To meet the training needs of persons interested in becoming an Electrician LATTC offers an Electrical Construction and Maintenance Associate of Science degree, an Electrical Construction and Maintenance Construction Technologies Associate of Arts degree, as well as Certificates of Achievement.

The Associate in Science degree is designed for individuals seeking entry-level positions in the field. Students enrolling in this program should be able to commit to full-time student status, which is approximately 24 hours per week in the classrooms and laboratories, plus at least 12 hours of homework every week. This time commitment is necessary to allow for hands-on training in the laboratory applications used during the course of instruction.

The Associate in Arts degree is an evenings only course of study designed for individuals, currently working in the electrical field, who want to improve or expand their skills. Due to the limitations of the student’s available evening hours, much of the hands-on laboratory component is assumed to be provided at the student’s place of employment. Depending on availability, the Associate in Arts degree may require more time to complete. See the Department Chair for details prior to enrolling.

By fulfilling the program requirements, students will have the necessary knowledge and skills for a career in Residential, Commercial, and Industrial Construction and Maintenance of Electrical Systems. Electrical theory, electrical controls, conduit installation, blueprints, low voltage systems, maintenance practices, equipment installation, etc. are just some of the skills that will be mastered during this program.

Program Learning Outcomes (PLOs)

Upon completion of the Degree/Certificate programs, students are able to:

- Use electrical trade hand and power tools in accordance with industry and safety standards.

- Analyze and solve mathematical problems related to the electrical trade.

- Locate and interpret technical information from the National Electrical Code.

To meet the training needs of persons interested in becoming a Carpenter, LATTC offers a Carpentry Associate in Science degree and a Carpentry Construction Technologies Associate in Arts degree as well as Certificates of Achievement.

The Associate in Science degree is designed for individuals seeking entry-level positions in the field. Students enrolling in this program should be able to commit to full-time student status, which is approximately 24 hours per week. This time commitment is necessary to allow for hands-on training with the laboratory applications used during the course of instruction.

The Associate in Arts degree is an evening-only course of study designed for individuals currently in the field who want to improve their skills or learn new ones. Due to limitations on available evening hours, the utilization of hands-on laboratory application is assumed to be provided at the students’ place of employment.

By fulfilling the program requirements, students will have the necessary knowledge and skills for a career as a Carpenter in the Construction or Maintenance arena. The construction, installation, and repair of structures and fixtures made from wood and other materials, working from blueprints, layout, measuring, marking, and arranging materials in accordance with local building codes, cutting and shaping wood, plastic, fiberglass, or drywall using hand and power tools, joining materials with nails, screws, staples, or adhesives are just some of the skills that will be mastered during this program.

Program Learning Outcomes (PLOs) ​

Upon completion of the Degree/Certificate program, students are able to:

- Use drawings and other related documents and graphics to communicate information effectively.

- Use hand and power tools, testing equipment, and P.P.E required for performing work in the building construction industry in accordance with industry standards.

To meet the training needs of persons interested in becoming a Carpenter, LATTC offers a Carpentry Associate in Science degree and a Carpentry Construction Technologies Associate in Arts degree as well as Certificates of Achievement.

The Associate in Science degree is designed for individuals seeking entry-level positions in the field. Students enrolling in this program should be able to commit to full-time student status, which is approximately 24 hours per week. This time commitment is necessary to allow for hands-on training with the laboratory applications used during the course of instruction.

The Associate in Arts degree is an evening-only course of study designed for individuals currently in the field who want to improve their skills or learn new ones. Due to limitations on available evening hours, the utilization of hands-on laboratory application is assumed to be provided at the students’ place of employment.

By fulfilling the program requirements, students will have the necessary knowledge and skills for a career as a Carpenter in the Construction or Maintenance arena. The construction, installation, and repair of structures and fixtures made from wood and other materials, working from blueprints, layout, measuring, marking, and arranging materials in accordance with local building codes, cutting and shaping wood, plastic, fiberglass, or drywall using hand and power tools, joining materials with nails, screws, staples, or adhesives are just some of the skills that will be mastered during this program.

Program Learning Outcomes (PLOs)

​Upon completion of the Degree/Certificate program, students are able to:

- Use drawings and other related documents and graphics to communicate information effectively.

- Use hand and power tools, testing equipment, and P.P.E required for performing work in the building construction industry in accordance with industry standards.

In keeping with the LATTC and Construction, Design, and manufacturing mission, we offer transfer courses and provide assistance with job placement in various venues, including architectural, urban planning, and engineering offices; construction management firms; the construction manufacturing industry; and government agencies. We meet Leadership in Energy and Environmental Design (LEED) standards and use sustainable design strategies and current computer tools (including Global Positioning System—GPS, CFM, Computer-aided design—CAD, Geographic Information System—GIS, Building Information Modeling—BIM, 3-D modeling and others) to record, organize, design and maintain the life cycle of the built environment.

Our courses are integrated and comprehensive, covering four clusters of study: 1) design/space-planning/programming; 2) construction documents/BIM; 3) building systems/materials/historical context; and 4) sustainable tools, such as BIM, GPS, CAD, GIS, 3-D modeling, and simulation. Every class includes training in organizational skills, time management, teamwork, communication, and digital file management, and the equipment used in the classroom is the same found in professional offices.

In the architectural design program, students learn additional skills, such as prototyping, visualization, conceptualization, 3-D composition, lighting, proportion, sketching, and modeling.

This critical foundational knowledge can be applied to the fields of industrial design, toy design, furniture design, interior design, landscape architecture, set design, and virtual reality spaces.

By fulfilling the program requirements, students will have the skills needed to enter the field as Architectural Technician who is both problem solver and an integral part of the design process. Students will master the skills necessary to work in the construction, drafting, estimating, building inspection, civil, electrical, mechanical, and structural engineering, construction computer rendering, and computer-aided drawing arenas. General education classes provide a well-rounded education, imparting the knowledge and skills needed to successfully participate in all aspects of society.

Program Learning Outcomes (PLOs)

​Upon completion of the Degree/Certificate program, students are able to:

- Use modern industry tools, software, methods, and techniques required for creating architectural design documents, templates, presentations, and projects.

- Produce construction documents and architectural drawings for a variety of building projects in accordance with industry standards, practices, and principles.

- Design architectural and building solutions for engineering problems utilizing architectural design concepts and techniques, math, and geometrical composition to address human needs and use.

​For many of us, it is obvious how the US transportation system affects our daily lives as we move from one place to another and rely on the system to transport items we purchase and use on a daily basis—particularly through rail transportation. In the Los Angeles region, rail transportation supports the largest container port complex in the U.S., the 9th largest in the world, and the 3rd largest transit agency in the U.S. where nearly 1/5th of transit trips in the region is by commuter, light, or heavy rail. A career in rail transportation, as a rail mechanic, provides an opportunity to work within large rail companies and transportation agencies providing competitive wages, health and retirement benefits, and opportunities for career advancement.

Employment at these companies/agencies often requires starting within entry positions and advancing through promotional opportunities. Because nearly half of the workforce will be eligible to retire within the next 10 years, employment outlook and career advance opportunities are promising. Program completers will also have the requisite competencies to be employed as Installation, Maintenance, and Repair Worker Helpers and Machinery Maintenance Workers which also provide many employment opportunities.

Program Learning Outcomes (PLOs) ​

Upon completion of the Degree/Certificate program, students are able to:

- Identify and explain the operation of rail vehicles and systems along with related subsystems and related industry standards.

- Diagnose and repair rail vehicles and systems using various manufacturer diagnostic software, tools, and shop equipment in accordance with industry standards.

The Certificate of Achievement in Motorcycle Repair is designed for both new students as well as industry professionals who want to upgrade their skills and show validation of technology training.

Courses leading to the Certificate are offered in the evenings and on weekends. Upon completion of the program, students will have the skills necessary to maintain, repair, and diagnose electrical and fuel induction systems, and will be proficient in tune-up overhaul procedures and basic shop practices.

Program Learning Outcomes (PLOs)

Upon completion of the Degree/Certificate program, students are able to:

- Diagnose and repair issues related to various models of motorcycles.

- Maintain, repair, and diagnose electrical and fuel induction systems.

- Demonstrate proficiency in tune-up overhaul procedures. - Exemplify basic shop practices.

Students can acquire the basic skills and knowledge to earn the Microcomputer Technician Associate in Science Degree / Certificate of Achievement, in the Electronics Department. This program will not only prepare students for an award, but will also prepare them for the A+ Certification exam, and help them prepare for the Cisco Certified Networking Associate (CCNA).

By fulfilling the program requirements, students are able to format a computer, install the operating system, and install all the necessary drivers. Students will be able to successfully configure and create a network system consisting of a number of computers all for employment in a field related to microcomputer technology.

Program Learning Outcomes (PLOs) ​

Upon completion of the Degree/Certificate program, students are able to:

- Install, configure, and add auxiliary equipment for a microcomputer.

- Load software and suggest programs to answer the needs of individuals and companies.

- Format a computer, install the operating system and install all the necessary drivers. - Configure and create a network system consisting of a number of computers.

LATTC offers an Associate in Science degree in Machine Shop CNC as well as a Certificate of Achievement.

The Associate in Science degree and Certificate of Achievement is designed for individuals seeking entry-level positions in the field. Students enrolling in this program should be able to commit to full-time student status, which is approximately 21 hours per week. This time commitment is necessary to allow for hands-on training in the lab applications used during the course of instruction.

By fulfilling the program requirements, students will have the necessary knowledge and skills for a career in the Machining Industry. Students will properly use related terminology, safely set up and operate numerous conventional and computer numerically controlled (CNC) machine tools, use computers to program various CNC machines directly or with Computer-Assisted Machinery (CAM), and interpret most related parts and assembly drawings. The general education component classes will give the student a well-rounded education and provide knowledge and skills to assist in successful participation in all aspects of society.

Program Learning Outcomes (PLOs)

​Upon completion of the Degree/Certificate program, students are able to:

- Use hand and power tools to perform work within the machining technology industry.

- Demonstrate sustainable industry principles and practices.

- Perform calculations and measurements required for work in the machining technology industry.

- Work independently and interdependently to accomplish shared professional outcomes safely.

The courses listed in this certificate compile a comprehensive list of job-related skills needed to acquire hybrid and electric plug-in vehicle maintenance and repair technical skills. They cover basic, intermediate, and advanced level training for these vehicles including the different configurations used in the automotive, transit, and trucking industries. These skills will prepare an individual for entry-level employment or career advancement in the maintenance and repair of hybrid vehicles in all sectors of the transportation industry.

Program Learning Outcomes (PLOs) ​

Upon completion of the Degree/Certificate program, students are able to:

- Identify alternative fuel and hybrid vehicles and explain their operation and related safety repair procedures.

- Safely remove and replace various hybrid and plug-in electric vehicle components using specialty tools and equipment according to manufacturer and industry safety guidelines.

If you live in the United States, almost every single thing you eat, wear, or use has been transported by diesel-powered vehicles and alternative/green power plants.

New EPA/CARB regulations have impacted the fuel technology and energy source/design used. Trucks, trains, buses, and many other medium and heavy-duty vehicles have evolved to match today’s more stringent clean air emission standards. Graduates of the Diesel Technology program are well paid and have a diverse choice of areas in which to specialize. In recent years, the demand from local employers has exceeded our supply of qualified graduates as the program continues to grow.

After successful completion of the program requirements, students will become proficient in all aspects of diesel engine fundamentals, electrical components, fuel systems, overhaul procedures, air brake system and the construction and operation of diesel engines.

Contract and Continued Training

In addition to our regular curriculum, we offer contract education and continued training for journey-level technicians who wish to update their skills in the latest technology available. These additional classes include Periodic Smoke Inspection Certification, Southern California Regional Transit Training Consortium classes, and Eaton Transmission Factory Certified Training.

Program Learning Outcomes (PLOs)

Upon completion of the Degree/Certificate program, students are able to:

- Identify and explain the operation of diesel vehicle systems ( such as engine, transmissions, brakes, electrical, and suspension ) along with their related subsystems.

- Utilize the various manufacturer diagnostic software to accurately diagnose and repair diesel powered vehicles.

- Demonstrate proficiency in utilizing specialized tools and shop equipment in the repair of diesel vehicles while adhering to all applicable industry safety standards.