Biomedical Engineering Technology Concentration

 

With the retirement of Dr. Richard Aston, I have assumed the coordinator's position with respect to the Biomedical Engineering Technology Concentration.  Based upon the mandates by the Tennessee State Board of Regents, the Technology Department has reduced the number of hours for graduation to 128 semester hours, the minimum number required by TAC of ABET. 

 

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The East Tennessee Biomedical Association     Gen_ED   

 

Biomedical Engineering Technology Strategic Plan

Preamble
The concentration in Biomedical Engineering Technology (BMET) began in the mid 1990s as one of the few Bachelors of Science (BS) BMET programs in the nation.  Like many other technology programs, the BMET program provides educational opportunities for those persons interested in applied engineering and technology, especially in field of medical and clinical electronics. The BMET program also provides opportunities for graduates of the two-year programs in BMET.

BMET Vision:
The concentration in Biomedical Engineering Technology strives to be the department of choice for students who wish to begin or advance their careers as Biomedical Engineering Technologists in hospitals, government labs, or private industries that require knowledge, understanding, and application of medical or clinical electronics. BMET focuses on serving both the manufacturing and service industries to create, improve, or advance product and service design, development, and distribution. It strives to be the choice of:

BMET Mission:
The concentration in Biomedical Engineering Technology is dedicated to providing its students avenues for advancing their personal and professional learning objectives while enhancing the economic condition in Southwest Virginia and Northeast Tennessee.

BMET Constituents:
The primary constituents of the BMET concentration include its students, employers who hire BMET graduates, and the faculty and staff of the BMET concentration Department of Technology and Geomatics. The following goals are intended to serve these constituents.

BMET Goals:

  1. The BMET concentration will maintain a student centered learning environment that helps students develop professionally into preferred graduates in this region.
  2. The BMET concentration will create, expand, and continuously improve programs relating to medical and clinical electronics.
  3. The BMET concentration will actively assist faculty growth, development, and partnership.

 

Goal 1: BMET will maintain a student centered learning environment that helps students develop professionally into preferred graduates in this region.

Goal 1 Metrics Assessment Methods
Graduate survey satisfaction values will be high. (Numeric goals will be determined after the baseline year) Student Surveys
Employer survey satisfaction values will be high. (Numeric goals will be determined after the baseline year) Employer Surveys
The number of students involved in professional organizations will be high. (Numeric goals will be determined after the baseline year) Student Surveys
BMET will seek accreditation. Accreditation Results

 

Goal 2: BMET will create, expand, and continuously improve programs relating to the focus of the concentration.

Goal 2 Metrics Assessment Methods
Insure all programs and courses are current. Industrial Advisory Committee
Increase enrollment. (Numeric goals will be determined after the baseline year) Recruitment Visits
Increase in the number students sitting and passing the Certified BMET test. (Numeric goals will be determined after the baseline year) Student Surveys

 

Goal 3: BMET will actively assist faculty growth, development and partnership.

Goal 3 Metrics Assessment Methods
The department will promote excellence in teaching within the department. Number of Faculty Workshops & Conferences
Increase grants to develop courses or improve teaching methodology. Numbers of Grants Written & Number of Grants Accepted.

 

Outcomes1

BMET students and graduates will:

  1. Demonstrate appropriate mastery of knowledge, skills and modern tools of the discipline.
  2. Apply current knowledge and adapt to emerging applications of mathematics, science, engineering, and technology.
  3. Conduct, analyze and interpret experiments and apply experimental results to improve processes.
  4. Apply creativity to design of systems, components and processes.
  5. Function effectively on teams.
  6. Identify, analyze and solve technical problems.
  7. Communicate effectively.
  8. Recognize the need for and possess the ability to pursue life long learning.
  9. Understand professional, ethical and social responsibilities.
  10. Respect diversity and recognize professional, societal and global issues.
  11. Have a commitment to quality, timeliness and continuous improvement.

1These outcomes are the ABET Technology Criteria 2000 (TC2K) for students and graduates of accredited engineering technology programs.

 

ASSESSMENT PLAN

General Education Requirements

 

Course/Course Description

Outcomes

a b c d e f g h i j k
Circuit Analysis Sequence--ENTC 2310 (Electr. Prin.) & ENTC 3310 (Ckt. Anal.)

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Solid State Sequence--ENTC 2320 (Electr. I) & ENTC 3320 (Electr. II)
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Digital Sequence--ENTC 3370 (Dig. Ckts), ENTC 4337 (uP), & ENTC 4347 (DSP)
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Instrument Sequence--ENTC 4277 (Prc. Ctrl.), ENTC 4350 (Bm. Instr.), & ENTC 4390 (Med. Im)
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Tech. Core--ENTC 2110 (CADD), ENTC 3020 (Tech.&Society), & ENTC 3030 (Tech. Writ.)
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Supervision Core--ENTC 4017 (Supervision), ENTC 4060 (Process Ctrl.)
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Concluding Experience--ENTC 4360 (BMET Intern. I) & ENTC 4380 (BMET Intern II)
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Tech. Electives--ENTC 3340 (Elect. Mach.), ENTC 4600 (Tech. Prac.)