{ "college": "shasta-college", "edition": "2026-2027", "code": "ENGR", "name": "Engineering", "sourceUrl": "https://scmainweb.s3.us-west-1.amazonaws.com/files/resources/catalog-2026-2027-compressed.pdf#page=153", "courses": [ { "code": "ENGR-1A", "subject": "ENGR", "number": "1A", "title": "Measurements and Plane Surveying", "units": "3", "hours": "36 lecture/54 lab total (when offered in the distance education format, hours will total 108 for the lecture portion of the class and an additional 54 hours of lab, totaling 162 hours for this course)", "prerequisite": "MATH 10, MATH 2, or MATH 2B with a grade of C or higher, or Math Placement Level 5 or higher", "cid": [], "transfer": [ "CSU", "UC" ], "description": "This course covers surveying fundamentals including the use and care of surveying instruments such as engineers’ level, digital theodolite-total station. Applications include survey procedures, vertical and horizontal measurements, traverses, layout, and survey calculations. Additional topics include legal descriptions, public land surveying, advanced equipment, and GPS. The lecture portion of this course may be offered in a distance education format.", "notes": [], "offered": [] }, { "code": "ENGR-1B", "subject": "ENGR", "number": "1B", "title": "Plane Surveying", "units": "3", "hours": "36 lecture/54 lab total (when offered in the distance education format, hours will total 162)", "prerequisite": "MATH 2 or MATH 2B with a grade of C or higher, or Math Placement Level 5 or higher, and ENGR 1A with a grade of C or higher", "cid": [], "transfer": [ "CSU", "UC" ], "description": "This course includes an application of plane surveying principles to control surveys, field astronomy, route and construction surveys, and property surveys. The course covers an introduction to advanced survey equipment and related systems.", "notes": [], "offered": [] }, { "code": "ENGR-2", "subject": "ENGR", "number": "2", "title": "Introduction to Engineering", "units": "2", "hours": "36 lecture total (when offered in the distance education format, hours will total 108)", "cid": [ "ENGR 110" ], "transfer": [ "CSU", "UC" ], "description": "The course explores the branches of engineering, the functions of an engineer, and the industries in which engineers work. It explains the engineering education pathways and explores effective strategies for students to reach their full academic potential. An introduction to the methods and tools of engineering problem solving and design including the interface of the engineer with society and engineering ethics are examined. Communication skills pertinent to the engineering profession are emphasized. This course may be offered in a distance education format.", "notes": [ "Grading: Pass/No Pass Option" ], "offered": [ { "term": "fall-2026", "name": "Fall 2026", "sections": 1, "open": 1, "url": "/c/shasta-college/schedule/fall-2026/engr/#engr-2", "subject": "ENGR" } ] }, { "code": "ENGR-17", "subject": "ENGR", "number": "17", "title": "Circuits and Devices", "units": "4", "hours": "54 lecture/54 lab total (when offered in the distance education format, hours will total 162 for the lecture portion of the class and an additional 54 hours of lab, totaling 216 hours for this course)", "prerequisite": "MATH 4A and PHYS 4B with a grade of C or higher", "corequisite": "MATH 4B, or previous completion of MATH 4B with a grade of C or higher", "cid": [], "transfer": [ "CSU", "UC" ], "description": "This course covers Nodal and Mesh circuit analysis techniques, first and second-order steady state and transient analysis using the methods of differential calculus, phasors, resonance, RLC circuits, the j operator, operational amplifiers, duality, basic digital circuits, and Karnough Mapping. A portion of this course may be offered in a distance education format.", "notes": [], "offered": [] }, { "code": "ENGR-22", "subject": "ENGR", "number": "22", "title": "Engineering Graphics", "units": "2", "hours": "18 lecture/54 lab total (when offered in the distance education format, hours will total 108)", "prerequisite": "English Placement Level 4 or higher", "cid": [], "transfer": [ "CSU", "UC" ], "description": "This course teaches the theory of orthographic projections and its use in delineating three-dimensional objects. The course begins with the basics. Topics include lettering, types of lines, geometric constructions, basic dimensioning practices, auxiliary views and a brief introduction to Computer-Aided Drafting (CAD). This course may be offered in a distance education format.", "notes": [], "offered": [ { "term": "fall-2026", "name": "Fall 2026", "sections": 1, "open": 1, "url": "/c/shasta-college/schedule/fall-2026/engr/#engr-22", "subject": "ENGR" } ] }, { "code": "ENGR-24", "subject": "ENGR", "number": "24", "title": "Descriptive Geometry", "units": "2", "hours": "18 lecture/54 lab total", "prerequisite": "ENGR 22 with a grade of C or higher", "cid": [], "transfer": [ "CSU", "UC" ], "description": "This course is a continuation of study of the theory of engineering graphics and its use in solving three-dimensional problems through the application of principals of multi-view projections. Descriptive Geometry topics include the use of auxiliary views in finding true length, bearing and slope of lines, the true shape and edge view of surfaces, dihedral angles, shortest connectors, and the intersection between planes. Additionally, the method of revolutions is also explored in solving similar problems.", "notes": [], "offered": [] }, { "code": "ENGR-29", "subject": "ENGR", "number": "29", "title": "Computer-Aided Drafting (CAD)", "units": "2", "hours": "18 lecture/54 lab total (when offered in the distance education format, hours will total 108)", "corequisite": "ENGR 22, or previous completion of ENGR 22 with a grade of C or higher", "cid": [], "transfer": [ "CSU", "UC" ], "description": "This course utilizes basic AutoCAD as a tool for efficient drafting and design development. This course helps prepare students for the growing number of jobs that require CAD, both for its greater efficiency and for its computer database drawings. The emphasis is on graphics with engineering applications. This course may be offered in a distance education format..", "notes": [ "Grading: Pass/No Pass Option", "Note: Students taking the Internet format of this course must have access to and working knowledge of the Internet and Windows, plus access to the most recent version of the basic AutoCAD software." ], "offered": [ { "term": "fall-2026", "name": "Fall 2026", "sections": 1, "open": 1, "url": "/c/shasta-college/schedule/fall-2026/engr/#engr-29", "subject": "ENGR" } ] }, { "code": "ENGR-33", "subject": "ENGR", "number": "33", "title": "Solid Modeling Computer-Aided Drafting", "units": "2", "hours": "18 lecture/54 lab total (when offered in the distance education format, hours will total 108)", "prerequisite": "ENGR 29 with a grade of C or higher", "formerly": "ENGR 30C", "cid": [], "transfer": [ "CSU" ], "description": "This is an advanced computer-aided drafting course using Solid Works, Mechanical Desktop, and/or Inventor software to prepare students for drafting positions with high potential to advance to designer, etc. This course will focus on how to create 3D models, and how to assemble and constrain assembly models. Students will use advanced drafting skills to solve design problems and to present solutions for production or engineering processes, and to visually communicate their solution. This course may be offered in a distance education format.", "notes": [], "offered": [] }, { "code": "ENGR-35", "subject": "ENGR", "number": "35", "title": "Statics", "units": "3", "hours": "54 lecture total", "prerequisite": "PHYS 4A with a grade of C or higher", "corequisite": "MATH 4A, or previous completion of MATH 4A with a grade of C or higher", "advisory": "Essay-writing skills and eligibility to enroll in a transfer-level English Composition course, or English Placement Level 6 or higher. Previous drafting experience is helpful.", "cid": [ "ENGR 130" ], "transfer": [ "CSU", "UC" ], "description": "This course is a first course in engineering mechanics: properties of forces, moments, couples and resultants; two- and three-dimensional force systems acting on engineering structures in equilibrium; analysis of trusses and beams; distributed forces, shear and bending moment diagrams, center of gravity, centroids, friction, and area moments of inertia; fluids and cables. Optional additional topics include buoyancy, Mohr's circle, and virtual work.", "notes": [], "offered": [ { "term": "fall-2026", "name": "Fall 2026", "sections": 1, "open": 1, "url": "/c/shasta-college/schedule/fall-2026/engr/#engr-35", "subject": "ENGR" } ] }, { "code": "ENGR-40", "subject": "ENGR", "number": "40", "title": "Strength of Materials", "units": "3", "hours": "54 lecture total (when offered in the distance education format, hours will total 162)", "prerequisite": "ENGR 35 with a grade of C or higher", "cid": [ "ENGR 240" ], "transfer": [ "CSU", "UC" ], "description": "This course is a study of stresses, strains, and deformations associated with axial, torsional, and flexural loading of bars, shafts, and beams, as well as pressure loading of thin-walled pressure vessels. The course also covers stress and strain transformation, Mohr's Circle, ductile and brittle failure theories, and the buckling of columns. Statically indeterminate systems are also studied. This course may be offered in a distance education format.", "notes": [], "offered": [] }, { "code": "ENGR-45", "subject": "ENGR", "number": "45", "title": "Properties of Materials", "units": "4", "hours": "54 lecture/54 lab total (when offered in the distance education format, hours will total 216)", "prerequisite": "CHEM 1A and PHYS 4A with a grade of C or higher", "cid": [], "transfer": [ "CSU", "UC" ], "description": "This course presents the internal structures and resulting behaviors of materials used in engineering applications, including metals, ceramics, polymers, composites, and semiconductors. The emphasis is upon developing the ability both to select appropriate materials to meet engineering design criteria and to understand the effects of heat, stress, imperfections, and performance. Laboratories provide direct observations of the structures and behaviors discussed in the course, experience with the operation of testing equipment, and the preparation of experimental reports. This course may be offered in a distance education format.", "notes": [], "offered": [ { "term": "fall-2026", "name": "Fall 2026", "sections": 1, "open": 1, "url": "/c/shasta-college/schedule/fall-2026/engr/#engr-45", "subject": "ENGR" } ] }, { "code": "ENGR-94", "subject": "ENGR", "number": "94", "title": "Engineering Work Experience Education", "units": "1-14", "hours": "54-756 Work Experience Education hours", "cid": [], "transfer": [ "CSU" ], "description": "The Engineering Work Experience Education course allows the student to gain on-the-job experience through employment/volunteerism at an approved engineering 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.", "notes": [ "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" ], "offered": [] } ] }