Career Education: Motor Vehicle Mechanic

Program Data Sheet
Spring 2014

Datasheet Spring 2013

Download PDF Version of the Data Sheet

Enrollment by Major and Campus

Major:	Degree	Term	Chuuk	Kosrae	National	Pohnpei	Yap	Students
Career Education:Motor Vehicle Mechanic	CA	Fall 2011				16		16
Career Education:Motor Vehicle Mechanic	CA	Fall 2012				15		15
Career Education:Motor Vehicle Mechanic	CA	Fall 2013				20		20
Career Education:Motor Vehicle Mechanic	CA	Spring 2011				15		15
Career Education:Motor Vehicle Mechanic	CA	Spring 2012				18		18
Career Education:Motor Vehicle Mechanic	CA	Spring 2013				15		15
Career Education:Motor Vehicle Mechanic	CA	Spring 2014				16		16

Credits by Major and Campus

Major:	Degree	Term	Chuuk	Kosrae	National	Pohnpei	Yap	Credits
Career Education:Motor Vehicle Mechanic	CA	Fall 2011				169.5		169.5
Career Education:Motor Vehicle Mechanic	CA	Fall 2012				109		109
Career Education:Motor Vehicle Mechanic	CA	Fall 2013				181.5		181.5
Career Education:Motor Vehicle Mechanic	CA	Spring 2011				165		165
Career Education:Motor Vehicle Mechanic	CA	Spring 2012				171		171
Career Education:Motor Vehicle Mechanic	CA	Spring 2013				181		181
Career Education:Motor Vehicle Mechanic	CA	Spring 2014				184.5		184.5

Credits by Program and Campus

Program	Term	Chuuk	Kosrae	National	Pohnpei	Yap	Credits
Cabinet Making (CA)	Fall 2011				108		108
Cabinet Making (CA)	Fall 2012				76		76
Cabinet Making (CA)	Fall 2013				100		100
Cabinet Making (CA)	Spring 2011				120		120
Cabinet Making (CA)	Spring 2012				120		120
Cabinet Making (CA)	Spring 2013				136		136
Cabinet Making (CA)	Spring 2014				64		64

Credits Enrolled, Attempted and Earned(averages)

Major	Degree	Term	CredEnrollAvg	CredAttAvg	CredEarnAvg	TermGPAAvg
Career Education:Motor Vehicle Mechanic	CA	Fall 2011	10.6	6.7	4.7	2.02
Career Education:Motor Vehicle Mechanic	CA	Fall 2012	7.3	6.7	4.9	1.63
Career Education:Motor Vehicle Mechanic	CA	Fall 2013	9.1	8.3	8.1	2.28
Career Education:Motor Vehicle Mechanic	CA	Spring 2011	11.0	10.0	9.6	2.42
Career Education:Motor Vehicle Mechanic	CA	Spring 2012	9.5	7.9	6.9	2.31
Career Education:Motor Vehicle Mechanic	CA	Spring 2013	12.1	11.1	10.4	2.47
Career Education:Motor Vehicle Mechanic	CA	Spring 2014	11.5	9.3	7.8	1.90

Program Sections, Enrollment Ratio and Average Class Size

Program	Term	Section	EnrollMax	Enrollment	EnrollRatio	AvgClassSize
Motor Vehicle Mechanic (CA)	Fall 2011	2	30	24	80.0%	12.0
Motor Vehicle Mechanic (CA)	Fall 2012	3	18	18	100.0%	6.0
Motor Vehicle Mechanic (CA)	Fall 2013	2	30	25	83.3%	12.5
Motor Vehicle Mechanic (CA)	Spring 2011	2	30	28	93.3%	14.0
Motor Vehicle Mechanic (CA)	Spring 2012	2	30	28	93.3%	14.0
Motor Vehicle Mechanic (CA)	Spring 2013	3	45	34	75.6%	11.3
Motor Vehicle Mechanic (CA)	Spring 2014	2	30	16	53.3%	8.0

Persistence and Retention (new full time students)

Major	Degree	New Students FT 2011_3	Students 2012_1	Students 2012_3	Persistence Spring 2012	Retention Fall 2012
Career Education:Motor Vehicle Mechanic	CA	2	4	5	200.0%	250.0%

Major	Degree	New FT Fall 2012	Persisted Spring 2013	Retained Fall 2013	Persistence Spring 2013	Retention Fall 2013
Career Education:Motor Vehicle Mechanic	CA	1	2	1	200.0%	100.0%

Course Completion & Withdrawals (Major)

Major	Degree	Term	Students	ABCorP%	ABCDorP%	W%
Career Education:Motor Vehicle Mechanic	CA	Fall 2011	29	55.2	69.0%	6.9%
Career Education:Motor Vehicle Mechanic	CA	Fall 2012	49	44.9%	46.9%	30.6%
Career Education:Motor Vehicle Mechanic	CA	Fall 2013	51	84.3%	90.2%	7.8%
Career Education:Motor Vehicle Mechanic	CA	Spring 2011	47	85.1%	89.4%	8.5%
Career Education:Motor Vehicle Mechanic	CA	Spring 2012	48	64.6%	79.2%	14.6%
Career Education:Motor Vehicle Mechanic	CA	Spring 2013	49	81.6%	83.7%	10.2%
Career Education:Motor Vehicle Mechanic	CA	Spring 2014	53	58.5%	66.0%	18.9%

Course Completion & Withdrawals (Program)

Program	Term	Students	ABCorP%	ABCDorP%	W%
Motor Vehicle Mechanic (CA)	Fall 2011	27	77.8%	81.5%	11.1%
Motor Vehicle Mechanic (CA)	Fall 2012	18	77.8%	83.3%	0.0%
Motor Vehicle Mechanic (CA)	Fall 2013	25	100.0%	100.0%	0.0%
Motor Vehicle Mechanic (CA)	Spring 2011	30	93.3%	93.3%	6.7%
Motor Vehicle Mechanic (CA)	Spring 2012	30	86.7%	86.7%	6.7%
Motor Vehicle Mechanic (CA)	Spring 2013	34	100.0%	100.0%	0.0%
Motor Vehicle Mechanic (CA)	Spring 2014	16	75.0%	75.0%	12.5%

Graduates

Major	Degree	AY2010/11	AY2011/12	AY2012/13
Career Education:Motor Vehicle Mechanic	CA	2	3	2

Graduates Rates

Major	Degree	Cohort	New Full	Graduation	Graduation	Graduation
Career Education:Motor Vehicle Mechanic	CA	Fall 2008FT	12	0.0%	0.0%	8.3%
Career Education:Motor Vehicle Mechanic	CA	Fall 2009FT	14	14.3%	14.3%	21.4%
Career Education:Motor Vehicle Mechanic	CA	Fall 2010FT	6	16.7%	33.3%

• Data based on SIS extracts December 2013 expect for graduates information.
• Program" information is based on Dickerson's concept of a "program" as expending resources and is linked to courses owned by a program from TracDat
• Graduation rates are based on Fall new students(full time) cohorts that are tracked at 100%, 150%, and 200%
• Retention rates are based on Fall new students (full time) cohorts who return the following fall semester
• Persistence rates are based on Fall new students (full time) cohorts who return the following spring semester

Program Review (Pohnpei Campus)

AP Full Official:Certificate of Achievement in Career Education with Emphasis on Motor Vehicle Mechanics

Campus: Pohnpei Campus

Completed by: Nestor Mangubat

AP Review Submission Date:March 2014

AR Review Cycle: AY- 2011-2013

AY 2011-2012

1. Program Goals

   This program is designed to develop an understanding of the basic purpose, construction, operation and service of component parts and assemblies of an automobile. Students will develop the knowledge and skills required to disassemble, inspect, reassemble and perform basic repairs and maintenance on motor vehicle units and components. Based on the common program learning outcomes from the various sections of the career education, the following are its goals and objectives:

   1. Identify safety and occupational health requirements in the specific trade area being studied.
   2. Use competently specified hand and power tools.
   3. Read and interpret information from technical drawings related to the respective trade.
   4. Perform hand skills in their respective trades.
   5. Participate in the respective trade.

2. Program History

   Fall Semester 2005, Spring 2006, Summer 2006-first program offering;
   Fall 2006-was not offered to pave way for offering of new program-Small Engine Equipment &
   Outboard Motor Repair;
   Fall 2007-this program was offered from then on

   Course outlines were made following the program learning objectives under the Certificate of Achievement in Career Education, which already existed in the COM-FSM catalogue. It was designed to have a maximum student seating of ten (10). There were ten (10) first batch of students during Fall 2005.

   Significant milestones / current activities:

   Since its implementation, students were involved in various activities such as repairs and maintenance services of vehicles given to vehicle owners from the local community and college faculty and staff including college vehicles and fabrication of trainers that were shown during the annual Technology & Trade Exhibit done since 2007 up to the present. During its maiden year, a move was made to initiate support from the public to donate their used cars for students to work on. Generous donors answered the call and the college received six (6) donor cars that were dismantled by the students and work-study groups. These assemblies and components were made as lab. trainers for students.

   The United States Department of Agriculture (Pohnpei) donated one Toyota Pick
   -Up for students learning and college use in the year 2011. Students repaired the vehicle and now used as college transport at Pohnpie campus. In spring 2013 Mr. Robert Orosco a Filipino, donated one diesel engine for student practical hands on. In fall 2013 Mr. Mangubat and work-study student made other training mock up one Nissan engine with complete accessories they get it from junkyard at Nett’s Area. In summer with my student at vtm-103 make another electrical mock- up for practical activity on auto-electricity those mock –up give an advantage in terms of actual activity they align it what topic we discussed on the classroom. Student should emphasized more on practical hands on, add more time for practical activity to developed student learning experience in motor vehicle mechanic.

3. Program Description

   Designed to develop an understanding of the basic purpose, construction, operation and service of component parts and assemblies of an automobile. Students will develop the knowledge and skills Required to disassemble, inspect, reassemble and perform basic repairs and maintenance on motor vehicle units and components IN CERTIFICATION OF ACHIEVEMENT IN CAREER EDUCATION WITH EMPHASIS IN MOTOR VEHICLE MECHANIC.

4. Program Admission Requirements

   High school graduate or GED certificate holder. Applicants must take the COM-FSM Entrance Test (COMET) and be accepted by the Admissions Board. Acceptance by the Admissions Board is based on the applicant’s score on the COMET and other criteria as defined by the Admissions Board.

5. Program Certificate/Degree Requirements

           General Education Requirements:....................13 credits

   ESL 050 Technical English (3)
   MS 104 Technical Math (4)
   CA 100 Computer Literacy (3)
   BU 097 Introduction to Entrepreneurships (3)

           Technical Requirements:....................22 credits

   VTM 101 Intro to Motor Vehicle Mechanics (4)
   VTM 102 Fuel, engine cooling, and power train systems (4)
   VTM 103 Ignition, electrical, and transmission systems (4)
   VTM 104 Brakes, steering, suspension and wheel alignment (4)
   VTM 150 Cooperative Education (6)

           Total Requirements....................35 credits

   Suggested schedule:
   Fall
   ESL 050 Technical English (3)
   MS 104 Technical Math (4)
   VTM 101 Intro to Motor Vehicle Mechanics (4)
   VTM 102 Fuel, engine cooling, and power train systems (4)
   Spring
   CA 095 basic computer application (3)
   BU 097 Introduction to Entrepreneurships (3)
   VTM 103 Ignition, electrical, and transmission systems (4)
   VTM 104 Brakes, steering, suspension and wheel alignment (4)
   Summer
   VTM 150 Cooperative Education (6)
   
   Total requirements: 35 credits

6. Program Courses and Enrollment

   Table I – Program Courses and Enrollment

   FALL- (2011-2013)	2011	2012	2012
   VTM-101	12	16	13
   VTM-102	11	2	12

   
   

   Spring(2011-2013)	2012	2013	2014
   VTM-103	14	12	9
   VTM-104	14	11	8

   
   

   SUMMER-(2012-2013)	2012	2013
   VTM-150	1	4

   
   

7. Program Faculty

   Full Time Faculty
   Nestor H. Mangubat-
   Bachelor of Science in Industrial Education
   Major in Automotive Technology
   Batangas State University, Philippines.

   Student and faculty ratio 1:15
   Source: COMFSM personal Listing

8. Program Indicators

   1. Assessment of course student learning outcomes of program courses

   See attached Unit Course Assessment Report Four Column.
   
   Or see link:
   
   https://comfsm.tracdat.com/tracdat/faces/commom/reports/viewReport.jsp
   

   2.Assessment of program student learning outcomes

   See attached Assessment Impact by Unit Objectives.
   
   Or see link:
   
   https://comfsm.tracdat.com/tracdat/faces/common/reports/viewReport.jsp
   

   3.Program enrollment (historical enrollment patterns, student credits by major)

   Enrollment by Major and Campus

   Degree	Term	Chuuk	Kosrae	National	Pohnpei	Yap	Students
   CA	Fall 2011				16		16
   CA	Fall 2012				15		15
   CA	Fall 2013				20		20
   CA	Spring 2011				15		15
   CA	Spring 2012				18		18
   CA	Spring 2013				15		15

   
   Credits by Major and Campus

   Degree	Term	Chuuk	Kosrae	National	Pohnpei	Yap	Credits
   CA	Fall 2011				169.5		169.5
   CA	Fall 2012				109		109
   CA	Fall 2013				181.5		181.5
   CA	Spring 2011				165		165
   CA	Spring 2012				171		171
   CA	Spring 2013				181		181

   
   Credits Enrolled, Attempted and Earned (averages)

   Degree	Term	CreEnrollAvg	CredAttAvg	CredEarn Avg	CredEarn Avg
   CA	Fall 2011	10.6;	6.7	4.7	2.02
   CA	Fall 2012	7.3	6.7	4.9	1.63
   CA	Fall 2013	9.1	8.3	8.1	2.28
   CA	Spring 2011	11.0	10.0	9.6	2.42
   CA	Spring 2012	9.5	7.9	6.9	2.31
   CA	Spring 2013	12.1	11.1	10.4	2.47

   
   Program Sections, Enrollment Ratio and Average Class Size

   Term	Section	Enroll Max	Enrollment	Enroll Ratio	Avg.Class Size
   Fall 2011	2	30	24	80.0%	12.0
   Fall 2012	3	18	18	100.0%	6.0
   Fall 2013	2	30	25	83.3%	12.5/td>
   Spring 2011	2	30	28	93.3%	14.0
   Spring 2012	2	30	28	93.3%	14.0
   Spring 2013	3	45	34	75.6%	11.3

   4.Average Class Size

   Table II-Average Class Size

   Semester	Section	Enroll/Max	Enrollment	EnrollRatio	AvgClassSize
   Fall 2012	3	18	18	100%	6.0
   Spring 2012	2	30	25	83.6%	12.5
   Fall 2013	2	30	28	93.3%	14.0
   Spring 2013	3	45	34	76.5%	11.3

   Average Class Size in Table II show the average class size in each section by getting the number of enrolled students and the ratio of students enrolled out of maximum enrollment capacity per semester.

   5.Course completion rate

   Table III-Course Completion Rate

   Course	Fall 2012	Spring 2012	Summer 2012	Fall 2013	Spring 2013
   VTM 101	12			13
   VTM 102	14			12
   VTM 103		14			12
   VTM 104		14			13
   VTM 150			18

   
   

   6. Student persistence rate (semester to semester)

   Table IV -Student Persistent Rate

   Degree	New Students FT 2011_3	Students 2012_1	Students 2012_3	Persistence Spring 2012
   CA	2	4	5	200%
   Degree	New FT Fall 2012	Persisted Spring 2013	Retained Fall 2013	Persistence Spring 2013
   CA	1	2	1	200%

   Source of Document COMFSM Student Service Record

   
   

   7. Student retention rate (Fall-to-Fall for two-year programs; Fall-to-Spring for one-year programs)

   Table V-Student Retention Rate

   Degree	New Students FT 2011_3	Students 2012_1	Students 2012_3	Retention Fall 2012
   CA	2	4	5	250%
   Degree	New FT Fall 2012	Persisted Spring 2013	Retained Fall 2013	Retention Fall 2013
   CA	1	2	1	100%

   Source: IRPO information Data Sheet

   
   

   8. Success rates on licensing or certification exams (CTE, TP, Nursing, etc)

   There is no certification for our graduates developed yet for motor vehicle technician we need agency that can implement the process of testing or community college that our student takes that examination.

   9. Graduation rate based on yearly number

   Four graduates of Certificate of Achievement in Career Education with Emphasis on Motor Vehicle Mechanics, three from 2012 Spring Semester and one from Fall 2013 merely the following:
   

   • Spring 2012
     Gilmete, McCaffrey
     Lawrence, Mike
     Rodriguez, Persus
   • Fall 2013
     Smith, Ranger

   10.Students seat cost

   Not available at this time.

   11. Cost of duplicate or redundant courses, programs or services

   Not available at this time.

   12. Students' satisfaction rate

   Table VI-Student's Satisfaction Rate

   Course	Fall 2012	Spring 2012	Fall 2013	Spring 2013
   VTM 101	5		4.76
   VTM 102	5		4.81
   VTM 103		5		4.98
   VTM 104		4.99		4.82

   1 = Never   2 = Rarely   3 = Sometimes    4 = Usually  5 = Always

   
   

   13. Alumni data

   Mike Lawrence working at Guam solar Company.

   14. Employment data and employer feedback (employer survey)

    

   15.Program added or cancelled at nearby regional institutions (PCC, GCC, Hawaii schools, UOG, CMI, NMC)

   PROGRAM DESCRIPTION: The Automotive Technology (AMT)
   Program at Honolulu CC is a comprehensive five-semester
   Program master certified by the National Automotive
   Technology Education Foundation (NATEF) that prepares students for employment as automotive technicians. Students completing the program may earn a Certificate of Achievement after one semester or an Associate in Applied Science degree upon program completion. The program has maintained its NATEF certification since 1993, undergoing a review every five years. It is certified in all eight ASE areas: engine repair, automotive transmission and transaxle, manual drive train and axles, suspension and steering, brakes, electrical/electronics systems, heating and air conditioning, and engine performance.
   PROGRAM STUDENT LEARNING OUTCOMES (SLO): Upon successful completion of the AMT program, students will be able to:
   

   • Gain employment in the automotive industry in any of the eight NATEF areas: engine repair, Automatic transmission/transaxle, manual drive train and axles, suspension and steering, brakes, Electrical/electronics systems, heating and air conditioning, and engine performance;
   • Increase their marketability through learning time management and team work skills; and,
   • Gain personal knowledge and experience in vehicle repair.

   RECOMMENDED HIGH SCHOOL PREPARATION: Pre-Algebra, Electronics, Chemistry or Physics, Industrial Arts.

   PROGRAM REQUIREMENTS:
   Program Prerequisites:
   Valid driver's license 1
   ENG 19 and/or ENG 21, OR ESL 13 & 14, OR Placement in ENG 22/60 or ESL 23
   "C" or higher in MATH 25 or in 50 or in 53, OR Placement in higher MATH
   Certificate of Completion Credits Associate in Applied Science Degree Credits
   General Education Requirement-Quantitative or Logical Reasoning *
   MATH 197
   Technical Math II 3
   

   First Semester
   AMT 20 Introduction to Automotive Mechanics (2) 2
   AMT 53 Brakes (5) 5
   AMT 55 Suspension and Steering (5) 5
   PHYS 100 & 100L; or PHYS 197E
   Survey of Physics
   Survey of Physics Lab
   Fundamentals of Physics for Electronics and Lab 4 (12) 16

   Second Semester
   AMT 46 Powertrain and Manual Transmissions 5
   AMT 50 Automatic Transmissions/Transaxles 7
   WELD 16 Or WELD 19
   Welding for AMT Majors
   Welding for Trades and Industry 1-3
   General Education Requirement-Social Science * 3 16-18

   Third Semester
   AMT 30 Engines 8
   AMT 40 Electrical Systems I 4
   General Education Requirement (ENG 100/120) * 3 15

   Fourth Semester
   AMT 42 Electrical Systems II 8
   AMT 43 Air Conditioning 4
   General Education Requirement * 3 15

   Fifth Semester AMT 67 Engine Performance 12
   AMT 93V Cooperative Education 1-4 13-16
   Minimum Credits Required 78-83
   1 Driver's license must remain valid throughout the time the student is in the program.
   * General Education Requirements for the AAS degree are listed under DEGREES AND CERTIFICATES.
   Note: Students must meet the minimum proficiency standards in communication and computation established by Honolulu CC to qualify for the AAS degree.

   16. Transfer rate

   List of student completed MVM to transfer to degree program.
   Transfer rate of 2012 is 0% and for 2013 transfer rate is 100%. Ranger Smith graduate of Fall 2013 transferred to AAS National Campus FSM.

9. Analysis and Recommendation

   Finding
   This section provides discussion of information discovered as a result of the evaluation such as problems or concerns with the program and what part of the program is working well and meeting expectation.

   Program Review 2012-2013 Findings are the following:
   

   1. Lack of tools and equipment for hands on.
   2. Lack of PPE-Personal Safety Equipment and school uniform.
   3. Lack of willingness and persistence of the students.
   4. Every semester encounter scarcity of financial resources and this can be found in findings of each CSLO.

   Recommendation:

   This section provides recommendations from the program on what to do to improve or enhance the quality of program and course learning outcomes as well as program goals and objectives. This section should also include suggestions that describe how the program might be able to create opportunities for a better program in the future. Some examples are exploring alternate delivery mechanisms, forming external partnerships, or realigning with other programs.

   Program Review 2012-2013 Recommendation are the following:
   

   1. Replace BU-97 change to VWE-115 general welding.
   2. Incorporate welding for auto-mechanic major course and also car air-condition system
   3. Seek third party certification for automotive student.
   4. Developed strong partnership to look for grant for donation of tools and equipment.
   5. Improvement of training equipment including electronic fuel injection system and diesel engine system for student practical.
   6. More time for actual activity, finish the general requirement before taking the major courses in automotive program.
   7. Instructor should be updated with the seminar and workshop from outside or off island seminar to improve the program.

Unit Assessment Report

Report Period: 2013-2014