Discovery, creativity, and interactive learning at the 2nd Annual Scotia-Glenville Sciencepalooza
Our Districtwide K-5 Science Fair is happening on March 6 at the High School. Last year, we had over 100 enthusiastic students participate, and this year we can’t wait to see even more budding scientists showcase their amazing projects!
The Scotia-Glenville Sciencepalooza is all about inspiring elementary students to dive into the wonders of the scientific method while having a blast! Each participant will explore a topic they love, follow their grade-level guidelines of the scientific method, and create a tri-fold poster to display their findings.
The posters should feature the project title, along with the student’s name and grade. Students should also be prepared to discuss what they learned with a small group of Science Fair Advisors during the event. Every participant will receive a Science Fair ribbon, courtesy of our PTA Council.
Registration Alert
If you want to join in the fun, make sure to fill out the registration form by February 10.
Science Fair Night Details:
- Between 5:30 and 6 p.m. on March 6 set up project posters in the High School Medium Gym.
- From 6-7 p.m. the Science Fair.
- At 7 p.m. all participants are invited to a special interactive presentation of Silent Wings in the High School Auditorium, hosted by the Wildlife Institute of Eastern New York. Attendees will have the opportunity to see remarkable birds of prey up close and learn about their fascinating adaptations and behaviors.
Guidelines for Grades K-2
No open flames, dangerous chemicals, or animals
- Step I: Question – What Scientific Question are you trying to answer.
- Step II: Steps – How did you try to answer your question?
- Step III: Conclusion – What did you learn?
Guidelines for Grades 3-5
No open flames, dangerous chemicals, or animals
- Step I: State your research question.
- Step II: State your hypothesis.
- Step III: Procedure – Outline your experiment procedure.
- Step IV: Results/Data – List the data collected.
- Step V: Conclusion – Did your experiment support or not support your hypothesis? Why?