
麻豆传媒映画 (麻豆传媒映画) advocates for experiential learning, engaging students through simulated experiments, immersive tasks, field trips, and group discussions.
Experiential learning has many benefits:- Students apply theoretical knowledge to real-life situations, deepening their understanding and memory;
- Students develop practical skills and hands-on abilities;
- Students enhance their creative thinking and innovation abilities;
- Students strengthen their teamwork and interpersonal communication skills;







Learning science through 3D foam building – students in Mr. Nucciarelli鈥檚 Grade 10 science class are working in small groups to assemble different parts (called organelles) of the animal cell.
There are many cell organelles to learn about and each organelle has a unique purpose in the cell. Building a model means they can use their hands to literally put the cell together – it just doesn’t get more hands-on then that!
Along each step of the building process, students answered simple questions about each organelle to help reinforce what they have learned about in pervious classes this week.








Yes, DNA can be delicious! Grade 11 students are creating DNA models with Twizzlers and marshmallows.
Edible DNA model is tasty way to reinforce the students鈥 knowledge of DNA structure and base paring as they start the genetics unit.
- The 鈥淟ooker鈥 can visually inspect the LEGO model and convey its appearance to the 鈥淩unner鈥.
- The 鈥淩unner鈥 relies on information relayed by the 鈥淟ooker鈥 to communicate back to the 鈥淏uilder鈥.
- The 鈥淏uilder鈥, on the other hand, is not allowed to speak, receives guidance from the 鈥淩unner鈥 and proceed with the Lego construction.
WOW, Grade 12 Biology students are learning the science of fermentation by brewing their own ginger ale and root beer from scratch.
Are these old-fashioned, naturally carbonated drinks tasty? Watch the video and see for yourself.
Grade 11 students are taking leaps forward in geometry learning like never before. Led by Mrs. Dana, the class is performing a Transformations Dance to review the graphs of the parent functions and their transformations.
They are using choreographed movements to embody reflections, translations, and rotations.





