GRADUATE SCHOOL OF NATURAL AND APPLIED SCIENCESBIOMEDICAL ENGINEERING


Deficiency Program

Deficiency Program for Bioelectrical Engineering

 

  • Linear Algebra: MATH 260 / MATH 261-262 / ES 202 / ES 204 / ME 210
  • Differential Equations: MATH 254 / MATH 219
  • Circuit Theory: EE 209 / EE 281 / EE 309 / (EE201-202-213) / PHYS 203
  • Cell Biology: BIO 203

 

And any one of the following courses

 

  • Electronics: EE282 / EE 310 /  (EE 212-311-214-313) / PHYS 305 (Field: Biomedical instrumentation)

or

  • Electromagnetics: EE 224 (4crdt) /  PHY 112 (5crdt) /   PHYS 334 (5crdt) (Field: Bioelectricity and Biomagnetism/Electrophysiology)

or

  • Signals and systems: EE 301 / CENG 373 / MATH 355 (Field: Biomedical Signal and Image Processing, Biomedical Imaging

or

  • Feedback systems: EE 302 (Field: Biomedical Control Systems)

 

Appropriate courses for the students applied from different departments may be found in the following table.

 

 

EE, CENG, PHYS

 

MED, BIO, CHEM

 

MATH

For graduates of EE, CENG ve PHYS Cell Biology,

 

For graduates of CENG

  • Electromagnetics or
  • Feedback systems
  •  

For graduates of PHYS

     Signals & systems or

Feedback systems

Only for graduates of CHEM  Cell Biology

Linear Algebra,

Differential Equations

Circuit Theory

 

And one of the following:

  • Electronics,
  • Electromagnetics
  • Signals and Systems
  • Feedback systems

 

Cell Biology,

Circuit Theory,

 

And one of the following:

  • Electronics,
  • Electromagnetics
  • Signals and Systems
  • Feedback systems

 

 

ME, AEE

 

CHE, METE

 

 

Cell Biology

 

And one of the following:

  • Electronics,
  • Electromagnetics
  • Signals and Systems
  • Feedback systems

 

 

Cell Biology,

Linear Algebra

 

And one of the following:

  • Electronics,
  • Electromagnetic
  • Signals and Systems
  • Feedback systems

 

 

 

Notice: If necessary, more courses may be asked for to be taken

 

Deficiency Program for Biomaterials

 

Courses in BioMaterials Track can be classified into the following four groups:

 

1.Differential Equations
2.Materials Science and Engineering
3.Thermodynamics and Chemical Kinetics
4.Biochemistry

 

List of the Compulsory Courses

 

  • Differential Equations: MATH 254 / MATH 219
  • Materials Science and Engineering: METE 201 and METE 202 / METE 227 and METE 228  / METE 222 / METE 225 / METE 229 / CE 241
  • Thermodynamics and Chemical Kinetics: BIO 415 / CHEM 252 / METE 203 and METE 204
  • Biochemistry. BIO 353 / CHEM 413 / BIO 420

 

Appropriate courses for the students applied from different departments may be found in the following table.

 

EE, CENG, MATH

MED, BIO

CHEM

ME, AE, METE

PHYS, CHE

Materials

Biochemistry

Thermodynamics and Kinetics

Differential Equations

Materials

Thermodynamics and Kinetics

Differential
equations

Materials

 

Biochemistry

 

Materials

Biochemistry

 

 

Notice: If necessary, more courses may be asked for to be taken

 

Deficiency Program for Biomechanics

 

  • Linear Algebra: MATH 260 / MATH 261-262 / ES 202 / ES 204 / ME 210
    • Differential Equations: MATH 254 / MATH 219
    • Engineering Mechanics:

o   ES 223 (4 credits, covering Statics and Mechanics of Materials topics)

o   Dynamics: AEE 262 / CE 222 / ES 222 / ME208

 or

o   ES 225 (4 credits, covering Statics and Dynamics topics)

o   Mechanics of Materials: AEE 264 / CE 224 / ES 224 / ME 206

 

  • Cell Biology: BIO 203

 

Appropriate courses for the students applied from different departments may be found in the following table.

 

BIO, MED, CHEM

CHE

EE, CENG

ME, PHYS

METE

Differential

Cell Biology

 (only for CHEM)

Linear Algebra

 

Cell biology

Linear Algebra

Cell biology

 

Cell biology

 

Cell biology

Linear Algebra

One Statics

Dynamics

Course

One Statics

Strength

Course

One Statics

Dynamics

Course

One Statics

Strength

Course

One Statics

Dynamics

Course

One Statics

Strength

Course

   

One Strength

Course

One

Dynamic

Course

One Strength

Course

One

Dynamic

Course

One Strength

Course

One Dynamics

Course

   

 

Notice: If necessary, more courses may be asked for to be taken 
(Advisor and student may decide about more courses regarding the topic of thesis)

 

 

Deficiency Program for Biomolecular Engineering

 

  • Linear Algebra: MATH 260  / MATH 261-262 / ES 202 / ES 204 / ME 210
  • Differential Equations: MATH 254 / MATH 219
  • Organic Chemistry: CHEM 231 ( or equivalent)

or Physical Chemistry: BIO 415 (or equivalent)

  • GENE 366 Molecular Biology of the Gene

      or BIO 306 Molecular Genetics

 

Appropriate courses for the students applied from different departments may be found in the following table.

 

BIOLOGICAL SCIENCES

CHEM  

PHYS 

EE/ME/CENG

Differential Equations

Linear Algebra

             

Differential Equations

Linear Algebra

Molecular Genetics

Organic /Physical Chem

Molecular Genetics

 

Organic /Physical Chem

Molecular Genetics

 

CHE

METE

MEDICINE

 

Molecular Genetics

 

 

Linear Algebra

Organic /Physical Chem

Molecular Genetics

Dif.Equations

Linear Algebra

Organic /Physical Chem.

(consent of the dept.)

 

 

Notice: If necessary, more courses may be asked for to be taken