Past projects 5
STEM Lessons on Chemistry and Life Sciences
Funded Jul 1, 2024Thank you so much for your generous contribution! The new resources have transformed our classroom, making lessons more engaging and hands-on, which has boosted both interest and participation among my students. One of the standout projects so far was our recent hands-on lab activity in which students explored chemical reactions as part of our unit on matter and molecules. With the new materials, students were able to test different substances and observe the reactions firsthand, connecting theory to real, observable phenomena. Watching them work as scientists—taking notes, making predictions, and drawing conclusions—was incredibly rewarding.
The excitement on their faces when they first saw the materials was priceless. They were immediately curious, asking, "What can we do with these?" and suggesting different experiments they wanted to try. It's clear that having these tools has inspired a sense of ownership in their learning, and they're now eager to go beyond just reading about concepts to actually experiencing them.
Looking ahead, we're diving into a unit on natural resources. The next steps for our class involve examining and analyzing data about natural resources and discussing sustainable practices. We'll use these resources to simulate environmental experiments and explore renewable energy sources—something they've been excited about ever since they first heard about it. Thanks to you, they're equipped not only with the tools they need but with the excitement and motivation to learn. Thank you again for being part of their journey!”
With gratitude,
Mrs. Tirado
This classroom project was brought to life by Newman's Own Foundation and 3 other donors.Environmental Science Experiment: Biomass to Biofuel
Funded May 10, 2024We are immensely grateful for your generous support of our STEM Lab Experiments Kit and Biomass to Biofuel project. Your contributions have enabled us to equip our classroom with a variety of hands-on lab kits, and I am excited to share the incredible impact this has had on our students.
### How is the STEM Lab Kit Helping Our Students Learn?
The introduction of the STEM lab kits has revolutionized the way our students engage with their education. Here are some key benefits:
1. **Hands-On Learning:** The lab kits provide students with practical, hands-on experience in conducting experiments across various STEM disciplines. This experiential learning helps them grasp complex scientific concepts more effectively.
2. **Engagement and Curiosity:** The kits have sparked students' curiosity and enthusiasm for STEM subjects. The interactive experiments keep students engaged and motivated to explore further, making learning both fun and educational.
3. **Critical Thinking and Problem-Solving:** Conducting experiments encourages students to think critically and solve problems. They learn to formulate hypotheses, design experiments, analyze data, and draw conclusions, which enhances their analytical skills.
4. **Real-World Applications:** The lab kits offer real-world applications of scientific principles. Students can see how the concepts they learn in class apply to everyday life and future careers in STEM fields.
5. **Teamwork and Collaboration:** Many of the experiments require teamwork, fostering collaboration and communication skills. Students learn to work together, share ideas, and collectively troubleshoot issues.
### What About the New STEM Lab Kit is Most Exciting to Our Students?
The most exciting aspect of the STEM lab kits for our students is the ability to conduct real experiments and see the results firsthand. Whether it's chemistry reactions, physics experiments, or biology dissections, the hands-on nature of the kits brings science to life in a way that traditional lectures cannot. Students particularly enjoy the variety of experiments and the opportunity to explore different areas of STEM.
### Are There Particular Students Who Have Especially Warmed to This New Technology?
Yes, several students have particularly benefited from and embraced the STEM lab kits:
- **A student with a passion for chemistry** has used the kits to deepen their understanding of chemical reactions and laboratory techniques, sparking a keen interest in pursuing a career in chemical engineering.
- **A student who excels in physics** has found the physics experiments invaluable for applying theoretical concepts to practical scenarios, enhancing their understanding and enjoyment of the subject.
- **A student fascinated by biology** has utilized the biology kits to explore anatomy and physiology in a hands-on way, solidifying their interest in the life sciences.
### How Did This Project Impact Your Students' Learning?
The STEM lab kits have had a significant impact on our students' learning. They have provided a more engaging and interactive way to study science, leading to better retention of information and a deeper understanding of scientific principles. The students have developed critical thinking, problem-solving, and teamwork skills, which are essential for their future academic and professional endeavors.
### What Were You Able to Accomplish in Your Teaching Because of the Materials Provided?
Because of the materials provided, we were able to create a more dynamic and stimulating STEM learning environment. The lab kits allowed us to introduce complex scientific concepts in an accessible and enjoyable way. Students could immediately see the results of their experiments, reinforcing their learning and increasing their enthusiasm for STEM subjects.
In summary, the "STEM Lab Experiments Kit" project, made possible by your generosity, has greatly enhanced our students' educational experiences. We are excited to see continued growth and enthusiasm for STEM subjects as we further integrate these tools into our curriculum.
Thank you once again for your generosity and commitment to our students' success.”
With gratitude,
Mrs. Tirado
This classroom project was brought to life by Young Sheldon on CBS and one other donor.Help Me Create a STEM Classroom Kids Will Love
Funded Apr 10, 2024We are immensely grateful for your generous support of our "Help Me Create a STEM Classroom Kids Will Love" project. Your contributions have enabled us to set up an amazing aquarium in our classroom, and I am thrilled to share the incredible impact this has had on our students.
### How is the Aquarium Helping Our Students Learn?
The introduction of the aquarium has transformed our classroom into an interactive STEM learning environment. Here are some key benefits:
1. **Hands-On Learning:** The aquarium provides students with a tangible, hands-on way to learn about marine biology, ecosystems, and environmental science. Observing live aquatic life and maintaining the aquarium offers practical experience that enhances theoretical knowledge.
2. **Engagement and Curiosity:** The presence of the aquarium has sparked students' curiosity and interest in STEM subjects. They are eager to learn about the different species, their habitats, and how to care for them, making the learning process exciting and engaging.
3. **Real-World Applications:** The aquarium offers real-world applications of STEM concepts such as water chemistry, biology, and ecology. Students can see firsthand how these scientific principles are used to maintain a healthy aquatic environment.
4. **Responsibility and Teamwork:** Taking care of the aquarium teaches students responsibility and teamwork. They work together to feed the fish, monitor water quality, and ensure the tank's ecosystem remains balanced.
### What About the New Aquarium is Most Exciting to Our Students?
The most exciting aspect of the aquarium for our students is the opportunity to observe and interact with live aquatic creatures. Watching the fish and other marine life in their habitat brings science lessons to life. The students are particularly fascinated by the diversity of species and enjoy learning about their behaviors and adaptations.
### Are There Particular Students Who Have Especially Warmed to This New Technology?
Yes, several students have particularly benefited from and embraced the aquarium:
- **A student with a passion for marine biology** has taken on a leadership role in caring for the aquarium, deepening their interest in marine sciences and inspiring them to consider a future career in this field.
- **A student who thrives on hands-on activities** has found great joy in maintaining the aquarium, using the experience to better understand complex scientific concepts through practical application.
- **A student with a love for animals** has been particularly enthusiastic about learning how to care for the fish, which has translated into a greater interest in biology and environmental science.
### How Did This Project Impact Your Students' Learning?
The aquarium has had a significant impact on our students' learning. It has provided an engaging and interactive way to explore STEM subjects, leading to better retention of information and a deeper understanding of biological and environmental science concepts. The students have developed critical thinking, observational, and analytical skills as they monitor and care for the aquatic life.
### What Were You Able to Accomplish in Your Teaching Because of the Materials Provided?
Because of the materials provided, we were able to create a dynamic and stimulating STEM learning environment. The aquarium has allowed us to introduce complex scientific concepts in an accessible and enjoyable way. Students can observe real-time biological processes, conduct experiments related to water chemistry, and learn about ecosystems and biodiversity, making the learning process both effective and enjoyable.
In summary, the "Help Me Create a STEM Classroom Kids Will Love" aquarium, made possible by your generosity, has greatly enhanced our students' educational experiences. We are excited to see continued growth and enthusiasm for STEM subjects as we further integrate these tools into our curriculum.
Thank you once again for your generosity and commitment to our students' success.”
With gratitude,
Mrs. Tirado
This classroom project was brought to life by National Havoc Robot League (NHRL) and one other donor.Human Body Lessons That Are Engaging!
Funded May 8, 2024We are deeply appreciative of your generous support for our "Human Body Lessons That Are Engaging!" project. Your contributions have made a significant impact on our students' learning experiences, and I am excited to share the ways in which these new resources have enriched our classroom.
### How is the Technology Helping Our Students Learn?
The introduction of these new materials has transformed the way our students engage with their education. Here are some key benefits:
1. **Interactive Learning:** The human body kits and digital resources have made learning more interactive. Students can explore anatomical models, use augmented reality apps, and engage in virtual dissections, making the learning process both exciting and educational.
2. **Hands-On Experience:** These tools provide students with hands-on experience that reinforces their understanding of complex biological concepts. By physically interacting with models and simulations, students gain a deeper and more intuitive grasp of human anatomy and physiology.
3. **Enhanced Curiosity and Engagement:** The engaging lessons have sparked students' curiosity about the human body. The dynamic and visually appealing materials keep students interested and motivated to learn more about how their bodies function.
4. **Real-World Connections:** By understanding the human body, students can make real-world connections to health, medicine, and biology. This knowledge is not only academically beneficial but also promotes awareness of personal health and wellness.
### What About the New Product is Most Exciting to Our Students?
The most exciting aspect of the human body lessons for our students is the ability to see and understand the inner workings of their own bodies in a tangible way. The use of augmented reality apps that allow students to visualize organs and systems in 3D has been particularly thrilling. Additionally, virtual dissections offer a safe and engaging way to explore anatomy, bringing textbook illustrations to life.
### Are There Particular Students Who Have Especially Warmed to This New Technology?
Yes, several students have particularly benefited from and embraced these new resources:
- **A student with a keen interest in biology** has used the models and AR apps to deepen their understanding of human physiology, sparking a passion for a future career in medicine.
- **A student who learns best through visual aids** has found the 3D models and virtual dissections incredibly helpful in grasping complex concepts that were previously challenging.
- **A student fascinated by technology** has enjoyed using the augmented reality apps to explore anatomical structures, combining their love for tech and biology in a meaningful way.
### How Did This Project Impact Your Students' Learning?
The human body lessons have had a profound impact on our students' learning. They have provided a more engaging and interactive way to study anatomy and physiology, leading to better retention of information and a deeper understanding of the subject matter. The resources have also helped students develop critical thinking and analytical skills as they explore the complexities of the human body.
### What Were You Able to Accomplish in Your Teaching Because of the Materials Provided?
Because of the materials provided, we were able to create a more immersive and interactive learning environment. The new resources allowed us to introduce advanced biological concepts in an accessible and engaging way. Students could see real-time visualizations of body systems, conduct virtual dissections, and interact with detailed anatomical models, making the learning process both effective and enjoyable.
In summary, the "Human Body Lessons That Are Engaging!" project, made possible by your generosity, has greatly enhanced our students' educational experiences. We are excited to see continued growth and enthusiasm for learning about the human body as we further integrate these tools into our curriculum.
Thank you once again for your generosity and commitment to our students' success.”
With gratitude,
Mrs. Tirado
This classroom project was brought to life by General Motors and one other donor.Modern Engineering and Design Like a Pro
Funded May 8, 2024We are incredibly grateful for your generous donation of the structural engineering bridges and skyscrapers kit. This innovative kit has had a profound impact on our students' learning experiences, and I am excited to share with you the many ways it has benefited our classroom.
### How is the Technology Helping Our Students Learn?
The introduction of the structural engineering kit has revolutionized the way our students engage with their education. Here are some key benefits:
1. **Hands-On Learning:** The kit provides students with a tangible, hands-on experience in building and understanding complex structures. This practical approach helps them grasp engineering principles in a way that traditional classroom instruction cannot.
2. **Critical Thinking and Problem-Solving:** As students work on constructing bridges and skyscrapers, they are required to think critically and solve real-world engineering problems. This enhances their analytical skills and encourages innovative thinking.
3. **Teamwork and Collaboration:** The projects often involve group work, fostering teamwork and communication among students. They learn to collaborate effectively, share ideas, and collectively troubleshoot issues.
4. **STEM Skills:** The kit integrates science, technology, engineering, and math (STEM) concepts, providing a comprehensive educational experience. Students gain a deeper understanding of how these disciplines interconnect in the real world.
### What About the New Product is Most Exciting to Our Students?
The most exciting aspect of the structural engineering kit for our students is the opportunity to see their creations come to life. The ability to design, build, and test their structures provides a sense of accomplishment and a deeper understanding of engineering principles. The kit also includes challenges and scenarios that mimic real-world engineering problems, making the learning process both engaging and relevant.
### Are There Particular Students Who Have Especially Warmed to This New Technology?
Yes, there are several students who have particularly benefited from and embraced this new technology:
- **An 8th grader with a passion for architecture** has used the kit to explore different architectural styles and construction techniques, fueling their interest in pursuing a career in architecture.
- **An 8th grade student who excels in mathematics** has found the kit invaluable for applying mathematical concepts to practical engineering problems, enhancing their understanding and enjoyment of both subjects.
- **An 8th-grader interested in engineering** has utilized the kit to design and construct complex structures, which has solidified their interest in pursuing engineering as a future career.
In summary, the structural engineering bridges and skyscrapers kit you have provided has not only enhanced our students' educational experiences but also ignited passions and supported diverse learning needs. We are excited to see continued growth and development in our students as we further integrate these tools into our curriculum.
Thank you once again for your generosity and commitment to our students' success.”
With gratitude,
Mrs. Tirado
This classroom project was brought to life by General Motors and one other donor.