Semester.ly

Johns Hopkins University | EN.550.492

Mathematical Biology

3.0

credits

Average Course Rating

(4.58)

This course will examine the mathematical methods relevant to modeling biological phenomena, particularly dynamical systems and probability. Topics include ordinary differential equations and their simulation; stability and phase plane analysis; branching processes; Markov chains; and stochastically perturbed systems. Biological applications will be drawn from population growth, predator-prey dynamics, epidemiology, genetics, intracellular transport, and neuroscience.

Spring 2014

(4.8)

Spring 2015

(4.36)

Spring 2014

Professor: Dwijavanti Athreya

(4.8)

The best features of the class were the material covered, the enthusiastic and knowledgeable instructor, and the intellectual rigor. The homework was graded closely forcing students to improve their proofs. The lectures and notes were confusing and faced paced at times. Additionally, there was a great deal of material to cover in a short time, so class often felt rushed. Better organization of notes and breaking the course into three, rather than two classes were suggestions for improvement. Prospective students should take this class right after taking Probability Theory I. The workload is low but students will need to stay on top of studying independently to do wel .

Spring 2015

Professor: Dwijavanti Athreya

(4.36)

The best aspects of the course included the clear, organized lectures, interesting concepts presented over the semester, and the timely feedback provided by the instructor. Many students felt that the homework assignments were lengthy and difficult. Suggestions for improvement included having more applicable and biology-relevant assignments. Students also suggested decreasing the number of topics covered in order to explore a few concepts more deeply. Prospective students should have a background in probability and be comfortable with concepts of calculus II . Prospective students are also encouraged to begin assignments early.