Building Technology Program

Program Student Learning Outcomes Assessment
(AY 2015-2016)

AY 2014-2015

AY 2013-2014

AY 2012-2013

Program Student Learning Outcomes(PSLOs)

At the completion of Building Technology Program the student will be able to:

1. Practice Safety and occupational health procedures in the workplace.
2. Use electrical hand and power tools competently.
3. Test electrical equipment.
4. Interpret schematic diagrams and waveforms.
5. Determine the amount of load per circuit.
6. Install wiring circuits according to given specification and plan
7. Identify and interpret basic solid state (electronics) symbols and circuit schematics commonly found in the electrical industry
8. Analyze circuit operations on basic motors.
9. Perform basic troubleshooting on basic motors.
10. Install and perform basic maintenance of air-conditioning units.
11. Interpret and install electrical circuits according to rules and regulations of the National Electrical Code book.
12. Install and analyze basic motor control circuits.

PSLO Assessment Report Summary

What we looked at:

Courses offered from Fall 2015 to Spring 2016 of Building Technology (BT) Program assessment focused on PSLO’s 7, 8, 9, 11 & 12. During these semesters, the students’ competency was assessed on PSLO 11 & 12 (PSLO’s 1 to 6 was assessed during their certificate program). The table below shows the total number of students registered and the descriptive summary of results for each course.

What we found:

Courses FA15-SP16	PSLO's	No. of Students	Students Passed	D's	F's
VEE 110	7	6	6	0	0
VEE 222	7	5	4	0	0
VEE 8 & 9 (IS)	8 & 9	3	3	0	0
VEM 240(IS)	12	3	3	0	0

• 100% of the students achieved a 'C' or better and were able to identify and interpret basic solid state electronic components based on written and hands-on experimentation worksheets in VEE 110 (Discrete Devices I), using the NIDA-CAI as a tool for assessment.
• 100% of the students achieved a 'C' or better and were able to identify and interpret basic solid state electronic components based on written and hands-on experimentation worksheets in VEE 222 (Discrete Devices II), using the NIDA-CAI as a tool for assessment.

• 100% of the students achieved a 'C' or better and were able to show success in demonstrating basic knowledge and troubleshooting motors using performance worksheet and Simutech Troubleshooting Skills report in VEE 266 (Rotating Machinery).
• 100% of the students achieved a 'C' or better and were able to show success in demonstrating basic knowledge and troubleshooting of motor controls using performance worksheet and the Simutech Troubleshooting Skills report in VEM 240 (Industrial Wiring).

What are we planning to work on

Modify Building Technology major in Construction Electricity program based on current competencies in-demand for an Electrical technician’s qualification. These will include modification of PLO’s with improvement linkage to CSLO’s and by inclusion of Solar PV technology into BT program. Lessen contact hours in academic requirements (GenEd course) and increase contact hours in hands-on/practical courses. Recommend a new course to replace Discrete Devices I & II to focus on theorems and applications applicable to electrical trades. Also include in the program, student industrial immersion (OJT) to practice and enhance mastery of their learned skills. Propose articulation of BT courses with regional institutions such as PCC, GCC and HCC to recognize mutual benefits of course articulation and transfer of course credits between these institutions. Continue collaboration with stakeholders (advisory council for construction trades) to give inputs on course SLO’s improvement and to prepare students for industry skills certification.

Recommendations for students:

Students must have a grade of "C" or better in Math and English courses to help students become proficient to meet the technical course work in Building Technology. Likewise, students should also satisfactorily meet the prerequisite of each course in the program to assure program completion in two years.

Download PDF Version of the Data Sheet Fall 2016

 

Program Review (Pohnpei Campus)

AP Full Official:AAS in Building Technology Major in Construction Electricity

Campus: Pohnpei Campus

Completed by: Cirilo Recana

AP Review Submission Date: March 31, 2014

AR Review Cycle: 2012-2013

1. Program Mission

   The career and technical education (CTE) programs of COM-FSM are learning communities dedicated to creating a high quality workforce through educational excellence and student success in collaboration with its diverse communities.

2. Program Goals

   This program is designed to develop technical skills and practical experience to prepare the students for positions as electrician in this field. Students will be introduced to theory, installation and practices in troubleshooting residential and industrial circuits.

3. Program History

   The Certificate of Achievement in Construction Electricity was approved in 1998 giving the vocational division full authority to implement the said program. Then in 2003, the Applied Associate Science Degree in Building Technology Major in Construction Electricity [CE] was approved giving students in the certificate level the opportunity to further their education in the electrical field.

   Milestones:
   

   • 1998 - Certificate of Achievement for Construction Electricity was approved for implementation.
   • 2000 - Initial course was offered with 3 full time students.
   • 2002 - Hired 1st local instructor to teach full time due to an increase number of students registering in the program.
   • 2003- Associate of Applied Science degree programs in Building Technology was approved by WASC.
   • 2005 - Full time instructor was hired to teach and assist in developing/updating courseware and program assessment.
   • 2006 - Course modification to upgrade contents of VEM 240 and VBM 102 was submitted and approved by Curriculum Committee.
     
     • Teaching Assistant was hired to assist full time instructor due to an increase in enrollment and after 3 years TA was reclassified to full time instructor to attend the demands of increasing number of students.
   • 2007 - Electrical Shop was transferred to Auto-mechanic shop to provide students more space and suitable for learning skills environment.
     
     • Computer-Lab was constructed for Basic and Advance courses.
     • 14 computers provided for NIDA lessons & Simutech Troubleshooting Skills Series (Industrial Wiring/Motor Control).
   • 2008 - Course modification request on pending for approval due to college accreditation status [to improve quality and course delivery based on recommendations from previous program/course assessment].
   • 2012 - On the approval of the campus director through the division chair's recommendation, the Simutech Troubleshooting Skills series software version 3.0 was updated to version 4.0 with its more advance features to be used on the same class VEM 240 Industrial Wiring (Motor Control circuit simulated troubleshooting), VEE 111 Electrical Wiring I (Electrical circuit troubleshooting and VEE 266 Rotating Machinery (Alternating current motor characteristics and fault troubleshooting).
   • 2013 - Program matrix on CSLO's, PLO's and ILO's were updated to align and meet the required competencies that the students should acquire upon their degree completion in the college.

   Since its full implementation, students enrolled in these courses were trained and develop their theoretical, analytical and practical/hands-on skills. They've been involved in doing electrical maintenance/servicing work in campus classrooms and buildings. Number of graduates is now working at PUC and other electrical related establishments and some pursue their higher education to colleges and universities outside FSM.

4. Program Descriptions

   The AAS in Building Technology major in construction electricity offers academic coursework, technical skills training and practical experience to prepare the students for positions as Electrician in this field. They are introduced to theory, installation and practical troubleshooting residential circuits, motor circuits and control circuits. Embedded within the program are three separate exit points, Certificate of Achievement in Construction Electricity [entry point], Advance Certificate in Construction Electricity [passing COMET is required] and Associate of Applied Science Degree in Building Technology Major in Electrical. Figure 1, show the entry and exit points for Building Technology program.

5. Program Admission Requirements

   High school graduate or GED certificate holder. Students in the certificate courses pursuing AAS degree must take and pass 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.

   Students who want to continue to AAS degree must complete all required courses in the certificate and advance program.

6. Program Certificate/Degree Requirements

   Associate of Applied Science Degree in Building Technology Major in Construction Electricity

   Note: Completion of Certificate in Construction Electricity (CE) Technical and General Education Requirements.

   Transfer of allowable credits (32 credits)

   General Education Requirements................................................10credits
   EN 123 Technical Communications (3)
   SC 130 Physical Science with Lab (4)
   or any natural science w/lab
   Humanities (any course in art, music, history
   ,culture, literature, philosophy or language) (3)

   Major Requirements................................................6credits
   VEE 110 Discrete Devices I (3)
   VEE 266 Rotating Machinery (3)
   

   AAS Degree in Building Technology Major – Construction Electricity
   Program Requirements:

   General Education Requirements ................................(1 credit)
   Exercise Sports Science (1)

   Major Requirements ................................ (17 credits)
   VEE 222 Discrete Devices II (3)
   VEM 105 Basic Electricity for AC (3)
   VEM 113 Basic Refrigeration I (4)
   VEM 212 National Electrical Code (3)
   VEM 240 Industrial Wiring (4)
   

   Graduation Requirements................................ 65 credits

7. Program Courses and Enrollment

   Course Requirements	Fa12	SP12	FA13	Sp13
   VEE 110 Discrete Device I	15	35 2section	12	30 2sections
   VEE 222 Discrete Device II	13	14	15	16
   VEE 266 Rotating Machinery	15		15
   VEM 212 National Electrical Code (NEC)	11	12		7
   VEM 240 Industrial Wiring		11		10
   VEM 105 Basic Electricity for AC	15	15		15
   VEM 113 Basic Refrigeration I	29 2 Sections

   Table 1. Building Technology program courses with students’ enrollment.
   Source: COM-FSM website IRPO data

   Above table 1 shows program enrollment figures from Fall 2012 to Spring 2013. In the some cases like 100’s courses this are cohort compose of RAC-BT; BT-ET students. The classes are group in two sections to meet classroom size, lab equipment availability and safety concerns.

8. Program Faculty

   Full-time Faculty
   

   1. Cirilo B. Recana-Professor (teaches Advance Certificate and AAS Degree courses)
      B.S. Industrial Education major in Electrical Technology
      Marikina Institute of Science and Technology, Philippines
      
      Master of Arts (M.A.) in Teaching major in Electricity
      Marikina Institute of Science and Technology, Philippines
   2. Romino Victor-Assistant Professor (teaches Certificate courses in Construction Electricity [CE]) AAS in Building Technology major in Construction Electricity
      USDOL, Journeyman Certificate in Electrical
      College of Micronesia-FSM, Federates States of Micronesia

   Support Faculty
   

   3. Bertoldo Esteban-Associate Professor (teaches RAC courses)
      B.S. Industrial Education major in Refrigeration & Air-conditioning Technology
      Marikina Institute of Science and Technology, Philippines
      
      Master of Arts (M.A.) in Teaching major in Electricity
      Marikina Institute of Science and Technology, Philippines

   Source: COM-FSM Catalog Personnel Listing
   Note: Faculty to Student Ratio: 1:15

9. Program Indicators

   1)Assessment of Course Learning Outcomes (National Campus)

   Assessment of course student learning outcomes of program courses	See Appendix A, generated report from Tracdat on unit course assessment of CSLOs. This report summarizes the assessment of course student learning outcomes (CSLOs), strategies, target, task and results.
   Assessment of program student learning outcomes	See Appendix B, generated report from Tracdat on assessment impact by unit objectives on PSLOs. This report summarizes the program student learning outcomes (PSLOs), target, findings and improvements.
   Program enrollment (historical enrollment patterns, student credits by major)	Semester No.of Students Ave. Credit enrolled Credits by Major Credits by Program Fa12 35 10.7 375.5 78 Sp12 37 12.6 466.5 80 Fa13 24 11.4 274.5 45 Sp13 25 11.5 286.5 61 Table 2. AAS in BT major-CE program enrollment by cohorts and credits per semester. Source: Data base on SIS extracts collected by IRPO_COMFSM website
   Average class size	Program Term Section Enroll Max Enrollment EnrollRatio AvgClassSize Building Techonlogy (AAS) Fall 2011 2 30 27 90.0% 13.5 Building Techonlogy (AAS) Fall 2012 2 30 22 73.3% 11.0 Building Techonlogy (AAS) Fall 2013 1 15 15 100% 15 Building Techonlogy (AAS) Spring 2011 2 30 17 56.7% 8.5 Building Techonlogy (AAS) Spring 2012 2 30 22 73.3% 11.0 Building Techonlogy (AAS) Spring 2013 2 30 16 53.3% 8.0 Table 3. Shows AAS in Building Technology data on each semester term, section, maximum enrollment, enrollment, enrollment ratio and average class size. Source COM-FSM website IRPO data.
   Course completion rate	Program Term Students ABCorP% ABCDorP% W% Building Techonlogy (AAS) Fall 2011 29 82.8% 89.7% 6.9%% Building Techonlogy (AAS) Fall 2012 26 80.8% 80.8% 15.4%% Building Techonlogy (AAS) Fall 2013 15 100.0% 100.0% 0.0% Building Techonlogy (AAS) Spring 2011 21 66.7% 66.7% 19.0% Building Techonlogy (AAS) Spring 2012 23 95.7% 95.7% 4.3% Building Techonlogy (AAS) Spring 2013 17 82.4% 82.4% 5.9% Table 4. AAS in BT major-CE course completion by program Source: Source COM-FSM website IRPO data.
   Student persistence rate (semester to semester)	Major Degree New FT Students 2011_3 Students 2012_1 Students 2012_3 Retention Fall 2012 Building Technology AAS 4 5 5 125% Table 5. AAS BT persistence rate for Spring 2012 and Spring 2013. Source COM-FSM website IRPO data. Major Degree New FT Students 2012 Retained Fall 2013 Retention Fall 2013 Building Technology AAS 2 2 100% Table 6. Retention rate of AAS BT for Fall 2012 and for Fall 2013. Source COM-FSM website IRPO data.
   Success rates on licensing or certification exams (CTE, TP, Nursing, etc)	Currently there is no licensing or certification available for students of BT program in the FSM however, we’re looking for NCCER core certification in Guam and SEAPI renewable energy affiliation for electrical practitioners in the South Pacific island nations.
   Graduation rate based on yearly number	Program Degree Fa12 SP12 FA13 SP13 Building Technology AAS 6 2 6 4 Table 7. Building Technology program graduation rate per academic year. Source: OAR_Pohnpei campus data COM-FSM.
   Student Seat Cost
   Cost of duplicate or redundant courses, programs or services
   Students’ satisfaction rate	Using the data from student evaluation for Building Technology courses offered conducted A/Y 2012-2013, of 147 students’ respondent, an average of 3.98 or an equivalent to 99.5% base on 4 point Summated rating scale interprets that students are satisfied with the program.
   Alumni data	Based on the A/Y 2012-2013 graduates from PNI campus office and admission records and trade & technology division survey, majority of the graduates from BT program are in the island, some are working in different government offices/department, private sectors, local utility company (PUC), took another course in the college and some working in private sectors but are not related to their degree.
   Employment data and employer feedback (employer survey)	Based on the survey of graduates conducted by technology & trade division A/Y 2012-2013 in collaboration with their respective employers, Jonhson Martin currently working at PUC performing very well in his job as lineman assistant, Texci Tihpen (PNI campus) and Alexie Sailas (National campus) are both working in the college under maintenance division and are satisfactory performing well in their job.
   Program added or cancelled at nearby regional institutions (PCC, GCC, Hawaii schools, UOG, CMI, NMC)	College Degree Program Graduation Requirements College of Micronesia-[COM-FSM] AAS Building Technology Major - Construction Electricity 65 credits Honolulu Community College [HCC] AAS Electrical Installation & Maintenance Technology 62 credits Palau Community College [PCC] AAS Electrical Technology 60 credits Table 8. Program offerings of same degree at nearby regional institutions. Source: Different Institution Catalog or website.
   Transfer rate	From the data gathered by the division base on exit survey from 2012-2013 BT graduates, currently no records found of student further their education to higher level of education but instead migrate to US mainland to work or joined the military.

10. Analysis

    Findings:

    • The BT program goal statement is aligned with the college mission statement which is, the College of Micronesia is committed to assisting in the development of the Federated States of Micronesia by providing academic, career and technical educational opportunities for student learning.
    • A program assessment summary (PAS) of BT data which can be access in the link: http://www.comfsm.fm/?q=Building-Technology-Program for 2012-2013 indicates that BT program is doing well and keeps improving for students' success.
    • The goals of CSLO’s and PSLO's are current, relevant and targets are attained as assessed based on task, strategies, results and improvements shown in the BT program TRACDAT report. [see Appendices] There are 12 PSLO's in the program; however, AAS in BT target goals assessed only 7 to 12 and 1 to 6 are assessed under the certificate in construction electricity program.
    • Program enrollment based on data gathered 2012-2013 shows Fall to Spring 2012 have a high number of student enrollees' compared during Fall to Spring 2013 semester with a decrease of 38% average.
    • Average class size varies from semester to semester depending on the maximum number of student enrollment and sections opened.
    • Course completion rate data for A/Y 2012-13 (Fall-Spring; Fall-Spring) show an average of 92.2% students' completion.
    • A table shows percentage of students persistence rate (Spring 2012 to spring 2013) and on retention rate (Fall 2012 to fall 2013 semesters) based on IRPO data analysis.
    • COM-FSM Pohnpei campus AY 2012-2013 were able to produce 18 graduates for AAS BT.
    • A student satisfaction rate of 99.5% using the 4 point Likert/Summated rating scale indicates that the program meets students' course expectations.
    • Employer’s feedback on Jonhson Martin (BT graduate's) who is currently working at PUC has a satisfactory performance in his job. Also, Texci Tihpen, Alexie Sailas and Augustine Augustine (BT graduates) all currently working in the college maintenance division are outstandingly performing their jobs based on their supervisor's evaluation.
    • Based on the data collected shown in table 8, program added or cancelled at nearby institutions, among these institutions with the same degree offerings COM-FSM has the highest required credits for graduation.

    Recommendations:

    • Increase enrollment in the certificate program (CE) or recruit separate group for degree bound students majoring in BT; (students from CE are the students who pursue higher education to BT) This will help in increasing the persistence and retention rate of the BT program.
    • Facilities and lab equipments are good enough for teaching and learning but needs future improvements like additional lecture-classroom inside the same building, increase and modernize lab equipments (updating and purchasing) by at least a ratio of 1:3 students.
    • Funding of program should be instituted and increase to keep up with the increases of lab supplies, tools and equipment, computer lab hardware and software upgrading as suggested in course student learning outcomes.
    • Proposed program modification of BT to reduce and combine some PLO's to current and attainable objectives, include articulation with neighboring institutions on credit transferrable such as Math and English, strengthening the community connections in servicing and industry emersion (OJT), focus on more hands-on electrical courses with less academic/gen-ed requirements by benchmarking with other regional colleges.
    • Proposed course replacement of VEE 110 and VEE 222 into one (3 credit) course combining some discrete electronic devices only needed by electrical students and be called VEM 222 Electronic Discrete Devices.
    • Modify PLO10 Install and perform basic maintenance of air-conditioning units into Install and perform basic maintenance of Solar PV System. Since there is now a separate major course for RAC, incorporating renewable energy course in BT program will give way for our students acquire competency in the increasing demand for solar PV technicians.
    • Continue faculty development by sending instructors to attend workshops related to their teaching and skills upgrading.
    • Continue collaboration with Arizona State University and University of South Pacific on VocTech program; also acquire accreditation with Solar Energy Association of the Pacific Islands (SEAPI) in the region.

Unit Assessment Report

Report Period: 2013-2014