BMED 7011 Integrative Core
Introduction to Modeling and Experimentation in Biomedical Engineering

BMED 7012 Integrative Core
Experimental Design-Measurements at the Right Spatial and Temporal Scales

BMED 7013 Integrative Core
Problem Solving with Computational Models

Emory PSI 600
PHIL 6010 Biomedical Ethics

BMED 7101 Biomaterials & Regenerative Medicine

Must be in 2nd year or higher, taken required biology and engineering courses, and passed qualifying exam to enroll. Open to non BME students in the research area.

   Course Syllabus

• At least one bioscience and one engineering course should be taken prior to the qualifying exam at the end of year 1.
• Credit from prior graduate degree work (e.g. MS or MD) may be substituted for Engineering and Bioscience Fundamentals upon approval of the Graduate Committee. Emory MD/PhD student can receive up to 9 units credit toward Bioscience requirements. MS course work from other institutions must be submitted to the Graduate Committee a syllabus from each course.

• APPH 6211 - Systems Physiology I: Cellular Mechanisms
• BIOL 6570 - Immunology
• BIOL 7010 - Advanced Cell Biology (if offered**)
• CHEM 6501 - Biochemistry I
• IBS 555 - Basic Biomedical and Biological Science I
• IBS 556 - Basic Biomedical and Biological Science II
• IBS 524 - Cancer Biology
• IBS 542 - Concepts of Immunology

** not currently offered at GT, but may in the future

• CHBE 6100 - Advanced CHE Thermodynamics
• CHBE 6260 - Mass Transfer
• PTFE/MSE/ME 6768 - Polymer Structure and Properties

• BMED 6777 - Advanced Biomaterials
• BMED 6782 - Cellular Engineering
• BMED 6794 - Tissue Engineering

Emory courses

• IBS 524 - Cancer Biology
• IBS 600 - Blood and Water

Applied Physiology courses

• APPH 6212 - Systems Physiology II
• APPH 6225 - Biostatistics

Biology courses

• BIOL 4668/7668 - Eukaryotic Molecular Genetics

Biomedical Engineering courses

• BMED 6041 - Analytical Methods
• BMED 6042 - Systems Physiology
• BMED 6710 - Rational Design of Biomaterials
• BMED 6711 - Rational Design of Biomaterials Lab
• BMED 6740 - Living System Modeling & Analysis
• BMED 6793 - Systems Pathophysiology
• BMED 7310 – Stem Cell Engineering

Chemical Engineering courses

• CHBE 6120 - Molecular Modeling
• CHBE 6500 - Math Model-Chem Process
• CHBE 6765 - Drug Design Development and Delivery

Chemistry/Biochemistry courses

• CHEM 6502 - Biochemistry II
• CHEM 6572 - Macromolecular Structures
• CHEM 6573 - Molecular Biochemistry
• CHEM/BIOL 6756 - Signaling Molecules

ISYE courses

• ISYE 6401 - Stat Models & Dsgn Expts
• ISYE 6402 - Time Series Analysis
• ISYE 6404 - Nonparametric Data Analysis
• ISYE 6413 - Dsgn & Analy-Experiments
• ISYE 6414 - Regression Analysis
• ISYE 6416 - Computational Statistics
• ISYE 6644 - Simulation
• ISYE 6650 - Probabilistic Models
• ISYE 6739 - Statistical Methods

Material Science and Engineering courses

• MSE 6130 - Surface Analysis
• MSE 6405 - Advanced Nanomaterials
• MSE 6751 - Phys Chem-Poly Solutions
• MSE 6752 - Polymer Characterization
• MSE 6407 - Biological Properties ^
  (^ will be changing names in the next year to MSE/BME 6730: Materials Science of Cellular Components – same course content will be maintained)

Mathematics courses

• MATH 6266 - Linear Statistical Models
• MATH 6267 - Multivariate Statistical Analysis
• MATH 6640 - Numerical Methods: Partial Differential Equations
• CSE/MATH 6643 - Numerical Methods: Linear Algebra
• CSE/MATH 6644 - Iterative Methods – Systems of Equations
• MATH 6646 - Numerical Methods: Ordinary Differential Equations
• MATH 6647 - Numerical Methods for Dynamical Systems
• MATH 6705 - Modeling and Dynamics
• MATH/ISYE 6761 - Stochastic Processes I
• MATH/ISYE 6762 - Stochastic Processes II

Mechanical Engineering courses

• ME 6743 - Tissue Mechanics
• ME 6768 - Polymer Structure and Properties
• ME 6796 - Structure-Property Relationships in Materials
• ME 7772 - Fundamentals of Fracture Mechanics
• ME 7774 - Fundamentals of Fatigue

Click Here