In our fourth-grade technology class, students are using Google Slides to create presentations about all 50 states, aligning with the TEKS standards. Working in teams, they research and design their slides, which fosters collaboration and develops their technology skills. To enhance interactivity, we are incorporating music transitions to signal correct or incorrect answers, making learning both fun and memorable. This approach prepares students for future technological challenges while providing an engaging educational experience.

We will present our “Are You Smarter Than A Fourth-Grader?” games on February 27, 2025. After the presentations, the games will be available on our webpage for you to play and sharpen your skills.

Second graders are constructing wind turbines using WeDo 2.0. We are collaborating to assemble these turbines and learning about gear systems and how they work together with the motor to turn the blades. We have discovered that even when we follow the instructions, modifications may be necessary to ensure our robot functions properly. In the upcoming lessons, we will learn how to use the drag-and-drop coding application to program the robotic wind turbines, enabling them to perform functions, turn, and increase their speed.

“WeDo 2.0 is a LEGO Education robotics kit designed specifically for elementary school students. It allows students to build small robots using LEGO bricks, program them with an easy-to-use drag-and-drop interface, and explore fundamental concepts of science and engineering through hands-on activities. This kit introduces students to coding and robotics in a fun and accessible way.”

Third-grade students are participating in an exciting project in which they build robotic windmills using Lego EV3 robotics parts. This activity helps them develop important skills such as planning, visual discrimination, and following directions. It also enhances their problem-solving abilities by applying concepts to real-world situations. Furthermore, students collaborate effectively as they work together on this hands-on project, fostering teamwork and communication skills.

5 Benefits of Using Cricut in the Classroom

For our Shark Tank projects, we're integrating the use of Cricut machines to elevate the creativity and visual appeal of our presentations. This fantastic hands-on learning experience allows students to tap into their critical thinking, problem-solving skills, and creativity all at once, making the process truly empowering. By utilizing Cricut, students can design and create personalized visuals that bring their ideas to life in a unique and professional way. Projects like these not only enhance their academic skills but also prepare them for real-world challenges. Incorporating Cricut into our Shark Tank presentations is an excellent way to blend creativity with practical application, inspiring students and fostering innovation and ingenuity in their educational journey.

Students are using codeSpark to begin their journey into learning the basics of coding.

CS Standards: 

• CSTA 1A-AP-08: Model daily processes by creating and following algorithms (sets of step-by-step instructions) to complete tasks.

• CSTA 1A-AP-10: Develop programs with sequences and simple loops, to express ideas or address a problem.

• CSTA 1A-AP-11: Decompose the steps needed to solve a problem into a precise sequence of instructions.

• CSTA 1A-AP-12: Develop plans that describe a program's sequence of events, goals, and expected outcomes.

Eighth graders practice their photography skills by attempting to capture the best picture of the office for the yearbook.

Students in Mrs. Tracy's class are developing their fine motor skills by practicing clicking on screen commands with their correct fingers.

PK4.X.A.1

Child opens and navigates through digital learning applications and programs.

PK4.X.A.2

Child uses a varoety of digital tools that support and enhance learning.

Effective use of computer technology, such as operating a mouse, requires good fine motor skills and hand-eye coordination. These skills involve precise movements of small muscles in our hands and fingers, and coordinating our visual perception and hand movements. Early childhood is a critical period for developing these skills and providing opportunities for children to engage in activities promoting them. We use This is Sand to practice and improve these skills.

Pre-Kindergarten students are learning how to utilize their tablets as digital tools while learning. They are exploring the FREE application Khan Academy for Kids. Khan Academy for Kids is a subscription-free application that includes adaptive learning paths and independent learning. The bonus is that there are NO ADDS!

Khan Academy is a non-profit organization that provides free, world-class education through online tools. The organization was founded in 2006 by Sal Khan, who started by tutoring his family and posting videos on YouTube for others to watch at their own pace. Khan Academy's library of lessons covers a range of subjects, including history, math, science, and grammar, from kindergarten through early college. Students can use the website or app to access lessons, practice skills, and get immediate feedback.

Adaptive Learning Path

Our personalized learning path dynamically adapts, ensuring each child is presented with activities, books, educational videos, and creative lessons that allow them to learn at their own pace, creating an individualized experience for every learner.

Independent Learning

Kids can also learn independently in the Khan Academy Kids Library—a curated collection of activities, books, videos, and coloring pages. Our book reader allows kids to follow along with recorded audio narration or read on their own across our fiction, non-fiction, and fiction leveled books.

Our Shark Tank Presentations were amazing. Grades 4-8 participated. They created prototypes, business cards, websites, and pitches. There are definitely going to be some future entrepreneurs from SJDS.

The deadline for Shark Tank Projects has been extended to allow students to explore the subject matter more deeply. This opportunity aims to enable students to produce high-quality work that reflects their capabilities and contributes to their learning. We are currently prototyping with EV3 robotics parts, Lego, and other materials.

The learning objectives outlined below are subject to modification to suit different classes. Also, the objectives may be differentiated to meet the specific needs of the students.

Objective 1:  Website Design- Google Sites or Canva

Objective 2:  Form Design (Order Forms Created & Embedded in the Website) Google Forms

Objective 3:  QR Code 

Objective 4: Digital Images:  Taking Pictures, Airdropping, Uploading, Sharing, Embedding, & Editing.

Objective 5: Business Cards & Logos 

Objective 6: Prototype of Product

Objective 7: Display Boards (Digital information for presentation designed, printed, and  created in class)

Final Objective:  Presentation of Project

Prototyping is an experimental process that involves creating a mock-up of a product or process before creating a final design. It can include multiple stages or iterations and can be used to visualize how a product will look and feel.

Students have progressed to the next stage of development for their products by using their drafted versions of prototyping designs. This stage allows them to identify potential issues and opportunities in their work and find solutions, troubleshoot, or evaluate their progress. Through their prototypes, students can make appropriate refinements or alterations to their work in the right direction.

Hour of Code

December 4-10, 2023

The eighth-grade class recently learned about the significance of Public Service Announcements (PSAs). PSAs are a powerful tool to inform the public about critical issues, promote public health and safety, and raise awareness of social issues. They play a crucial role in creating positive change in society. As a class exercise, the students confidently developed and produced PSAs that included narration, text, transitions, facts, statistics, music, and credits. We are proud of the results they achieved.

Middle School Public Service Announcements

The instructional curriculum of our 7th grade includes the study of drones. As a means to showcase their knowledge and comprehension, the students were tasked with producing instructional videos on the pre-flight preparation of the DJI Mavic Pro Drone. We are demonstrating the following ISTE Standards:

1.3 Knowledge Constructor

Students critically curate a variety of resources using digital tools to construct knowledge, produce creative artifacts and make meaningful learning experiences for themselves and others.

1.6 Creative Communicator

Students communicate clearly and express themselves creatively for a variety of purposes using the platforms, tools, styles, formats and digital media appropriate to their goals.

Each group utilized iPhones to transfer raw videos via airdrop to Canva, a cloud-based graphic design platform. The groups produced the initial stages of various instructional videos. The process allowed for the seamless integration of multimedia content, facilitating the creation of visually engaging instructional resources.

Students are learning that data storage and organization involves stacks and queues. Stacks can add or remove elements from the top, while queues have a front and a back.

CS Standards

• CSTA 1A-DA-06: Collect and present the same data in various visual formats.

• CSTA 1A-DA-07: Identify and describe patterns in data visualizations, such as charts or graphs, to make predictions.

• CSTA 1B-DA-06: Organize and present collected data visually to highlight relationships and support a claim.  

VEXcode VR provides a web-based solution for coding a virtual robot. The platform supports both block-based coding and a Python interface, offering a versatile programming experience. VEXcode VR is based on VEXcode, the same programming environment used for VEX 123, GO, IQ, and V5 robots.

This platform offers an engaging and interactive way for students to learn computer science. By using VEXcode VR, students can hone their coding skills and test their strategies in a virtual environment. With this hands-on experience, they can develop a solid foundation and gain practical experience in the field of computer science.

Weave Silk is an online tool that facilitates the creation of light patterns via mouse movements. Yuri Vishnevsky developed this experiment in generative art. Silk provides students with the ability to create symmetrical and flowing art. The tool includes controls that allow for the adjustment of brush color, symmetry, mirroring, and spiraling. Students of all ages can produce abstract art, including young children who must develop their mouse skills while creating visually appealing patterns.