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BE Ph.D. Program Bioengineering Track Electives
Bioengineering Electives
To add breadth in bioengineering, the student will choose one course from a short list of BE subjects in certain areas not represented in the core but in our view, very important to the future of bioengineering. These specific areas are: (i) Biomaterials, (ii) Biological Instrumentation & Measurement, and (iii) Bioinformatics & Computational Biology.
Engineering Science Electives
2.032 |
Dynamics |
12 Units, Fall |
2.071 |
Mechanics of Solid Material |
12 Units, Spring |
2.25 |
Advanced Fluid Mechanics |
12 Units, Fall |
2.55 |
Advanced Heat and Mass Transfer |
12 Units, Spring |
6.013 |
Electromagnetic Fields and Energy |
12 Units, Fall & Spring |
6.231 |
Dynamic Programming & Stochastic Control |
12 Units, Fall |
6.301 |
Solid-State Circuits |
12 Units, Spring |
6.341 |
Discrete-Time Signal Processing |
12 Units, Fall |
6.431 |
Applied Probability |
12 Units, Fall & Spring |
6.555 |
Biomedical Signal and Image Processing |
12 Units, Spring |
6.801 |
Machine Vision |
12 Units, Fall |
10.34 |
Numerical Methods Applied to Chemical Engineering |
9 Units, Fall |
10.40 |
Chemical Engineering Thermodynamics |
12 Units, Fall |
10.50 |
Analysis of Transport Phenomena |
12 Units, Fall |
10.52 |
Mechanics of Fluids |
9 Units, Spring |
10.551 |
Systems Engineering |
9 Units, Spring |
10.65 |
Chemical Reactor Engineering |
12 Units, Spring |
18.085 |
Mathematical Methods for Engineers I |
12 Units, Fall, Spring & Summer |
18.086 |
Mathematical Methods for Engineers II |
12 Units, Spring |
18.303 |
Linear Partial Differential Equations |
12 Units, Fall |
18.335 |
Introduction to Numerical Methods |
12 Units, Fall |
18.336 |
Numerical Methods for Partial Differential Equations |
12 Units, Spring |
18.443 |
Statistics for Applications |
12 Units, Fall |
18.445 |
Introduction to Stochastic Processes |
12 Units, Spring |
18.700 |
Linear Algebra |
12 Units, Fall, Spring & Summer |
Biological Science Electives
5.08 |
Biological Chemistry II |
12 units, Spring |
5.50 |
Enzymes: Structure and Function |
12 units, Fall |
5.52 |
Advanced Biological Chemistry |
12 units, Fall |
5.55 |
Bioorganic Chemistry |
6 units, Spring |
7.51 |
Principles of Biochemical Analysis |
12 units, Fall |
7.58 |
Molecular Biology |
12 units, Spring |
7.60 |
Cell Biology: Structure and Functions of the Nucleus |
12 units, Spring |
7.61 |
Eukaryotic Cell Biology: Principles and Practice |
12 units, Fall |
7.63 |
Immunology |
12 units, Spring |
7.70 |
Regulation of Gene Expression |
12 units, Spring |
7.71 |
Biophysical Chemistry |
12 units, Spring |
7.76 |
Topics in Protein Biochemistry |
9 units, Spring |
7.90 |
Computational Functional Genomics |
12 units, Spring |
7.91/20.490 |
Foundations of Computational and Systems Biology |
12 units, Spring |
7.95 |
Cancer Biology |
12 units, Spring |
20.201 |
Mechanisms of Drug Actions |
12 Units, Fall |
20.213 |
DNA Damage and Genomic Instability |
12 Units, Spring |
20.215 |
Epidemiology, Genetics & Cell Biology of Human Cancers |
12 Units, Fall |
20.440 |
Analysis of Biological Networks |
12 Units, Fall |
20.442 |
Molecular Structure of Biological Materials |
12 Units, Fall |
20.450 |
Molecular and Cellular Pathophysiology |
12 Units, Spring |
Additional elective possibilities can be approved by petition of student and Thesis advisor(s) to Graduate Committee Chair or Co-Chair)
BE Ph.D. Program Applied Biosciences Track Electives
Applied Bioscience
Any BE subject
Science and Biological Science Electives
| 5.08 |
Biological Chemistry II |
12 units, Spring |
| 5.50 |
Enzymes: Structure and Function |
12 units, Fall |
| 5.52 |
Advanced Biological Chemistry |
12 units, Fall |
| 5.55 |
Bioorganic Chemistry |
6 units, Spring |
| 7.51 |
Principles of Biochemical Analysis |
12 units, Fall |
| 7.58 |
Molecular Biology |
12 units, Spring |
| 7.60 |
Cell Biology: Structure and Functions of the Nucleus |
12 units, Spring |
| 7.61 |
Eukaryotic Cell Biology: Principles and Practice |
12 units, Fall |
| 7.63 |
Immunology |
12 units, Spring |
| 7.70 |
Regulation of Gene Expression |
12 units, Spring |
| 7.71 |
Biophysical Chemistry |
12 units, Spring |
| 7.76 |
Topics in Protein Biochemistry |
9 units, Spring |
| 7.90 |
Computational Functional Genomics |
12 units, Spring |
| 7.91/20.490 |
Foundations of Computational and Systems Biology |
12 units, Spring |
| 7.95 |
Cancer Biology |
12 units, Spring |
| 20.201 |
Mechanisms of Drug Actions |
12 Units, Fall |
| 20.213 |
DNA Damage and Genomic Instability |
12 Units, Spring |
| 20.215 |
Epidemiology, Genetics & Cell Biology of Human Cancers |
12 Units, Fall |
| 20.442 |
Molecular Structure of Biological Materials |
12 Units, Fall |
| 20.480/5.79 |
Glycomics |
6 Units, Spring |
| 20.485 |
Tools for Assessing Biological Function |
12 Units, Spring |
Additional elective possibilities can be approved by petition of student and Thesis advisor(s) to Graduate Committee Chair or Co-Chair)
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