Diesel Technology DIES

10 courses · Shasta College · 2026-2027 Catalog

Classes: Fall 2026

DIES-48 Hydraulics

Units
3.5
Hours
36 lecture/81 lab total (when offered in the distance education format, hours will total 189)
Transfers to
CSU

Grading: Pass/No Pass Option

This course is a study of the theory, application, and component parts of a hydraulic system. This course will emphasize fundamentals in dismantling, inspection, and troubleshooting hydraulic components and complete systems. Closed-loop application, inspection, and troubleshooting will be studied. This course is required for all Diesel Technology, Welding Technology, and Equipment Operations and Maintenance majors. This course may be offered in a distance education format.

Offered: Fall 2026 (1 section)

DIES-49 Advanced Hydraulics

Units
3
Hours
27 lecture/81 lab total (when offered in the distance education format, hours will total 162)
Prerequisite
DIES 48 with a grade of C or higher
Formerly
AGRI 49
Transfers to
CSU

Grading: Pass/No Pass Option

This course will emphasize the application of cylinders and motor used to control fluid power systems. Hydraulic-pneumatic circuitry, maintenance, repair, and closed loop drives will be covered. Recommended for Equipment Operations and Maintenance, production, agriculture, and diesel majors. This course may be offered in a distance education format.

Not on the Fall 2026 schedule.

DIES-94 Diesel Technology Work Experience Education

Units
1-14
Hours
54-756 Work Experience Education hours
Transfers to
CSU

Limitation on Enrollment: FINANCIAL AID STUDENTS: Students must maintain concurrent enrollment in seven (7) units which include work experience education units. Students not receiving financial aid do not need to enroll in other courses in order to participate in Work Experience Education.

Repetition: up to 14 units/semester

The Diesel Technology Work Experience Education course allows the student to gain on-the-job experience through employment/volunteerism at an approved diesel technology job site that is acquired by the student and related to the student’s major. A faculty member supervises all WEE courses to ensure that the work experience is of educational value. The course stresses good work habits and meeting of competencies through actual on-the-job performance. A student may repeat this course since course content varies and skills are enhanced by supervised repetition and practice. A maximum of 14 units may be earned in a single semester.

Offered: Fall 2026 (2 sections)

DIES-160 Diesel Engine Electronic Control

Units
4
Hours
45 lecture/81 lab total (when offered in the distance education format, hours will total 216)

This course covers electronic diesel engine control systems as related to testing, calibrating, and diagnostic procedures. Industry software-generated computer programs are utilized. This course may be offered in a distance education format.

Offered: Fall 2026 (1 section)

DIES-161 Diesel Technology Field Training

Units
2
Hours
18 lecture/54 lab total (when offered in the distance education format, hours will total 108)

This course is designed to prepare the student for a career in the diesel technology field. Classroom instruction will include work-site expectations, interview techniques, and assessment of work performance. The student will be placed with local industry at various diesel repair facilities to expose them to actual industry standards. This course may be offered in a distance education format.

Not on the Fall 2026 schedule.

DIES-162 Heavy Duty Drive Train

Units
4
Hours
54 lecture/54 lab total (when offered in the distance education format, hours will total 216)

This course covers shop practices in service, repair, adjustment, and preventive maintenance of heavy duty drive trains. This course may be offered in a distance education format.

Offered: Fall 2026 (1 section)

DIES-164 Beginning Diesel Engines

Units
4
Hours
54 lecture/54 lab total (when offered in the distance education format, hours will total 216)

Diesel fuel systems, composition of fuels, combustion chamber design, manifolds, fuel and air filters, fuel transfer pumps, fuel-injection pumps and injectors are taught in this class. Mechanical and electronic fuel controls will be analyzed. You will learn testing, calibrating and diagnostic procedures, using modern test equipment. Performance analysis of diesel engines as related to the California Air Resources Board Heavy Duty Vehicle Smoke and Tampering Inspection Program as mandated by Senate Bill 1997 of 1988 will be covered. This course may be offered in a distance education format.

Offered: Fall 2026 (1 section)

DIES-166 Diesel Engines

Units
6
Hours
54 lecture/162 lab total (when offered in the distance education format, hours will total 324)
Prerequisite
DIES 164 with a grade of C or higher

This course is an in-depth study of various diesel engines, theory of design, operation and application. This lab will provide training in the disassembly and inspection of diesel engines, practical assembly procedures and technical analysis of engine services. This course may be offered in a distance education format.

Not on the Fall 2026 schedule.

DIES-169 Advanced Electronics and Emissions Management

Units
3
Hours
18 lecture/108 lab total (when offered in the distance education format, hours will total 162)
Prerequisite
DIES 160, DIES 164, and DIES 166 with a grade of C or higher

This is an advanced course that covers the computerized diesel engine management systems and emissions packages found on current medium and heavy duty trucks. Students will gain real world experience by testing, analyzing, and repairing these systems. This course may be offered in a distance education format.

Offered: Fall 2026 (1 section)

DIES-170 Heavy Duty Braking Systems

Units
4
Hours
54 lecture/54 lab total (when offered in the distance education format, hours will total 216)

This course will cover the basic design and repair of foundation brakes and air systems pertaining to heavy duty vehicles. This course may be offered in a distance education format.

Not on the Fall 2026 schedule.

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