, our dependence on devices is causing us to spend more time indoors and less time in nature than ever before. Students will learn how spending time in nature provides an effective counterbalance to increased screen time and tech use. We will also look at the benefits of cultivating mindfulness and a growth mindset and of making time for play. Finally, we will consider how to incorporate these practices into our daily lives.
View 2023 Parent Student Handbook
2023 Sally Ride Science Academy Scholarship Application
*Submission deadline for consideration is June 24, 2023. Limited to one scholarship for one workshop per student.