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Biomedical Service Technician: Clinical Engineering AAS (115 Credits)

CIP Code

15.0401

Plan Code: BITCEAPT

 

  • 6 quarter AAS
  • Maximum class size: 20
  • Student to teacher ratio: 11:1
  • Enrollment point: Fall, Winter, Spring, Summer
  • This degree offers online, hybrid, web-enhanced, and face-to-face courses. See course descriptions for further information.

General Education Requirements

5 credits from the Communications Distribution

5 credits from the Quantitative Distribution

5 credits from the Sciences and Humanities Distribution

Note: See a Career Advisor prior to choosing courses that meet general education requirements.

Required Courses:

Quarter 1

BMST 105Testing Equipment

5
BMST 106Soldering

2
EEST 111Electronics Theory I

4
EEST 112Electronics Laboratory I

5
EEST 113Electronics Applied Math I

2

Quarter 2

BMST 119Medical Equipment Research I

1
BMST 120Biomedical I

3
EEST 114Electronics Theory II

4
EEST 115Electronics Laboratory II

5
EEST 116Electronics Applied Math II

2
GENED Communications or Quantitative or Sciences-Humanities 5

Quarter 3

BMST 107Schematics

3
BMST 121Biomedical II

3
EEST 108Electronic Devices I

4
EEST 223Introduction to Digital Systems

5
GENED Communications or Quantitative or Sciences-Humanities 5

Quarter 4

BMST 109Applied Service I

3
BMST 210Biomedical III

3
BMST 219Medical Equipment Research II

2
EEST 109Electronic Devices II

4
EEST 207Introduction to Networking

5
GENED Communications or Quantitative or Sciences-Humanities 5

Quarter 5

BMST 110Applied Service II

2
BMST 201Imaging Systems

3
BMST 215Introduction to Medical Terminology

3
BMST 211Biomedical IV

3
EEST 221Electronic Principles -RFID

4
ELECTIVE See Below 5

Quarter 6

BMST 102Blood Borne Pathogens

3
BMST 103HIPAA

2
ELECTIVE See Below 5
ELECTIVE See Below 5

Total Credit Hours: 114-115

Electives (9-10 Credits Required)

Either BMST220 or BMST296 is required

and an additional elective from below

Choose one of the below:

BMST220 Biomedical Engineering Application 5
   and  
  Elective from below  
   or  
 BMST296 Work Based Learning Experience with Seminar 1-13 
   and/or  
  Elective from below  

BMST 220Biomedical Engineering Applications

5
BMST 291Practical Applications

1-13
BMST 292Independent Projects I

5
BMST 293Independent Projects II

5
BMST 296Work Based Learning Experience

1-13
EEST 110Introduction to Programmable Logic Controllers

5
EEST 208Introduction to Embedded Controllers

5
EEST 224Introduction to Wireless Communications

4
EEST 225Introduction to Microprocessors

4
TRON 124Pneumatics and Hydraulics

4
TRON 137Mechanical Systems

5
TRON 211Industrial Robotics I

5
TRON 214Motors & Control Systems

5

Total Credit Hours: 9-10