Below outlines the main topics covered in the course. By the end, your learner should be able to identify and explain these topics: 

1. The parts of prokaryotic cells.
2. How prokaryotic cells are different from eukaryotic cells.
3. The parts of bacteria, including the shapes that bacteria can come in. 
4. The parts of a virus, including how it enters a host cell.
5. Why viruses are not considered alive. 
6. Specifics of a bacteriophage's lytic and lysogenic cycle.
7. The parts of the fungi group. 
8. How fungi reproduce using spores and other mechanisms.
9. How mold grows and propagates on rotten food.
10. The general structure of algae.
11. The difference between red and green algae. 
12. General parts of protozoa and their properties. 
13. How protozoa feed and move using cilia and other structures.
14. General parts of archaea.
15. Why archaea can survive in extreme environments.
16. Chemosynthesis.

I am a graduate student at Rensselaer Polytechnic Institute pursuing a Master's of Engineering (M.Eng.) in Biomedical Engineering. During my degree, I've been required to take Cellular Biology courses with intensive laboratory portions. In addition, I've taken courses in Biomaterials and in Physiology. A specific course I took is the inspiration for this course.

I've been an online teacher for 5 years, and I've been teaching Cellular Biology at middle and high school levels for more than 2 of those years. Although this is a new course, I've been teaching topics such as these for 3 years online.

宿題が提供されます
Students are provided with a course workbook that contains all class activities and homework assignments. Homework is assigned each class day in the form of pages in this workbook. Homework assignments are meant to be meaningful, enjoyable, and brief. I never assign busy-work, and homework should never take more than 30 minutes to complete.
授業以外に週あたり 0 - 1 時間の学習が期待されます
評価が提供されます
Learners are never assessed in this course, but are always given the option to submit their workbooks for a grade.
成績が提供されます

The curriculum for this course is my own, but my knowledge is mostly sourced from a textbook entitled The World of the Cell by Jeff Hardin and his colleagues. 

Less complex topics can also be sourced by most AP Biology textbooks, such as the ones by Campbell.