CSM ACCE Accreditation

Mission Statement

"The Mission of the Construction Science and Management Program is to maintain a nationally recognized, student centered, industry-oriented, construction program that prepares graduates to become outstanding future leaders, well versed in relevant management practices, current construction techniques and methods used to construct the built environment."

CSM Program Objectives (PO) & Targeted ACCE Student Learning Outcomes (SLOs)

acce logo

 

The American Council for Construction Education (ACCE) is the body that accredits construction and construction management programs. ACCE was established in 1974 to be a leading global advocate of quality construction education, and to promote, support, and accredit quality construction education programs around the world.

Degree Program Classification of Instruction Program (CIP) code.

Construction Science & Management - 15.1001.00

  • PO 1 - Create construction project cost estimates. (SLO 4 & 5)

    PO 2 - Students will demonstrate an understanding of construction processes. (SLO 7 & 8)

    PO 3 - Students will apply effective communication skills. (SLO 1 & 2)

    PO 4 - Students will understand project risk management and project control processes. (SLO 13 & 16)

    PO 5 - Students will demonstrate strong leadership, management and teamwork skills. (SLO 9 & 12)

    PO 6 - Students will apply modern technology to solve construction related problems. (SLO 10 & 11)

    PO 7 - Students will recognize and apply high professional practices, sustainability and ethical standards. (SLO 6 & 18)

    PO 8 - Students will demonstrate an understanding and application of construction building systems. (SLO 19 & 20)

    PO 9 - Students will demonstrate an understanding of construction business fundamentals. (SLO 14 & 17)

    PO 10 - Students will demonstrate an understanding of safety plans and quality assurance protocols. (SLO 3 & 15)

  • Bloom’s Taxonomy is commonly used in education to indicate the level of learning to take place, with “Create” being the highest and “Remembering” being the lowest level of learning. See list below:

    Creating:

    Students are producing new ideas or products that integrate the knowledge they have gained. When students are involved in creating new artifacts, they are actively engaged in the subject matter.

    Evaluating:

    Students are asked to judge an idea. This may involve predicting, experimenting, critiquing, or making an argument from evidence.

    Analyzing:

    Students begin to develop higher order thinking. They may be asked to compare and contrast or take concept and break it into parts to explore the relationships.

    Applying:

    Students begin to put the information they are learning into context. Here they are able to integrate ideas across multiple situations, or utilize the content in a new way.

    Understanding:

    Students demonstrate that they understand the content by explaining, summarizing, classifying, or translating the given information.

    Remembering:

    Students do very little with the information they are learning. They may be asked to recall, list, or name an idea or concept.

  • SLO 1 - Create written communications appropriate to the construction discipline.

    SLO 2 - Create oral presentations appropriate to the construction discipline.

    SLO 3 - Create a construction project safety plan.

    SLO 4 - Create construction project cost estimates.

    SLO 5 - Create construction project schedules.

    SLO 6 - Analyze professional decisions based on ethical principles.

    SLO 7 - Analyze methods, materials, and equipment used to construct projects.

    SLO 8 - Apply electronic-based technology to manage the construction process.

    SLO 9 - Apply basic surveying techniques for construction layout and control.

    SLO 10 - Understand different methods of project delivery and the roles and responsibilities of all constituencies involved in the design and construction process

    SLO 11 - Understand construction accounting and cost control.

    SLO 12 - Understand construction quality assurance and control.

    SLO 13 - Understand construction project control processes.

    SLO 14 - Understand the legal implications of contract, common, and regulatory law to manage a construction project.

    SLO 15 - Understand the basic principles of sustainable construction

    SLO 16 - Understand the basic principles of structural behavior.

    SLO 17 - Understand the basic principles of HVAC, electrical and plumbing systems.

Career & Internship Opportunities

  • The CSM degree prepares students to pursue several careers in the construction industry. 

    • Business Development
    • Code Inspector
    • Construction Manager
    • Consultant
    • Contractor Sales
    • Equipment Manager
    • Estimators
    • Field Engineer
    • General Contractor
    • Home Builder
    • Material Supplier
    • Office Engineer
    • Project Manager
    • Safety Manager
    • Scheduler
    • Subcontractor / Tradesman
    • Superintendent
    • Technical Sales

     

    • Consulting Firm
      • Engineering
      • Safety
      • Waterproofing
    • Industry Focus
      • Commercial
      • Environmental
      • Heavy Civil & Highway Industry Focus
      • Industrial Industry Focus
      • Residential Industry Focus
    • Institutions
      • Educational
      • Governmental
    • Real Estate Developer
    • Self Employed
    • Special Trade Contractors
      • Electrical
      • HVAC
      • Mechanical
      • Plumbing
    • Suppliers
      • Equipment
      • Materials
  • Commercial

    American Constructors
    Ames Construction
    ANDRES Construction
    Archer Western a member of The Walsh Group
    Austin Commercial
    Balfour Beatty (Construction)
    Bartlett Cocke General Contractors
    BL Harbert International, LLC
    Brasfield & Gorrie
    Byrne Construction Services
    Cadence McShane Construction
    Cash Construction Company, Inc.
    Catamount Constructors, Inc.
    Central Builders, Inc.
    CRB Group
    Crossland Construction
    Datum Commercial Contracting, LLC
    DPR Construction
    Engen Contracting, Inc.
    FA Nunnelly
    F.H. Paschen
    Flintco
    Gallagher Construction Services
    GH Phipps Construction Companies
    Greater Metroplex Interiors
    Greystar
    Guido Construction
    Harvey Builders
    Harvey-Cleary Builders
    HEB
    Hensel Phelps
    Hill & Wilkinson General Contractors
    Hoar Construction
    Jay-Reese Contractors, Inc.
    JE Dunn
    Joeris General Contractors, Ltd
    Journeyman Construction, LLC
    Keeley Companies
    Kiewit
    Kitchell
    Level 10 Construction
    Lott Brothers Construction Company
    Malitz Construction Inc.
    Manhattan Construction Company
    Mapp LLC
    McCarthy Building Companies, Inc.
    MGC Contractors
    MW Builders
    Novium Group, LLC
    The NRP Group
    Osburn Contractors
    Peabody General Contractors, LLC
    Performance Contracting, Inc.
    Phillips and Jordan, Inc.
    Powerhouse
    QA Construction Services, Inc.
    Rand Construction Corp
    Rogers-O'Brien Construction
    Russell Marine LLC
    Ryan Companies
    S. Watts Group, Inc.
    Satterfield & Pontikes Construction
    SEDALCO
    Skybeck
    Southland Holdings
    SpawGlass
    Spring Valley Construction Company
    Structura, Inc.
    Structure Tone Southwest
    SUNDT
    Swinerton
    Talley Riggins Construction Group
    Tellepsen
    Tesla
    The Beck Group
    The Christman Company
    Turner Construction Company
    Vaughn Construction
    Vitesco Technologies
    Walsh Group
    Webber
    Western Specialty Contractors
    Whiting-Turner Contracting Company
    Yates Engineers and Construction
    Zachry Construction Corporation

    Consulting

    Alpha Testing, Inc.
    BGE, Inc.
    Burns & McDonnell
    Cude Engineers
    HDR, Inc.
    Integrated Real Estate Group
    Intertek
    JMT Civil Engineering
    Keller North America, Inc.
    Kirkman Engineering
    Linesight
    M&S Engineering LLC
    Mears Group, Inc.
    NetWorth Realty
    Novium Group, LLC
    Pape-Dawson Engineers, Inc.
    Structural Group, Inc.
    Texas Commission on Environmental Quality
    Texas Department of Transportation

    Residential

    AMLI Residential
    Blackburn Homes
    Brookfield Properties
    CastleRock Communities
    Chesmar Homes
    David Weekley Homes
    D.R. Horton, Inc.
    Drees Homes
    Empire Communities
    Highland Homes
    Hines
    KB Home
    Lennar Corp Lennar Homes
    LGI Homes
    Mapp LLC
    Meritage Homes
    Mill Creek Residential Trust LLC
    The NRP Group
    Pacesetter Homes LLC
    Perry Homes
    PulteGroup - SA
    Rausch Coleman Homes
    Saratoga Homes
    StreetLights Residential
    Toll Brothers, Inc.
    Wisenbaker Builder Services, Inc.

    Subcontractors / Tradesmen

    Baker Concrete Construction
    Baker Triangle
    Buffalo Framing & Truss
    EPC Services Co
    Penhall Company
    Alterman, Inc.
    Andy's Sprinkler, Drainage & Lighting Inc.
    AUI Partners
    BCS Concrete Structures
    Ceco Concrete Construction
    CenterPoint Energy
    Chamberlin Roofing & Waterproofing
    Cummings Electrical
    Dashiell Corp
    Enterprise Properties - Precast
    Ford Audio-Video, LLC
    Granite Construction
    Greentech Renewables
    Kent Companies, Inc
    Lithko Contracting
    MAREK
    MBA Energy & Industrial
    Myers Concrete Construction
    Oncor - Transmission Operations
    Oscar Orduno,Inc.
    Prism Electric, Inc.
    Quanta Services, Inc.
    Rosendin
    Schlumberger
    Shambaugh & Son Fire Protection
    Standard Drywall, Inc.
    Stripe-It-Up
    Sunbelt Waterproofing & Restoration, LLC
    Suntec Concrete
    Superior Construction Services
    Sure Steel, Inc.
    TAS Commercial Concrete
    TD Industries, Inc.
    Teijin Automotive
    The Porter Co.
    United Forming, Inc.
    Vertiv - Electrical Reliabity Services
    Way Mechanical

    Suppliers

    Allen & Allen Co.
    Applied Materials
    Builders FirstSource
    CEMEX
    Commercial Metals Company
    Ferguson Enterprises
    H&E Equipment Services
    Holcim US
    KHS&S Constrctors
    L&W Supply Corporation
    Largo Concrete, Inc.
    Lehigh Hanson
    Lone Star Precast
    Lower Colorado River Authority (LCRA)
    Master Builders
    MC Surfaces Austin
    Mears Group, Inc.
    Mustang Cat
    Reece Group
    Rental One
    Sika Corporation
    Sunbelt Rentals
    Vulcan Materials Company
    White Cap
    Winsupply Inc.

     

$65-75k 2022 Typical starting salary for CSM graduates.

career

CSM Program - Continuous Improvement

  • DEGREE PROGRAM’S MISSION, GOALS, AND OBJECTIVES

    University Mission Statement: Texas State University is a public, student-centered, Emerging Research University dedicated to excellence in serving the educational needs of the diverse population of Texas and the world beyond.

    Using this statement as a springboard, the CSM Mission Statement is: 

    The mission of the Construction Science and Management program is to maintain a nationally recognized, student-centered, industry-oriented, construction program that prepares graduates to become outstanding future leaders, well versed in relevant management practices, current construction techniques and methods used to construct the built environment.

    From the 2017-2023 Strategic Plan (Section 9.2), the CSM Strategic Goals and Objectives with their current state are:

    1. PROGRAM IMPROVEMENTS:
    1. Develop a Master of Science Degree in Construction Management (CM) that will support the CSM and CIM Program.  The Master’s Degree will include both campus-based classes and a substantial number of online or hybrid format classes.  The emphasis on online course offerings is based upon a report by the Education Advisory Board (EAB) forwarded to the CSM program by Debbie Thorne, Associate Vice President for Academic Affairs, that cites the need for an online CM Degree, especially in Texas.

    The MS in CM was offered the first time in Fall 2020 with an enrollment of 15 students.  The current enrollment is 42 with the maximum set to 50.  With this growth, discussions are being held to increase faculty support so that the program can grow.

    1. Hire or promote a tenured CSM or CIM Faculty Member to become the Director of the Master’s program.

    Dr. Soon-Jae Lee was selected to become the Coordinator of the Master’s in Construction Management (M-CM) Program in the Fall of 2020. His primary duties are to select qualified students to enter the Master’s program, schedule graduate CM classes and staff these courses, fill our Graduate Instructional Assistant (GIA) positions associated with the program and review the program’s curriculum on a regular basis.  Due to the growth of this program, a M-CM committee has been formed to assist in this process. 

    1. Hire or promote a three CIM or CSM Faculty members to be a full-time faculty for the Master’s program.

    As a part of the program development process, only two tenure-track faculty were approved for hiring.  Both positions were filled.  With the growth of the master’s program to an enrollment of 42, the administration has agreed to consider future requests for more faculty.

    1. Hire an instruction design specialist to support the online course development and implementation

    We were able to utilize the University’s Office of Distance and Extended Learning and their instructional design specialists.  Each instructor who was assigned an online course worked with the instructional design specialist to develop their online course content.

    1. Hire a computer technician to support the increased computer needs of this program.

    No additional staff were added to support the program.  The program continues to use the services of the Department’s one full-time Computer Technician, Marcus Ickes.

    1. Obtain additional research space for the new faculty.

    In September 2020, the RFM building underwent a three-million- dollar remodel to accommodate: 1) The new Civil Engineering Program; 2) The Physics Department; 3) Reconfiguring spaces for the Department of Engineering Technology and the CSM Program. These three programs along with the Masters of Material Science (MSEC) program share the RF Mitte Building. During this remodel, the computer lab on the first floor was relocated to RFM 1239 and, in its place, the new Construction lab was relocated (RFM 1235) from the shared space with the Concrete Lab, as the Concrete Lab needed more space.  On the fourth floor, RFM 4205, 4242, and 4243 were designated as new research spaces for two CSM faculty members whose prior research space on the first floor was converted to a Civil Engineering laboratory.  The Collaborative Learning Center, a student computer lab, was relocated to the new Ingram Hall and not replaced (its prior room conveyed to the Physics Department for use).  Other rooms with computing stations in RFM are first-call classrooms and frequently unavailable for student use.  To address this, the CSM program has increased seating on RFM 4236 to accommodate both classroom enrollment and extra space for students needing computer access. 

    The remodel to accommodate Civil Engineering’s needs resulted in a new dedicated Construction Lab for the CSM program.  However, the remainder of the building has been utilized.  Many of the labs in RFM are shared research/lab spaces between ET and ISoE’s Civil Engineering program, but Civil is only three years old and is anticipated to also increase its enrollment.  If our program desires to remain at our current enrollment, the building is accommodating.  However, as the faculty and industry has expressed interest in growing the CSM program, discussions are being held in preparation for our next Strategic Planning sessions to provide for this growth. 

    1. Obtain four additional faculty offices for the new Master’s program faculty.

    When the ISoE moved to the new building, Ingram Hall, and left Civil Engineering on the fifth floor of RFM, the CSM Program was assigned some of the vacated spaces in RFM.  The research and teaching spaces were detailed above and several offices on the second floor were also part of this reallocation of space.  Another space that was obtained was formally used for Human Factors and had four (4) small offices and a central conference room, in what is now RFM 4238. These offices were then assigned to instructors for the program as larger offices were needed for the tenure-track professors hired to teach the Master’s classes.   

    1. Add fifteen (15) GIA positions to support graduate student professional development and support the growing undergraduate CSM program.

    The program was approved with a total of six (6) GIA positions, but was started with three (3) the first year and the additional three (3) added the second year.  With the growth of the program, more GIA’s will be requested.

    1. Future: Consider a Ph.D. in CM during the next Strategic Planning cycle

    With the success of the Master’s program, the Feasibility of pursuing a PhD in Construction Management has been submitted in Fall 2022. 

    1. FACULTY

     

    1. Balance CSM Faculty between tenure and non-tenured Faculty.  Tenure or tenure track to compose 50% of the CSM faculty.  Use the proposed four Master Program faculty to meet this goal.

    With the additional two tenure-track faculty added with the master’s program, the CSM faculty ratio is five tenure/tenure track (42%) to seven non-tenured (58%).  Progress is being made to hit 50% as the success of the master’s program is demonstrating the need for additional tenure-track lines.

    1. Temporary Full-time Instructors.  Request to convert temporary full-time instructorships to permanent lecturers after two years.

    The CSM Program was able to covert one temporary fulltime lecture position to a full-time lecture position (Dr. Hyunhwan Kim). This is a relatively lengthy process since the university must be able to fund this position on a permanent basis. We were able to convince the Dean that we needed this position and based on the number of full-time lecture positions she had available for the College that year, CSM was able to secure one. Unfortunately, in the university’s response to the COVID-19 pandemic, our department had to cut 10% from our budget – including permanent cuts to some faculty lines.  Dr. Kim applied to one of the M-CM positions and was hired leaving his full-time lecture position open.  This permanent lecturer position was lost due to that budget cut. 

    1. Request additional temporary full-time instructors as needed to staff the growing program demands.

    We have not had a problem requesting temporary full-time lecturers if we can justify their workload. These faculty generally teach four courses and are contracted semester by semester. Because of the high demand for CSM courses, we have three who have been with us for several years.  It is time to request they be made permanent lecturers since they have been teaching full-time for the program for more than two years.

    D.  Per-Course - Limit per-course faculty teaching to no more than 15% of the courses taught.

    Currently, the program is well below the 15% of courses taught by per course faculty. However, the program does value the real-world experience they bring to the classroom and will use them when additional classes need to be taught.

    1. Professor of Practice - Hire and maintain two Professor of Practice positions on the CSM Faculty

    The program has been successful in hiring two Professors of Practice and promoting one from within the program, for a total of three. In Fall 2019, Mr. Will Holder was hired as a Professor of Practice with a specialization in Residential Construction.  Mr. Holder was previously the President of TrendMaker Homes in Houston, TX and has 25 years of residential experience.  He heads the residential specialization of the program and has an MBA, which allowed us to both create and offer a course in Construction Finance as part of the business minor. The second Professor of Practice the program hired in Fall 2020 was Mr. John Casstevens, previous president of Joeris Construction in San Antonio, TX.  Mr. Casstevens, a Navy Veteran, has 25 years of commercial construction experience. He teaches the Capstone class along with several commercial-related courses. The third Professor of Practice was Dr. BJ Spencer who was promoted from within the CSM Faculty in Fall 2018. She is a registered Architect, teaches the architectural courses, is the departmental internship coordinator, and recently assumed the role of Construction Science and Management Program Coordinator.

    1. Work towards a 40:1 Student to faculty ratio to maintain the high quality of the program.

    Our CSM program continues to grow at a fast pace.  We have discussed wanting to maintain a 40:1 student to faculty ratio, but with the growth we are experiencing, this will require more teaching and administrative power.  Although we considered capping the program at 640, it is evident by the need of industry that this idea needs to be reconsidered.  Currently, the student population has risen from 564 in the fall of 2021 to 598 for the Fall 2022 semester. With current faculty (five tenure/tenure track, three professors of Practice, one full-time senior lecturer, three temporary full-time lecturers, two adjunct faculty and one phased retirement faculty in his last semester of teaching, this brings the Full-time Teaching Equivalent (FTE) to 13.75, which when divided by 598 students give us a student to faculty ratio of 43.5.1.  Coupled with the growth of our Master’s in CM program with faculty teaching both undergrad and graduate courses, this illustrates our need to convert temporary full-time instructors to permanent lines and request more faculty members, staff for supporting roles, and more facilities to house the same.

    1. FACILITIES

    Become actively involved in the remodeling of the R.F. Mitte Building as space is reconfigured to accommodate the new Civil Engineering program. We need:

    1. Four faculty offices for new CSM tenure and Professor of Practice Faculty.

    The program gained three offices with the move of ISoE to Ingram Hall and after the reconfiguration of RFM’s three-million-dollar remodel was completed in September of 2020. This allowed us offices for our new tenure-track hires and Professors of Practice.

    1. Need additional space to accommodate instructors.

    The program gained the RFM 4238 suite, with four smaller offices and a conference area, is used to accommodate our temporary full-time lecturers and was formally used by ISoE. This reallocation was completed in September 2020.

    1. Need a Mechanical, Electrical, and Plumbing (MEP) Lab, for 24 students.

    The program was unable to get a dedicated lab for MEP’s during the recent building remodel. However, the classroom, RFM 4233, has several pieces of equipment used for teaching MEP’s and the Power Lab.  RFM 1233 houses several larger pieces of equipment including an HVAC and electrical wiring trainer that faculty can access as needed.

    1. Need a dedicated Soils Lab, to be located on the 1st floor, with water and access to the outside.  This lab could be developed in conjunction with the new Civil and Environmental Engineering Program. The lab needs to accommodate 24 students.

    Room 1218 was primarily developed by Civil Engineering with input from the CSM program as a soils lab, complete with the necessary infrastructure. This lab was completed during the remodel completed in September of 2020.

    1. Need 400 SF of shared research space that can be reconfigured as grants are completed and new grants are funded.

    Not Done. Unfortunately, there simply was not enough space available during the remodel to accommodate this request. Arrangements have been made for research faculty to share research space as needed.

    1. Add another 50-seat lecture room.

    While the Department of Engineering Technology gained a 50-seat classroom from ISoE in the reallocation of space, the department also lost a 100-seat classroom to Physics at the same time.  The net effect was a loss of space, but we have available for use ISoE’s large lecture room on the 5th floor, if needed.

    1. Add a computer lab for student use upon the relocation of the CLC (Collaborative Learning Center) to Ingram Hall.

    Through budget cuts, the remodeling plan eliminated the addition of a computer lab for RF Mitte (RFM).  Students have been directed to follow the CLC to its new location in Ingram Hall.  As all the CSM courses are in RFM, CSM students would prefer to work in the three department labs with the private server only in this building.  With the special software used in our program, it is important for students to have access to computers with the software to complete homework assignments. 

    To provide for our students, the CSM program elected to double the capacity of one of the classroom labs, RFM 4236, to increase enrollment in the architectural classes, accommodate larger enrollment classes, and to give students access to computers even if the classroom had a class.  Those computers not being used can be used by students needing access.  Due to enrollment needs, this classroom lab is booked back-to-back throughout the semester. As the room now always has a class, students are needing a dedicated lab to work on class assignments and group projects.  Except for the Lobby, all student-dedicated space in RFM has been absorbed by academic/office need.

    The department is looking into an Enterprise computer setup that will enable students to use their own laptops, but be able to use the software on the enterprise.  This way they can get access to the software they need to use for class.  The ISoE has attempted to set up an Enterprise system and we are in contact with them to do the same.

    1. Need a graduate seminar room to accommodate 20 students for the TM and future CM Master’s Degree.

    The current space used for a graduate seminar room is RFM 2240J, our small conference room.  It seats 10 and has a mobile large-screen computer for use.  For larger classes, open classrooms are utilized.

    1. Negotiate a consolidation of faculty office spaces on the second floor of RFM, especially as Engineering vacates offices in their move to Ingram Hall.

    We were able to claim three (3) offices on the second floor of RF Mitte when ISoE moved to Ingram Hall, which enabled us to relocate some instructors to the second floor, although also having to vacate some offices on the fourth floor for Physics faculty.

    1. CURRICULUM - CSM Program Changes
      1. Master’s level - Add a Masters Degree in CM (See Goal 1 for more details), with a long range plan of adding a future Ph.D. in CM.

    The Master’s Degree was launched in Fall 2020 and has been a great success.  Enrollment has grown from 15 to 42 in two years.  The cap at this time is 50 students, but the university and faculty is very interested in growing the program and is willing to consider new faculty lines to support growth.  A review committee has been created to assist in reviewing the 120+ applications received in the Spring 2021.  The Ph.D. in CM feasibility study was submitted in August 2022.

      1. Undergraduate level - Add specializations in
          1. Residential
          2. Commercial

    The CSM-Residential specialization was implemented in Fall 2019 with the addition of the Residential Professor of Practice faculty line.  The enrollment has grown to 28 students.  Both industry support and research in the residential construction process has increased.  There is an interest to create a CSM-Heavy Civil specialization.  This specialization is only in the planning phase.

      1. Add a Capstone course specifically for Residential Construction.

    A residentially-focused capstone course, CSM 4370, has been offered since Fall 2020.  The industry has been supportive in assisting the lecturing and teaching of this course.  As enrollment in the CSM-residential increases, the capstone course will be offered in both Fall and Spring. 

      1. Require the taking of the AIC, AC Exam as a graduation requirement in CSM 4360.

    The AIC/AC Exam is still a reference for course content in the program, but is no longer required to be taken in the CSM 4360/4370 Capstone courses.  Students are encouraged to take the exam, but it has been decided to not make it a requirement for graduation.

      1. Move to a cohort system, requiring all majors to apply for entrance into the CSM major after completing their Pre-Construction set of courses.  By doing so, we can maintain a healthy balance between the number of students entering the CSM major to the resources available.

    We are able to identify through the number of approved applications how many seats will be needed in upper-level classes.  This process has also enabled us to identify the issue of students unable to get through the required math and science courses. 

    1. Future - Become an independent Department of Construction and Concrete Management. 
      1. Independent department states most likely will not occur until a College of Engineering is formed.
      2. Consider adding a BS in Construction Engineering as a new major.

    No action has been taken at this time.

  •    CSM Degree Program Outcomes

    1

    Students will apply and understanding of construction fundamentals.

    SLO 4

    Create construction project cost estimates.

    Direct Assessment:

    Indirect Assessment:

    Acceptable Target:

    Data Gathering:      

    Data Interpretation: 

    CSM 4361 Construction Estimating

    Student Self Evaluation

    70%

    Data collected each semester and analyzed annually

    Instructor of CSM 4361

    SLO 5

    Create construction project schedules.

    Direct Assessment:

     

    Indirect Assessment:

    Acceptable Target:

    Data Gathering:      

    Data Interpretation: 

    CSM 4364 Construction Project Management & Scheduling

    Student Self Evaluation

    70%

    Data collected each semester and analyzed annually

    Instructor of CSM 4364

    2

    Students will demonstrate an understanding of construction processes.

    SLO 7

    Analyze construction documents for planning and management of construction processes.

    Direct Assessment:

    Indirect Assessment:

    Acceptable Target:

    Data Gathering:                 

    Data Interpretation: 

    Direct Assessment – CSM 4361 Estimating

    Student Self Evaluation

    70%

    Data collected each semester and analyzed annually

    Instructor of CSM 4361

    SLO 8

    Analyze methods, materials, and equipment used to construct projects.

    Direct Assessment:

    Indirect Assessment:

    Acceptable Target:

    Data Gathering:                 

    Data Interpretation: 

    CSM 2342 Construction Materials & Processes

    Student Self Evaluation

    70%

    Data collected each semester and analyzed annually

    Instructor of CSM 4361

    3

    Students will apply effective communication skills.

    SLO 1

    Create written communications appropriate to the construction discipline.

    Direct Assessment:

    Indirect Assessment:

    Acceptable Target:

    Data Gathering:                 

    Data Interpretation: 

    CSM 4369 Construction Contracts, Risks, and Ethics

    Student Self Evaluation

    70%

    Data collected each semester and analyzed annually

    Instructor of CSM 4360

    SLO 2

    Create oral presentations appropriate to the construction discipline.

    Direct Assessment:

    Indirect Assessment:

    Acceptable Target:

    Data Gathering:                 

    Data Interpretation: 

    CSM 4360 Senior Construction Management Capstone

    Student Self Evaluation

    70%

    Data collected each semester and analyzed annually

    Instructor of CSM 4360

    4

    Students will understand project risk management and project control processes.

    SLO 13

    Understand construction risk management.

     

    Direct Assessment:

    Indirect Assessment:

    Acceptable Target:

    Data Gathering:                 

    Data Interpretation: 

    CSM 4369 Construction Contracts, Risks, & Ethics

    Student Self Evaluation

    70%

    Data collected each semester and analyzed annually

    Instructor of CSM 4369

    SLO 16

    Understand construction project control processes.

     

    Direct Assessment:

     

    Indirect Assessment:

    Acceptable Target:

    Data Gathering:                 

    Data Interpretation: 

    CSM 4364 Construction Project Management & Scheduling

    Student Self Evaluation

    70%

    Data collected each semester and analyzed annually

    Instructor of CSM 4364

    5

    Students will demonstrate strong leadership, management and teamwork skills

    SLO 9

    Understand the role of the construction manager as a member of different multi-disciplinary project teams.

    Direct Assessment:

    Indirect Assessment:

    Acceptable Target:

    Data Gathering:                 

    Data Interpretation: 

    CSM 4360 Senior Construction Management Capstone

    Student Self Evaluation

    70%

    Data collected each semester and analyzed annually

    Instructor of CSM 4360

    SLO 12

    Understand different methods of project delivery and the roles and responsibilities of all constituencies involved in the design and construction process.

    Direct Assessment:

    Indirect Assessment:

    Acceptable Target:

    Data Gathering:                 

    Data Interpretation: 

    CSM 2313 Architectural Design I

    Student Self Evaluation

    70%

    Data collected each semester and analyzed annually

    Instructor of CSM 2313

    6

    Students will apply modern technology to solve construction related problems.

    SLO 10

    Apply electronic-based technology to manage the construction process.

    Direct Assessment:

    Indirect Assessment:

    Acceptable Target:

    Data Gathering:                 

    Data Interpretation: 

    CSM 2313 Architectural Design I

    Student Self Evaluation

    70%

    Data collected each semester and analyzed annually

    Instructor of CSM 2313

     

     

    SLO 11

    Apply basic surveying techniques for construction layout and control.

     

    Direct Assessment:

     

    Indirect Assessment:

    Acceptable Target:

    Data Gathering:                 

    Data Interpretation: 

    CSM 2160 Introduction to Construction Surveying & Layout

    Student Self Evaluation

    70%

    Data collected each semester and analyzed annually

    Instructor of CSM 2160

    7

    Students will recognize and apply high professional practices, sustainability and ethical standards.

    SLO 6

    Analyze professional decisions based on ethical principles.

     

    Direct Assessment:

    Indirect Assessment:

    Acceptable Target:

    Data Gathering:                 

    Data Interpretation: 

    CSM 4369 Construction Contracts, Risks, & Ethics

    Student Self Evaluation

    70%

    Data collected each semester and analyzed annually

    Instructor of CSM 4369

    SLO 18

    Understand the basic principles of sustainable construction.

     

    Direct Assessment:

    Indirect Assessment:

    Acceptable Target:

    Data Gathering:                 

    Data Interpretation: 

    CSM 4368 Sustainable & Lean Construction Practices

    Student Self Evaluation

    70%

    Data collected each semester and analyzed annually

    Instructor of CSM 4368

    8

    Students will demonstrate an understanding and application of construction building systems.

    SLO 19

    Understand the basic principles of structural behavior.

    Direct Assessment:

    Indirect Assessment:

    Acceptable Target:

    Data Gathering:                 

    Data Interpretation: 

    CSM 3360 Structural Analysis

    Student Self Evaluation

    70%

    Data collected each semester and analyzed annually

    Instructor of CSM 3360

    SLO 20

    Understand the basic principles of mechanical, electrical and piping systems.

    Direct Assessment:

    Indirect Assessment:

    Acceptable Target:

    Data Gathering:                 

    Data Interpretation: 

    CSM 3367 Mechanical, Electrical, & Plumbing Systems

    Student Self Evaluation

    70%

    Data collected each semester and analyzed annually

    Instructor of CSM 3367

    9

    Students will demonstrate an understanding of construction business fundamentals.

    SLO 14

    Understand construction accounting and cost control.

    Direct Assessment:

     

    Indirect Assessment:

    Acceptable Target:

    Data Gathering:                 

    Data Interpretation: 

    CSM 4364 Construction Project Management & Scheduling

    Student Self Evaluation

    70%

    Data collected each semester and analyzed annually

    Instructor of CSM 4364

    SLO 17

    Understand the legal implications of contract, common, and regulatory law to manage a construction project.

    Direct Assessment:

    Indirect Assessment:

    Acceptable Target:

    Data Gathering:                 

    Data Interpretation: 

    CSM 4369 Construction Contracts, Risks, & Ethics

    Student Self Evaluation

    70%

    Data collected each semester and analyzed annually

    Instructor of CSM 4369

     

    10

    Students will demonstrate an understanding of safety plans and quality assurance protocols.

    SLO 3

    Create a construction project safety plan.

    Direct Assessment:

    Indirect Assessment:

    Acceptable Target:

    Data Gathering:                 

    Data Interpretation: 

    CSM 4380 Construction Safety

    Student Self Evaluation

    70%

    Data collected each semester and analyzed annually

    Instructor of CSM 4380

    SLO 15

    Understand construction quality assurance and control.

    Direct Assessment:

    Indirect Assessment:

    Acceptable Target:

    Data Gathering:                 

    Data Interpretation: 

    CSM 2342 Construction Materials & Processes

    Student Self Evaluation

    70%

    Data collected each semester and analyzed annually

    Instructor of CSM 2342

  •  

    Recap of Instructor Summaries

    PO 1

     

    Students will apply and understanding of construction fundamentals.

    PO 1.1

    SLO 4

    Create construction project cost estimates.

    CSM 4361

    Construction Estimating

    Faculty Analysis

    This assessment drew heavily upon homework exercises and problems on the Final QTO Exam. Lab time to practice these problems was increased over previous semesters with more comprehension and success resulting. More focus was placed on actual estimates and practice, and more homework exercises were assigned.  Many exercises were completed together, and some students were not able to or were unskilled to problem solve on their own (many required assistance to complete).

    Faculty Action Plan

    I intend to introduce OST earlier in the semester to allow for more practice at QTO and have the ability to apply QTO and unit pricing together to produce real estimate in the correct format (line by line items with quantity, unit, LME unit costs, and extended costs for each). Class instruction combined with lab/computer time is critical for this Course Objective.

    PO 1.2

    SLO 5

    Create construction project schedules.

    CSM 4364

    Construction Project Management & Scheduling

    Faculty Analysis

    This outcome was satisfied. The average of the direct measure appears to be consistent with the past semester. In addition to the in‐class exercises implemented and utilized in previous semesters, a new lab exercise was created and assigned to the students (Lab Exercise BCS). They were asked to create a bar chart schedule for the construction of a small warehouse in Excel using the information provided on the assignment sheet. This seemed to help students understand the topic better and help with practical application of Bar Chart Scheduling. Students also did a Linear Line of Balance scheduling assignment (Lab Exercise LOB) where they had to consider the rate of production focusing on the time‐amount relationship and the progress of the work. Line‐of‐balance method is mostly used for horizontal projects with repetitive activities. This lab exercise introduced them to a scheduling method different then BCS or CPM.

    Faculty Action Plan

    Maintain the existing course materials and keep on implementing more complex examples about CPM calculations and schedule. Consider adding another BCS exercise for a residential building.

    Alumni Survey

    PO 1.1 - 2020 Alumni Survey #20.  Plan software to be added.

    CSM Coordinator’s Analysis

    Both CSM 4361 Estimating and CSM 4364 Scheduling use plans and software to assist students in understanding construction fundamentals. 

    CSM Coordinator’s Action Plan

    Both classes should enhance the use of digital plan software to read and complete exercises in plan reading. 

    PO 2

     

    Students will demonstrate an understanding of construction processes.

    PO 2.1

    SLO 7

    Analyze construction documents for planning and management of construction processes.

    CSM 4361

    Construction Estimating

    Faculty Analysis

    Improvements were made to the delivery of material due to my greater understanding of what the students’ baseline of knowledge coming into the course and making refinements to the semester long class project to increase efficiency and eliminate unnecessary and unproductive steps.

    Faculty Action Plan

    I want to continue to refine the semester long class project and include some additional submissions for grades and regular intervals throughout the

    course, rather than a single submission at completion. I also need to spend more time introducing BlueBeam QTO features and how to initially setup a project so students can learn to avoid duplicating work and be more productive.

    PO 2.2

    SLO 8

    Analyze methods, materials, and equipment used to construct projects.

    CSM 2342

    Construction Materials & Processes

    Faculty Analysis

    The average is consistent with the historical average for this outcome.  Using visual images, videos, class handouts, and tests is found to help students analyze different materials used in the construction. This semester some of the other construction materials like Asphalt, Flooring Tiles, Glass, Aluminum Curtain Wall, etc. were also introduced. However, the indirect method student’s self-evaluation survey average was higher than previous years, and it seems like students have overestimated

    their abilities for this semester.

    Faculty Action Plan

    I plan to add a mock test/ review test before the exams to help students understand the exam format and what was expected from them. I also plan to add online

    assessment questions for other materials used in construction which was introduced this semester.

    Alumni Survey

    SLO 8 - 2020 Alumni Survey #30.  A new construction lab course with plenty of hands‐on is being added Fall 2023.

    CSM Coordinator’s Analysis

    Where both CSM 4361 Estimating and CSM 2342 Construction Materials and Processes have been used to measure this PO 2, is CSM 4361 really better in helping students understand construction processes?  Or would CSM 4364 Scheduling be more appropriate.  Estimating breaks down each item, but scheduling brings all the items together in sequence.

    CSM Coordinator’s Action Plan

    Replace CSM 4361 as one of the measure for PO 2 with CSM 4364.

    PO 3

     

    Students will apply effective communication skills.

    PO 3.1

    SLO 1

    Create written communications appropriate to the construction discipline.

    CSM 4369

    Construction Contracts, Risks, and Ethics

    Faculty Analysis

    The objective questionnaire from Exam 1 and subjective question from Homework 4 focus on the understanding of risk allocation and liability sharing in construction contracts. Students’ direct measurement scores seem higher than cutoff percentage. Test your knowledge were implemented using Kahoot online game to enhance their learning which students really enjoyed.

    Faculty Action Plan

    Although the class was fully in‐person and some students had difficulty because of the COVID‐19, students performed well and enjoyed the in‐person class.  Since the course contents are more theoretical in nature, and the students liked the discussion of case studies and ‘test your knowledge’ games (Kahoot online game), these tools will be continued in other semesters. Since the pandemic was completely over, group discussion activities were affected; integration of videos and group discussion on Canvas learning management system will be implemented for students’ convenience.

    PO 3.2

    SLO 2

    Create oral presentations appropriate to the construction discipline.

    CSM 4360

    Senior Construction Management Capstone

    Faculty Analysis

    Students were given a real‐time project RFQ on which to review and submit a 50‐page formal response as in previous semesters. Direct grading results were in line with previous semesters. As they progress through the semester, their assignments require a greater depth of understanding of the project. The industry sponsor coaches them throughout while applying their prior coursework to submit a formal response to the RFQ.  Access to the advanced software and hardware necessary to complete requirements for their assignment was limited due to lab availability, so scheduling and estimating submissions were somewhat lacking. Students voiced some frustration over the limited access to labs and availability of scheduling software. More in‐progress reviews and assignments were added to make sure final product was believable and students understood the individual pieces of the proposal process.

    Faculty Action Plan

    Progress status reviews were added to ensure the final submission is being assembled properly in steps along the way. Correlating these reviews with the lectures and tabbed sections in the RFQ submittal binder (company profile, team resumes and organization, logistics plan, safety/QAQC plan, scheduling, estimate templates) is critical. More access/instruction for document review software (Bluebeam, Plan Grid, ProCore), scheduling (P6 and Project) and estimating (OST, Means) software was requested. Will use a more universal and cost‐efficient scheduling program (MS project or others). Continue focus and improving discussions about scheduling (WBS) and estimating processes (QTO, pricing, bid organization).

    Alumni Survey

    SLO 1 – 2020 Alumni Survey #3.  ENG 3303 Technical Writing has been approved as a Core course and will be required Fall 2023.

    SLO 2 - 1. Use Bluebeam for project documents. 2.  CSM 4370 Residential Capstone is implementing a measurement of the SLO 2 Oral Presentation this Fall 2022.

    CSM Coordinator’s Analysis

    CSM 4369 - The post-pandemic interaction of students is increasing.  These oral dialogues enhance the written assignments are enhanced by discussions on subject matter. 

    CSM 4360 – Students may need more direction on what constitutes a “professional” oral presentation.  They see enough examples, but they may need to practice the techniques. 

     

    Having confidence in your data from good software is also important in oral delivery.  Where some software is available on phone apps, many of the more advanced software is not.  As the Capstone project is dependent on the advanced software, the issue of the classroom preferred for the course is not a computer lab.  Thus, students are electing to use free software on their laptops and not the ones used in estimating and scheduling that they have been trained on. 

    CSM Coordinator’s Action Plan

    The department is looking into the Enterprise system where the student’s laptop will act as terminals and the software will be provided by the department’s server.

    PO 4

     

    Students will understand project risk management and project control processes.

    PO 4.1

    SLO 13

    Understand construction risk management.

    CSM 4369

    Construction Contracts, Risks, & Ethics

    Faculty Analysis

    The objective questionnaire from Exam 1 and subjective question from Homework 4 focus on the understanding of risk allocation and liability sharing in construction contracts. Students’ direct measurement scores seem higher than cutoff percentage. Test your knowledge were implemented using Kahoot online game to enhance their learning which student really enjoyed.

    Faculty Action Plan

    Although the class was fully in‐person and some students had difficulties because of the COVID‐19, students performed well and enjoyed in‐person class. Since the course contents are more theoretical in nature, and the students liked the discussion of case studies and ‘test your knowledge’ games (Kahoot online game), these tools will be continued in other semesters. Since the pandemic was completely over, group discussion activities were affected; integration of videos and group discussion on Canvas learning management system will be implemented for students’ convenience.

    PO 4.2

    SLO 16

    Understand construction project control processes.

    CSM 4364

    Construction Project Management & Scheduling

    Faculty Analysis

    This outcome was satisfied. The average of the direct measure appears to be significantly higher than the past semesters. The student self-assessment for this outcome also improved compared to the previous semester. Understanding the different types of float and how they are calculated and their use in project control has always been difficult for some students and additional material was provided to help them understand these difficult concepts. Although the additional material for effective scheduling seemed to be working, some students were still struggling with these concepts. To improve student performance, four (4) quizzes were created to help identify what they were struggling most with and a short new PowerPoint presentation was prepared and presented to help them understand the topics and perform better. There were some changes to Exam 2 as well. In addition to the existing assessment questions, a question about major steps in developing a schedule, multiple choice questions about different types of float, and a question on preparing a network logic diagram, performing CPM calculations, and filling out a precedence table were included. The extra quizzes, ppts, and changes to the second exam seemed to have significantly helped.

    Faculty Action Plan

    Maintain the existing course materials (including any new ppt) and the specific exercises to improve the understanding of different types of float. Keep on using the quizzes and the modified Exam 2.

    Alumni Survey

     

    CSM Coordinator’s Analysis

    CSM 4369 - The element of risk is discussed and written in assignments. 

    CSM 4360 - The scheduling class appears to be successful in trouble shooting areas of difficulty for the students. 

    CSM Coordinator’s Action Plan

    No action at this time.  

    PO 5

     

    Students will demonstrate strong leadership, management, and teamwork skills

    PO 5.1

    SLO 9

    Understand the role of the construction manager as a member of different multi-disciplinary project teams.

    CSM 4360

    Senior Construction Management Capstone

    Faculty Analysis

    Students were grouped by personality profile (Jung), self-assigned team roles, and given a real‐time project RFQ on which to review and submit a 50‐page formal response as in previous semesters. Each team member was instructed to share responsibilities for the different parts of the RFQ/RFP submission, and to select speaking roles for the final interview. Some teams struggled to find leadership and individual accountability, and lectures were intended to correspond with the different team roles and submission requirements.

    Faculty Action Plan

    More access for scheduling and estimating software was requested. Peer reviews were a good tool for prompting students to “step up” and “carry their weight” during the RFP response, bid day, and final team interviews. Good and poor team chemistry and individual leadership was exposed/evident in the late stages of the proposal period and during the interview. Guest Lectures on team leadership are important and will be incorporated.

    PO 5.2

    SLO 12

    Understand different methods of project delivery and the roles and responsibilities of all constituencies involved in the design and construction process.

    CSM 2313

    Architectural Design I

    Faculty Analysis

    Students learn about construction stakeholders and project delivery methods through lecture. Based on that lecture, a quiz has been developed.

    Faculty Action Plan

    Next semester, quiz will be updated.

    Alumni Survey

     

    SLO 9 - CSM 4370 Residential Capstone is implementing a measurement

    of the SLO 9 Teamwork this Fall 2022.

    SLO 12 - 2020 Alumni Survey #19 - Content is being updated to cover more content on starting positions.

    CSM Coordinator’s Analysis

    In CSM 4360, the use of the personality profile was only used to form the teams and the students selected their positions. 

    CSM 2313 – Flush out the stakeholder roles further in the quiz.

    CSM Coordinator’s Action Plan

    In CSM 4360, perhaps use the personality profile to create strategic roles in the team.  Presentations on team leadership and how to negotiate may help the communications. Introducing the construction stakeholders early, as in CSM 2313, should continue in other classes up through the Capstone class so students are well aware of the roles they will be expected to assume. 

    PO 6

     

    Students will apply modern technology to solve construction related problems.

    PO 6.1

    SLO 10

    Apply electronic-based technology to manage the construction process.

    CSM 2313

    Architectural Design I

    Faculty Analysis

    These grades are based on average of Virtual Construction Assignments. In this assignment the project done on AutoCAD by students is converted into a 3D model. The focus on this 3D model is to make all the layers of building construction so that student can connect 2D to 3D visualization.

    Faculty Action Plan

    Next semester, students will have sessions in which faculty will guide them on how it will be constructed theoretically and by using reference images.  Then they will be developing the model.

    PO 6.2

    SLO 11

    Apply basic surveying techniques for construction layout and control.

    CSM 2160

    Surveying

    Faculty Analysis

    This outcome was affected by the weather and Covid issues incurred this semester, even more. Each section is divided into four work teams two of which stake and grade a building and two of which stake and grade a sanitary sewer line. These teams were all affected by fewer team members available for practice sessions and to complete the project.

    Faculty Action Plan

    The return to normalcy in future semesters should correct this issue. Also, with the introduction of modern technology this portion of the course will become more user friendly and therefore more understandable to students.

    Alumni Survey

     

    SLO 11 - 2020 Alumni Survey #2.  A new course, CSM 2361, has been created to include GPS and update all content. It will be offered in Fall 2023.

    CSM Coordinator’s Analysis

    CSM 2313 – Students use Autocad and SketchUp to draw and understand the relationship of construction drawings. 

    CSM 2160 – Students use total stations to stake out projects.

    CSM Coordinator’s Action Plan

    The face-to-face format is increasing the hands-on components of these courses.  The surveying course will be revised in Fall 2023 to include GPS.

    PO 7

     

    Students will recognize and apply high professional practices, sustainability and ethical standards.

    PO 7.1

    SLO 6

    Analyze professional decisions based on ethical principles.

    CSM 4369

    Construction Contracts, Risks, & Ethics

    Faculty Analysis

    Although the class was fully in‐person, the impact of COVID‐19 was still observed and thus, less group interactions were done in the class. The outcome measurement was satisfactory.

    Faculty Action Plan

    Implementation of case studies and ‘test your knowledge’ games will be incorporated more to enhance the active learning. Integration of more videos and group discussion will be implemented in future classes to enhance student learning.

    PO 7.2

    SLO 18

    Understand the basic principles of sustainable construction.

    CSM 4368

    Sustainable & Lean Construction Practices

    Faculty Analysis

    The outcome was satisfied.  The class average is higher than the previous semester.  Addition of more exam review on sustainable construction materials content helped students to get good score on that content. In the final exam overall the students observed to have low scores on building commissioning. Student’s self‐evaluations were higher than the direct assessment. It seems like they have overestimated their abilities for this semester.

    Faculty Action Plan

    I will add additional videos and slides on building commissioning.

    Alumni Survey

     

    CSM Coordinator’s Analysis

    CSM 4369 has students discussing ethical case studies and uses active learning concepts for interaction.

    CSM 4368 exposes students to the sustainable materials, but needs more Lean Management focus. 

    CSM Coordinator’s Action Plan

    CSM 4368 also has Lean Management as part of the curriculum.  This needs to be the lead topic as sustainability is a component in Lean. 

    PO 8

     

    Students will demonstrate an understanding and application of construction building systems.

    PO 8.1

    SLO 19

    Understand the basic principles of structural behavior.

    CSM 3360

    Structural Analysis

    Faculty Analysis

    This outcome was satisfied and the students’ performance of this objective was in line with past semesters. This semester marked a return to full capacity in the classrooms and another redesign of the class’s Canvas site to match the change away from hybrid learning. Thanks to the various accommodations for COVID, this class’s Canvas site now offers video lessons to supplement in class instruction. While the students said that they watched many of the videos, it didn’t especially change their performance. As well, despite the extra credit offered, few students took advantage of the practice module on reaction forces that would have helped students improve this foundational skill.

    Faculty Action Plan

    The lowest performing elements of this direct assessment measure involve the method of joints analysis. As such, I will work on incorporating some sort of extra credit opportunity for practicing this skill. Recall practice is the most effective way to learn new information, so it is important to create opportunities for the students to practice working problems, rather than just watching videos.

    PO 8.2

    SLO 20

    Understand the basic principles of mechanical, electrical, and piping systems.

    CSM 3367

    Mechanical, Electrical, & Plumbing Systems

    Faculty Analysis

    To help students to understand MEP systems, industrial examples and drawings were prepared including the plumbing and piping systems and number of fixtures, the size of conductors, and many MEP symbols in different applications like heavy civil engineering field and gas and oil industry. They had struggled with understanding the industrial concepts.

    Faculty Action Plan

    It was easy to understand when students read the drawing along with the handout. I tried to let students learn about drawings and how to read them in different fields like oil and gas refineries and other building applications like residential and hospitals.

    Alumni Survey

    SLO 20 - 2020 Alumni Survey #10.  This course is being updated.

    CSM Coordinator’s Analysis

    CSM 3360 – The faculty is identifying the troubling areas and working on different approaches to increase success.

    CSM 3367 – Continue use of digital drawings for exercises. 

    CSM Coordinator’s Action Plan

    CSM 3367 – Streamline the course outcomes to one measure of SLO 20.  This can be questions on exams or projects.  Use software like Procore for plan reading assignments.

    PO 9

     

    Students will demonstrate an understanding of construction business fundamentals.

    PO 9.1

    SLO 14

    Understand construction accounting and cost control.

    CSM 4364

    Construction Project Management & Scheduling

    Faculty Analysis

    This outcome was satisfied. The average of the direct measure appears to be higher than the previous semesters. The students were given a summary document of the cost schedule control system criteria as an addition to the existing course materials.  Creating a resource and cost loaded schedule also helped them understand the concept of construction costs and controls. This semester, a summary PowerPoint presentation was prepared and a quiz about the topic was added (Quiz 5). Although some students had no problems understanding the concept, some had difficulty and struggled. I believe the face‐to‐face, in person class time constraint also had a negative impact especially for topics which were covered towards the end of the semester such as this one.

    Faculty Action Plan

    Maintain the existing course materials and keep using the summary document and the ppt with different examples as well as the quiz.

    PO 9.2

    SLO 17

    Understand the legal implications of contract, common, and regulatory law to manage a construction project.

    CSM 4369

    Construction Contracts, Risks, & Ethics

    Faculty Analysis

    Although students were unable to do group interaction as in pre‐pandemic, the outcome measurement was satisfactory. The measured questions were focused on tort and contract claims and construction dispute cases.

    Faculty Action Plan

    Guest speakers will be invited to provide lectures and discuss on construction claims and disputes that will provide students more understanding of the depth of knowledge.

    Alumni Survey

     

    CSM Coordinator’s Analysis

    CSM 4364 – The faculty is identifying areas of difficulty and applying different measures to address. 

    CSM 4369 – With face-to-face interaction, case study dialogues should give students the ability to see the pros and cons of different contracts.

    CSM Coordinator’s Action Plan

    CSM 4369 – Guest speakers will help students get the industry perspective that may make the subject matter more relatable. 

    PO 10

     

    Students will demonstrate an understanding of safety plans and quality assurance protocols.

    PO 10.1

    SLO 3

    Create a construction project safety plan.

    CSM 4380

    Construction Safety

    Faculty Analysis

    S 2022 – Karasulu ‐ This outcome was satisfied. The average of the direct measure appears to be consistent with the previous semesters. The students were asked to create a safety management plan which included twelve required sections. Each section was worth a specific portion of their total grade (Grading rubrics were uploaded to Canvas). This semester, the students were given the option to either do it as groups or individually.  All the material and the assignment sheets were uploaded early in the semester to Canvas and the SMP assignment was divided into two parts: Part I and Part II.  An earlier deadline was set for SMP Part I which included the first five sections of the SMP assignment to ensure the students didn’t leave everything to the last minute.  SMP Part II included the sections in Part I and all the rest of the required sections. In addition to the existing material, detailed instructions for both Part I and Part II were prepared for the students. The detailed instructions included information about the required sections (what information should be covered and how), links to OSHA’s websites, and screenshots of examples per section and subsection. Students were given feedback about their SMP Part I and the option to update and submit their SMP Part II based on the feedback they received from Part I. However, only a few of them did. Some students submitted the same document for both Part I and II, some submitted incomplete/unfinished SMPs. As a result, the SMP average didn’t improve much even though the course outcome was satisfied.

    Faculty Action Plan

    S 2022 – Karasulu – Maintain the existing course materials and keep on doing an in‐depth review of the SMP assignment sections. Keep on implementing the two‐part SMP with the detailed instructions which seemed to help some of the students.

    PO 10.2

    SLO 15

    Understand construction quality assurance and control.

    CSM 2342

    Construction Materials & Processes

    Faculty Analysis

    This semester students were able to observe and perform all the experiments in the construction lab. Student groups were more consistent this semester than the previous semester. However, I found 2‐3 students not submitting their lab reports for lab 2 and lab 3. The indirect method student’s self‐evaluation survey average is higher than the historical average. It looks like they understand the experiment and the purpose; however, they lost some points in writing the report about it.

    Faculty Action Plan

    S 2021‐ To maintain student group consistency in the laboratory and encouraging students to submit the reports, I plan to allocate more weight to the Laboratory portion in the course syllabus. Also, I plan to add more detailed instructions for students, which will help them write the report.

    Alumni Survey

    SLO 3 - 2020 Alumni Survey #27.   Dr. Karasulu is a certified OSHA 30 instructor and students can earn their OSHA 30 if they meet the attendance and grading criteria.

    CSM Coordinator’s Analysis

    Both instructors are identifying areas of difficulty and apply strategies to assist students. 

    CSM Coordinator’s Action Plan

    No action at this time.

CSM Program Accreditation History

In February 2013, The Board of Trustees of the American Council for Construction Education announced the initial accreditation of the Construction Science and Management (CSM) program at Texas State University for a period of five (5) years. This five-year term is the maximum granted for an initial accreditation. See the 2012 July - CSM Initial Self-Evaluation Study.

In Spring 2018, the CSM program was re-accredited for the maximum period of six (6) years with the next program accreditation scheduled for the Spring of 2024. To prepare for the re-accreditation, a 2017 June - CSM Re-Accreditation Self-Evaluation Study was written and approved by the ACCE, which cleared the way for a site visit. This site visit was conducted between October 14-17, 2017 by an ACCE appointed "Visiting Team" consisting of three members plus one member-in -training. The re-accreditation was granted for six years with three yearly progress reports to address concerns. 2018-2020 - First, Second & Third Year's Progress Reports

In Spring 2023, the third re-accreditation visit took place with the program's success. Both the students and industry support were mentioned as strengths of the program. Our next re-accreditation will be in Spring 2031.