EN.545 courses at Johns Hopkins
10,248 EN.545 courses at Johns Hopkins University, with prerequisites, ratings, workload, and what each one unlocks.
Showing 1–27 of 27
- EN.545.602Metabolic Systems Biotechnology3 credits
- EN.545.603Colloids and Nanoparticles3 credits
- EN.545.604Transport Phenomena in Practice3 credits
- EN.545.606Chemical & Biomolecular Separation3 credits
- EN.545.607Renewable Energy Technologies3 credits
- EN.545.614Computational Protein Structure Prediction and Design3 credits
- EN.545.615Interfacial Science with Applications to Nanoscale Systems3 credits
- EN.545.619Project in Design: Alternative Energy3 credits
- EN.545.621Project in Design: Pharmacodynamics3 credits
- EN.545.622Introduction to Polymeric Materials3 credits
- EN.545.626Fundamentals of Cell Bioengineering3 credits
- EN.545.628Supramolecular Materials and Nanomedicine3 credits
- EN.545.630Thermodynamics and Statistical Mechanics3 credits
- EN.545.632Project in Design: Pharmacokinetics3 credits
- EN.545.635Software Carpentry3 credits
- EN.545.637Application of Molecular Evolution to Biotechnology3 credits
- EN.545.639Advanced Topics in Pharmacokinetics and Pharmacodynamics3 credits
- EN.545.640Micro- and Nanotechnology3 credits
- EN.545.652Advanced Transport Phenomena3 credits
- EN.545.660Polymer Physics3 credits
- EN.545.662Polymer Design and Bioconjugation3 credits
- EN.545.665Engineering Principles of Drug Delivery3 credits
- EN.545.668Introduction to Nonlinear Dynamics and Chaos3 credits
- EN.545.671Advanced Thermodynamics in Practice3 credits
- EN.545.672Green Engineering, Alternative Energy and CO2 Capture/Sequestration3 credits
- EN.545.673Advanced Chemical Reaction Engineering in Practice3 credits
- EN.545.691Chemical Engineering Modeling and Design for Graduate Students3 credits