Supercharged Science e-Science and Grade-Level Courses

The curriculum excels at integrating hands-on activities with video instruction, making experiments central to learning.

The program emphasizes 'learning by doing' with video demonstrations followed by experiments, and 'video presentations and experiments are the core of the program' that 'connect scientific concepts with practical applications.'

The curriculum prioritizes hands-on experimentation over systematic content knowledge building, with limited structured information delivery.

The review notes that science experiments are 'buttressed with easily digestible information (provided via PDFs)' and the program 'relies less on memorization of vocabulary and more on grasping key concepts,' suggesting minimal depth of factual content.

The curriculum includes minimal retrieval practice, with only basic quizzes mentioned for some grade levels.

The review mentions 'quizzes help parents check whether students grasp key ideas' and quizzes are 'not included until third grade,' with no mention of spaced review or systematic retrieval practice.

Scientific vocabulary receives minimal emphasis, with only basic vocabulary support in some courses.

The high school biology course includes '75 vocabulary words to master' with definitions or pictures, but the review indicates the program generally 'relies less on memorization of vocabulary,' suggesting limited vocabulary instruction overall.

The curriculum provides basic support materials but limited comprehensive teacher training resources.

The program includes 'Learning Evaluations' with educational goals, answer keys, and 'videos that introduce students to the program, teach the scientific method, and provide an overview of Lipper's approach,' but no extensive teacher training is mentioned.

The curriculum provides some direct instruction through videos but emphasizes discovery-based learning over explicit teaching.

Aurora Lipper teaches 'primarily via videos that teach and guide students through hands-on learning' and her goal is to help students 'learn to think and operate like real scientists,' indicating a discovery-oriented rather than explicit instruction approach.

No evidence of explicit NGSS alignment is provided in the available materials.

The review does not mention NGSS standards, three-dimensional learning, or specific standards alignment, focusing instead on the hands-on approach and real-world applications.