|
Program Title: Construction Technology |
Faculty: Richard Olguin / Mark Jones |
|
Academic Year:2004-2008 |
|
|
The Associate of Applied Science Degree in Construction Technology is offered to meet the needs of the student who wishes to prepare for a broad range of technical skills applicable to many positions within the construction industry. This program prepares the student for the challenges they will face to advance in the trades as a responsible professional craftsman. |
|
|
TSJC |
Program Goal and Objective |
Assessment Method
|
Data Collection |
Mechanics and
Results
|
|
Goal 2 - Student Success 2a. To educate and qualify students for careers in technical fields and to assist them in securing employment in these fields. |
Graduates from the certificate program will be able to enter the construction field in a carpentry level job or higher. Graduates from the AAS degree program will be able to enter the construction field at a lead, foreman, management or self employed position |
VE-135 |
Every spring previous year’s graduates are contacted |
CTE office will collect VE-135 data from students. This data is also sent to the state. |
|
Students will have the skills and confidence to handle a wide range of carpentry tasks on their own after successfully passing, and have the basic skills to build upon for a career in the construction industry |
Pre/post test Module tests during chapters and topics and at end of chapters, quizzes, and graded on to- scale models of different components of a building or home |
Data collected will be used to see where the students strength and weaknesses are and help them to gain better understanding in the areas they need help in |
Class-specific
results are reported each semester in the online assessment form. |
|
|
Students will obtain certification in various tools, methods, equipment and materials |
Pass industry testing and certification for the following. · Skid-steer operator ·
Pow · Fire stop · 30-Hr OSHA · ICF installation
|
Testing for these certifacates is given by individuals in the industry and given to meet industry standards |
Results are collected and reviewd by the construction technology program and the specific industry testing agencie |
|
|
Students will meet with individuals who are involved in the construction industry, including contractors and inspectors, and be able to work with them in a professional capacity |
Students are required to meet with and submit applications for building permits, submit letters of approval from engineers and architects |
Students will be evaluated by the before mentioned
individuals, and will be graded according to the outcome of their
applications and letters. |
Results collected from the before mentioned individuals will be used to determine where the students strengths and weaknesses are in communication and math skills so that we can give individual attention to the student in the areas needed Data collected is reviewed in the construction technology program and by the const. tech advisory board |
|
|
The students will learn the basic math functions and formulas to complete the before mentioned problems |
Figure mathematical formulas with inspectors, vendors and engineers for spans, volume , quantities, costs, time- projections, and estimating |
Evaluations are collected through project estamates, classroom testing, and job specifacation datat sheets |
Data collected is evaluated in the construction technology program to help determine the students grasp of concepts and formulas used in the construction industry |