Bioengineering, PhD (Boston)
Graduatemajor2027 catalogEngineeringBoston32 semester hours totalverified parse
Official catalog page for this program
Seminar
Required Core
- BIOE 6100 — Medical Physiology
- BIOE 6200 — Mathematical Methods in Bioengineering
- BIOE 7000 — Principles of Bioengineering
Restricted Bioengineering Technical Electives
From the catalog
Complete 8 semester hours from the following:
- Choose 8 semester hours from:
- BIOE 5115 — Dynamical Systems in Biological Engineering
- BIOE 5235 — Biomedical Imaging
- BIOE 5410 — Molecular Bioengineering
- BIOE 5411 — Applied Molecular Bioengineering
- BIOE 5420 — Cellular Engineering
- BIOE 5430 — Principles and Applications of Tissue Engineering
- BIOE 5440 — The Cell as a Machine
- BIOE 5630 — Physiological Fluid Mechanics
- BIOE 5640 — Computational Biomechanics
- BIOE 5648 — Biomedical Optics
- BIOE 5650 — Multiscale Biomechanics
- BIOE 5660 — Integrative Mechanobiology
- BIOE 5710 — Experimental Systems and Synthetic Bioengineering
- BIOE 5711 — Advanced Experimental Systems and Synthetic Bioengineering
- BIOE 5720 — Physical Bioengineering
- BIOE 5750 — Modeling and Inference in Bioengineering
- BIOE 5770 — Machine Learning Methods in Biology and Health
- BIOE 5810 — Design of Biomedical Instrumentation
- BIOE 5820 — Biomaterials
- BIOE 5860 — Engineering Approaches to Precision Medicine I
- ME 5665 — Musculoskeletal Biomechanics
Technical Electives
12 semester hours.
From the catalog
Complete 12 semester hours from the electives listed below.
Electives Course List
- One of:
- BINF 6400 — Genomics in Bioinformatics
- BIOE 5060 — Special Topics in Bioengineering
- BIOE 5115 — Dynamical Systems in Biological Engineering
- BIOE 5235 — Biomedical Imaging
- BIOE 5250 — Regulatory and Quality Aspects of Medical Device Design
- BIOE 5410 — Molecular Bioengineering
- BIOE 5411 — Applied Molecular Bioengineering
- BIOE 5420 — Cellular Engineering
- BIOE 5430 — Principles and Applications of Tissue Engineering
- BIOE 5440 — The Cell as a Machine
- BIOE 5450 — Stem Cell Engineering
- BIOE 5510 — Bioengineering Products/Technology Commercialization
- BIOE 5560 — Bioengineering Design for Robotic Rehabilitation
- BIOE 5630 — Physiological Fluid Mechanics
- BIOE 5640 — Computational Biomechanics
- BIOE 5648 — Biomedical Optics
- BIOE 5650 — Multiscale Biomechanics
- BIOE 5660 — Integrative Mechanobiology
- BIOE 5710 — Experimental Systems and Synthetic Bioengineering
- BIOE 5711 — Advanced Experimental Systems and Synthetic Bioengineering
- BIOE 5720 — Physical Bioengineering
- BIOE 5750 — Modeling and Inference in Bioengineering
- BIOE 5760 — Method and Logic in Systems Biology and Bioengineering
- BIOE 5770 — Machine Learning Methods in Biology and Health
- BIOE 5800 — Systems, Signals, and Controls for Bioengineers
- BIOE 5810 — Design of Biomedical Instrumentation
- BIOE 5820 — Biomaterials
- BIOE 5850 — Design of Implants
- BIOE 5860 — Engineering Approaches to Precision Medicine I
- BIOE 5880 — Computational Methods in Systems Bioengineering
- BIOE 7210 — A Data Science Toolkit for Human Neuroscience Research
- BIOL 5543 — Stem Cells and Regeneration
- BIOL 5601 — Multidisciplinary Approaches in Motor Control
- BIOL 6299 — Molecular Cell Biology for Biotechnology
- BIOL 6300 — Biochemistry
- BIOL 6301 — Molecular Cell Biology
- CAEP 6202 — Research, Evaluation, and Data Analysis
- CHEM 5612 — Principles of Mass Spectrometry
- CHEM 5620 — Protein Chemistry
- CHEM 5621 — Principles of Chemical Biology
- CHEM 5638 — Molecular Modeling
- CHME 5630 — Biochemical Engineering
- CHME 5632 — Advanced Topics in Biomaterials
- CS 5100 — Foundations of Artificial Intelligence
- CS 5200 — Database Management Systems
- CS 5310 — Computer Graphics
- CS 5330 — Pattern Recognition and Computer Vision
- CS 5335 — Robotic Science and Systems
- CS 5340 — Computer/Human Interaction
- CS 5400 — Principles of Programming Language
- CS 5600 — Computer Systems
- CS 5800 — Algorithms
- CS 6120 — Natural Language Processing
- CS 6140 — Machine Learning
- CS 6200 — Information Retrieval
- CS 6410 — Compilers
- DS 5220 — Supervised Machine Learning and Learning Theory
- DS 5230 — Unsupervised Machine Learning and Data Mining
- EECE 5606 — Micro- and Nanofabrication
- EECE 5642 — Data Visualization
- EECE 5644 — Introduction to Machine Learning and Pattern Recognition
- EECE 7200 — Linear Systems Analysis
- EECE 7202 — Electromagnetic Theory 1
- EECE 7203 — Complex Variable Theory and Differential Equations
- EECE 7204 — Applied Probability and Stochastic Processes
- EECE 7205 — Fundamentals of Computer Engineering
- EECE 7211 — Nonlinear Control
- EECE 7213 — System Identification and Adaptive Control
- EECE 7214 — Optimal and Robust Control
- EECE 7271 — Computational Methods in Electromagnetics
- EECE 7310 — Modern Signal Processing
- EECE 7323 — Numerical Optimization Methods
- EECE 7337 — Information Theory
- EECE 7352 — Computer Architecture
- EECE 7353 — VLSI Design
- EECE 7364 — Mobile and Wireless Networking
- EECE 7368 — High-Level Design of Hardware-Software Systems
- HLTH 5600 — Introduction to Patient Safety
- HLTH 5610 — Patient Safety Science
- HLTH 5630 — Quality Improvement in Patient Safety
- HLTH 5800 — AI Across the Health Sciences
- HSCI 5150 — Methods for Observational Research 1
- HSCI 5180 — Phenotyping
- HSCI 5190 — Cohort Building
- IE 7315 — Human Factors Engineering
- ME 5650 — Advanced Mechanics of Materials
- ME 5654 — Elasticity and Plasticity
- ME 5655 — Dynamics and Mechanical Vibration
- ME 5657 — Finite Element Method 1
- ME 5658 — Continuum Mechanics
- ME 5659 — Control Systems Engineering
- ME 5665 — Musculoskeletal Biomechanics
- ME 6200 — Mathematical Methods for Mechanical Engineers 1
- ME 6260 — Introduction to Microelectromechanical Systems (MEMS)
- ME 7238 — Finite Element Method 2
- ME 7275 — Essentials of Fluid Dynamics
- NNMD 5470 — Nano/Biomedical Commercialization: Concept to Market
- OR 6205 — Deterministic Operations Research
- PHSC 5100 — Concepts in Pharmaceutical Science
- PHSC 6290 — Biophysical Methods in Drug Discovery
- PHTH 5210 — Biostatistics in Public Health
- PHTH 5214 — Environmental Health
- PHYS 5116 — Network Science 1
- PHYS 7301 — Classical Mechanics/Math Methods
- PHYS 7321 — Computational Physics
- PHYS 7741 — Physics of Biological Processes and Living Systems 2
- PMST 6250 — Advanced Physical Pharmacy
- PMST 6252 — Pharmacokinetics and Drug Metabolism
- PMST 6254 — Advanced Drug Delivery Systems
- All of:
- All of:
Dissertation
GPA requirements
- 32 total semester hours required Minimum 3.000 GPA required
Parsed from the catalog by NU Map; the structured machine copy is in this college's JSON for the 2027 catalog, under bioengineering-phd-boston, and the official page is the authority.