Construction Technologies Associate of Applied Technology Degree / Associate in Applied Science – T Degree
This program is designed to train construction professionals and facilities managers for building applications and systems that consume a minimal amount of non-renewable resources and contribute to environmental and personal health.
This program will prepare graduates for careers in resource energy management, indoor air quality, solar installation, home energy rating systems, and other specialties that support the design, building, and maintenance of sustainable living environments.
Participants will receive a solid foundation in applied mathematics, applied physics, and communication. Students will also receive training in industry-specific applications using energy-efficiency technology to diagnose building deficiencies. Advanced training in sustainable systems, solar (photovoltaic) systems, resource conservation management, and weatherization will prepare graduates for a variety of careers within the construction and utilities industries, including careers as resource conservation managers, energy auditors, weatherization specialists, solar energy specialists, and home energy raters.
Students pursuing an AAT or AAS-T degree must complete all college degree requirements prior to graduation.
Physical Requirements
Should be able to lift 40 lbs..
Program Length
This program is approximately six quarters long, depending on the time students need to satisfactorily complete all graduation requirements.
Admission Dates
Summer, fall, winter, and spring quarters.
Program Outcomes
• Apply code-mandated repairs to various types of buildings.
• Assess a building's structural and physical integrity with appropriate equipment, technology, and software.
• Integrate renewables into the building as specified by the International Building Code.
• Evaluate building systems.
• Perform a building energy audit to include recommendations.
• Perform scheduling tasks while coordinating with different trades.
• Interpret blueprints, plans, and schematics correctly in order to ensure jobs are completed professionally and on time.
• Use industry safety and environmental standards at all times on construction job sites.
• Apply air leakage repairs in a building shell.
• Integrate green building practices into the construction industry.
Completion Requirements
Prerequisite(s)
None.
Program Course List (Shared Courses)
Note: CONST 102, CONST 104, CONST 106 and CONST 109 are articulated courses with high schools for dual enrollment.
Computer Literacy Requirement: Complete an approved computer literacy course or successfully pass the computer literacy exam
Program Options: Choose one of the following 3 tracks (minimum 44 credits required)
| Track 1: Residential Electrician | 45 |
| CONST 115 | Safety and Circuit Design: Materials and Requirements in Residential Electrical Systems | 5 |
| CONST 124 | Principles of Residential Electrical Rough-In | 5 |
| CONST 131 | Residential Electrical Design: Load Calculations and Applications | 5 |
| CONST 151 | NEC Proficiency: Comprehensive Guide to National Electrical Code | 5 |
| CONST 165 | Trim-Out Procedures in Residential Electrical Systems | 5 |
| CONST 203 | Residential Electrical Diagnostics: A Course on Troubleshooting | 5 |
| CONST 207 | Residential Renewable Energy: Solar Power, Battery Backup, and EV Charging | 5 |
| CONST 213 | Electrical Service Installation: Principles and Practice | 5 |
| CONST 217 | Grounding and Bonding: From Theory to Practice | 5 |
| | |
| Track 2: Residential Plumbing | 45 |
| CONST 113 | Introduction to Plumbing | 5 |
| CONST 118 | Diagrams and Blue Prints | 5 |
| CONST 132 | Plumbing Pipes and Fixtures | 5 |
| CONST 147 | Drains and Vents | 5 |
| CONST 201 | Septic Tanks and Sewer Lines | 5 |
| CONST 205 | Water Pipes and Water Heaters | 5 |
| CONST 208 | Whirlpool Bath and Toilets | 5 |
| CONST 211 | Natural Gas Piping | 5 |
| CONST 215 | Pools and Hot Tubs | 5 |
| | |
| Track 3: Carpentry | 44 |
| CONST 112 | Footings & Foundations | 3 |
| CONST 116 | Floor Framing | 3 |
| CONST 120 | Wall Framing, Sheeting & Ceilings | 5 |
| CONST 122 | Roof Framing | 5 |
| CONST 155 | Decking | 2 |
| CONST 126 | Roofing Materials & Installation | 3 |
| CONST 134 | Exterior Finish | 3 |
| CONST 139 | Interior Finish I | 5 |
| CONST 142 | Interior Finish II | 3 |
| SBS 107 | Sustainability Building Basics | 4 |
| SBS 121 | Survey of Energy Ratings | 3 |
| SBS 130 | Alternative Energy Systems | 5 |
| Total Credit Hours: | 44-45 |
AAT Degree Requirements
| Technical-Course-Requirements | 94-95 |
| AAT General Education Requirements | 18 |
| Total Credit Hours: | 111-112 |
AAT Degree General Education Requirements: See list below
AAS-T Degree Requirements
| Technical-Course-Requirements | 94-95 |
| AAS-T Degree General Education Requirements | 23 |
| Total Credit Hours: | 116-117 |
AAS-T Degree General Education Requirements: See list below
General Degree Requirements
AAT Degree General Education Requirements (18 credits)
AAS-T Degree General Education Requirements (23 credits):
All AAS-T degrees must have a minimum of 20 credits of transferable general education. These credits replace the academic courses required for the AAT degree. Required credits include:
5 credits in communication:
5 credits in quantitative reasoning:
| Any 100 level or above transferrable math course | 5 |
5 credits in social science
5 credits in social science, humanities, or science;
Choose one from the following:
3 credits in College Success: