16 courses with the subject ENGR, each shown exactly as we captured it from the college's catalog, with every element we hold. Where the wording looks broken, that is our reading of the catalog, not the college's text.
ENGR 103Manufacturing Materials & Proc3
This course introduces the materials and manufacturing processes with which the designer, technician, and engineer must be familiar. The course provides an overview of manufacturing processes including casting and molding, bulk deformation, and material removal processes. The engineering properties of ferrous, non-ferrous and non-metallic materials are studied. Topics include metal structures and metallurgy; testing of engineering materials, and enhancement of material properties though heat treatment and other processes. Lab activities include the use of material testing equipment.
Recommended background: ENGR 126. This course introduces students to basic concepts and techniques related to Industrial Facilities. Focuses on methods and materials employed in the construction industry for commercial buildings. Documentation of existing (as built) and projected construction will be emphasized. Students prepare a complete set of architectural construction documents during a semester-long project. CAD and BIM (Building Information Modeling) will be used in the lab.
Develops basic drafting skills using microcomputer CAD systems. Provides students with the skills necessary to develop detail drawings, including orthographic projection and the application of standard dimensioning practices. Drawing assignments utilize the CAD system operators to draw, modify, dimension and plot two-dimensional part drawings.
and Math 099 or equivalent. Provides an overview of alternative energy sources and their ability to meet energy needs. The fundamental concepts of solar, wind, geothermal and other sustainable energy sources will be covered. The availability, economics and environmental impact of these alternative sources will be compared.
develops the procedures and methodology necessary for studying the effects that forces produce on structural and mechanical systems and effectively determining the strength of materials required to safely resist these forces. Topics include the study of friction, motion, forces and the effects of forces on the structural and mechanical systems on which they act; centroids and moment of inertia; concepts of stress and strain; torsion; the analysis of forces in pressure vessel design, bolted and welded joints, and structural beam design; and reaction of materials to temperature, unusual environments and mechanical loading. (MATH)
This course presents the basic concepts and practical applications of quality assurance in manufacturing. Studies the components of a measurement system and the use of common measurement equipment. An introduction to probability and statistics precedes the study of statistical process control. Covers quality concepts and quality systems, inspection of parts using engineering drawing specifications, as well as a variety of statistical techniques, including: control charts for variables, control charts for attributes, Pareto diagrams, and process capability studies. (MATH)
construction materials, their properties, manufacture and application to the building industry. Focuses on the proper design of various building elements- foundations, floors, walls and roofs-and the selection of suitable building materials and products.
students with systems which must be engineered and safely integrated into a building: hot water heating, HVAC, water supply, sanitary and storm drainage, lighting, electrical supply, and occupant safety systems. In the laboratory, students design and lay out a heating, cooling, water supply, sanitary drainage, storm drainage, lighting and electrical system for an industrial building.
Assumes basic knowledge of computer-aided drafting and design concepts and proficiency in using system menus to create 2- and 3-dimensional drawings. Covers 3D solid modeling sketching, profiling, constraining, dimensioning, viewing, editing, revolving, sweeping, lofting, and other advanced techniques, solid assembly modeling with advanced drawing creation, and annotation techniques. Industry standard applications of dimensions and tolerances are emphasized. Techniques and assembly drawings are the main focus.
Recommended Background ENGR 228. This course instructs students in the design principles and industry standards required for fluid systems. Course topics include pipe, fitting and valve specification; process equipment; pipe support and instrumentation; the fundamental principles of fluid mechanics; and hydraulic and pneumatic system equipment, principles
instructs students in the basic fundamentals of heat transfer, thermodynamics and their applications in heating and cooling. Course topics include: temperature, heat, phase changes, laws of thermodynamics, heat engines, air cooling systems, heat pumps, furnaces and ventilation.
Devoted to a specific topic or area of study in Mechanical or Electrical Engineering Technology. Provides an opportunity for in depth study in an area not covered in other engineering technology courses.
