Bioengineering, BSBioE (Boston)

Engineering

Required Engineering

1. BIOE 2350

   Biomechanics
   4
2. BIOE 2355

   Quantitative Physiology for Bioengineers
   4
3. BIOE 2365and BIOE 2366

   Bioengineering Measurement, Experimentation, and Statisticsand Lab for BIOE 2365

   Not resolved to a course
   5
4. BIOE 3210

   Bioelectricity
   4
5. BIOE 3310

   Transport and Fluids for Bioengineers
   4
6. BIOE 3380

   Biomolecular Dynamics and Control
   4

Bioengineering Capstone

1. BIOE 4790

   Capstone Design 1
   4
2. BIOE 4792

   Capstone Design 2
   4

Supplemental Credit

1. 2 semester hours from the following count toward the engineering requirement:

   Not resolved to a course
   2
2. GE 1501

   Cornerstone of Engineering 1

   As published: “Cornerstone of Engineering 1 1”
   4
3. 3 semester hours from the following count toward the engineering requirement:

   Not resolved to a course
   3
4. GE 1502

   Cornerstone of Engineering 2

   As published: “Cornerstone of Engineering 2 1”
   4

Supporting Courses: Mathematics/Science

Required Mathematics/Science

1. BIOL 1111and BIOL 1112

   General Biology 1and Lab for BIOL 1111

   Not resolved to a course
   5
2. CHEM 1151and CHEM 1153

   General Chemistry for Engineersand Recitation for CHEM 1151

   Not resolved to a course
   4
3. MATH 1341

   (FQ)

   As published: “Calculus 1 for Science and Engineering”
   4
4. MATH 1342

   Calculus 2 for Science and Engineering
   4
5. MATH 2321

   (FQ)

   As published: “Calculus 3 for Science and Engineering”
   4
6. MATH 2341

   Differential Equations and Linear Algebra for Engineering
   4
7. Complete one of the following:

   Not resolved to a course
   5
8. PHYS 1151and PHYS 1152and PHYS 1153

   Physics for Engineering 1and Lab for PHYS 1151and Interactive Learning Seminar for PHYS 1151

   Not resolved to a course
9. PHYS 1171and PHYS 1172and PHYS 1173

   Physics 1 for Bioscience and Bioengineeringand Lab for PHYS 1171and Interactive Learning Seminar for PHYS 1171

   Not resolved to a course
10. Complete one of the following:

    Not resolved to a course
    5
11. PHYS 1155and PHYS 1156and PHYS 1157

    Physics for Engineering 2and Lab for PHYS 1155and Interactive Learning Seminar for PHYS 1155

    Not resolved to a course
12. PHYS 1175and PHYS 1176and PHYS 1177

    Physics 2 for Bioscience and Bioengineeringand Lab for PHYS 1175and Interactive Learning Seminar for PHYS 1175

    Not resolved to a course

Supplemental Credit

1. 1 semester hour from the following counts toward the mathematics/science requirement:

   Not resolved to a course
   1
2. GE 1501

   Cornerstone of Engineering 1

   As published: “Cornerstone of Engineering 1 1”
   4

Professional Development

1. GE 1000

   First-Year Seminar
   1
2. ENCP 2000

   Introduction to Engineering Co-op Education
   1
3. ENCP 3000

   Professional Issues in Engineering
   1

Additional Required Courses

1. 1 semester hour from the following counts toward the professional development requirement:

   Not resolved to a course
   1
2. GE 1501

   Cornerstone of Engineering 1

   As published: “Cornerstone of Engineering 1 1”
   4
3. 1 semester hour from the following counts toward the professional development requirement:

   Not resolved to a course
   1
4. GE 1502

   Cornerstone of Engineering 2

   As published: “Cornerstone of Engineering 2 1”
   4

​Writing Requirements

A grade of C or higher is required:

1. ENGW 1111

   First-Year Writing
   4
2. ENGW 3302

   Advanced Writing in the Technical Professions

   or: ENGW 3315 Interdisciplinary Advanced Writing in the Disciplines
   4

Required General Electives

1. Complete 28 semester hours of academic, nonremedial, nonrepetitive courses.

   Not resolved to a course
   28

Concentration in Biomechanics and Mechanobiology

Required Courses

1. Complete three of the following:

   Not resolved to a course
   12
2. BIOE 5630

   Physiological Fluid Mechanics
   4
3. BIOE 5640

   Computational Biomechanics
   4
4. BIOE 5660

   Integrative Mechanobiology
   4
5. ME 5665

   Musculoskeletal Biomechanics
   4

Elective Courses

1. Complete two of the following (any course on the required course list not used toward the core requirement may also be taken):

   Not resolved to a course
   8
2. BIOE 4991

   Research
   4
3. BIOE 5060

   Special Topics in Bioengineering
   4
4. BIOE 5115

   Dynamical Systems in Biological Engineering
   4
5. BIOE 5440

   The Cell as a Machine
   4
6. BIOE 5560

   Bioengineering Design for Robotic Rehabilitation
   4
7. BIOE 5770

   Machine Learning Methods in Biology and Health
   4
8. BIOE 5820

   Biomaterials

   or: CHME 5631 Biomaterials Principles and Applications
   4
9. CHME 5105

   Materials Characterization Techniques
   4
10. CHME 5632

    Advanced Topics in Biomaterials
    4
11. ME 4508

    Mechanical Engineering Computation and Design
    4
12. ME 4555

    System Analysis and Control
    4

Concentration in Biomedical Devices and Bioimaging

Required Courses

1. BIOE 5800

   Systems, Signals, and Controls for Bioengineers
   4
2. Complete two of the following:

   Not resolved to a course
   8
3. BIOE 5235

   Biomedical Imaging

   or: BIOE 5648 Biomedical Optics
   4
4. BIOE 5250

   Regulatory and Quality Aspects of Medical Device Design
   4
5. BIOE 5810

   Design of Biomedical Instrumentation
   4

Elective Courses

1. Complete two of the following (any course on the required course list not used toward the core requirement may also be taken):

   Not resolved to a course
   8
2. BIOE 4991

   Research
   4
3. BIOE 5060

   Special Topics in Bioengineering
   4
4. BIOE 5115

   Dynamical Systems in Biological Engineering
   4
5. BIOE 5510

   Bioengineering Products/Technology Commercialization
   4
6. BIOE 5560

   Bioengineering Design for Robotic Rehabilitation
   4
7. BIOE 5770

   Machine Learning Methods in Biology and Health
   4
8. BIOE 5820

   Biomaterials

   or: CHME 5631 Biomaterials Principles and Applications
   4
9. BIOE 5850

   Design of Implants
   4
10. CHME 5632

    Advanced Topics in Biomaterials
    4
11. EECE 2530

    Fundamentals of Electromagnetics
    4
12. EECE 2750

    Enabling Engineering
    4
13. EECE 3468

    Analysis of Random Phenomena in Electrical and Computer Engineering
    4
14. ME 2340and ME 2341

    Introduction to Material Scienceand Lab for ME 2340

    Not resolved to a course
15. ME 4508

    Mechanical Engineering Computation and Design
    4

Concentration in Molecular, Cell, and Tissue Engineering

Required Courses

1. Complete three of the following:

   Not resolved to a course
   12
2. BIOE 5410

   Molecular Bioengineering
   4
3. BIOE 5411

   Applied Molecular Bioengineering
   4
4. BIOE 5420

   Cellular Engineering
   4
5. BIOE 5430

   Principles and Applications of Tissue Engineering
   4
6. BIOE 5440

   The Cell as a Machine
   4
7. BIOE 5450

   Stem Cell Engineering
   4
8. BIOE 5710

   Experimental Systems and Synthetic Bioengineering
   4

Elective Courses

1. Complete two of the following (any course on the required course list not used toward the core requirement may also be taken):

   Not resolved to a course
   8
2. BIOE 3410

   Experimental Laboratory Methods
   4
3. BIOE 4991

   Research
   4
4. BIOE 5060

   Special Topics in Bioengineering
   4
5. BIOE 5115

   Dynamical Systems in Biological Engineering
   4
6. BIOE 5510

   Bioengineering Products/Technology Commercialization
   4
7. BIOE 5650

   Multiscale Biomechanics
   4
8. BIOE 5660

   Integrative Mechanobiology
   4
9. BIOE 5711

   Advanced Experimental Systems and Synthetic Bioengineering
   4
10. BIOE 5720

    Physical Bioengineering
    4
11. BIOE 5770

    Machine Learning Methods in Biology and Health
    4
12. BIOE 5820

    Biomaterials

    or: CHME 5631 Biomaterials Principles and Applications
    4
13. CHME 5160

    Drug Delivery: Engineering Analysis
    4
14. CHME 5515

    Process Safety Engineering for Biotechnology and Pharmaceutical Industries
    4
15. CHME 5632

    Advanced Topics in Biomaterials
    4
16. CHME 5683

    Introduction to Polymer Science
    4
17. NNMD 5370

    Nanomedicine Research Techniques
    4

Concentration in Systems, Synthetic, and Computational Bioengineering

Required Courses

1. Complete three of the following:

   Not resolved to a course
   12
2. BIOE 5115

   Dynamical Systems in Biological Engineering
   4
3. BIOE 5710

   Experimental Systems and Synthetic Bioengineering
   4
4. BIOE 5720

   Physical Bioengineering
   4
5. BIOE 5750

   Modeling and Inference in Bioengineering
   4

Elective Courses

1. Complete two of the following (any course on the required course list not used toward the core requirement may also be taken):

   Not resolved to a course
   8
2. BIOE 3410

   Experimental Laboratory Methods
   4
3. BIOE 4991

   Research
   4
4. BIOE 5060

   Special Topics in Bioengineering
   4
5. BIOE 5440

   The Cell as a Machine
   4
6. BIOE 5510

   Bioengineering Products/Technology Commercialization
   4
7. BIOE 5640

   Computational Biomechanics
   4
8. BIOE 5711

   Advanced Experimental Systems and Synthetic Bioengineering
   4
9. BIOE 5760

   Method and Logic in Systems Biology and Bioengineering
   4
10. BIOE 5770

    Machine Learning Methods in Biology and Health
    4
11. BIOE 5860

    Engineering Approaches to Precision Medicine I
    4
12. BIOE 5880

    Computational Methods in Systems Bioengineering
    4
13. CHME 5630

    Biochemical Engineering
    4