35 courses with the subject ENST, 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.
ENST 1300Technical Calculations3
(s) An applications based course covering the basic technical calculations needed to solve problems that are typical to those encountered in industry on a daily basis. As needed. (NIT) 2 hours lecture/2 hours laboratory
(s) Intro to computers for engineering technology students to prepare students to the computer as a tool for subsequent courses in engineering technology.
Completion of all learning support mathematics coursework. F (NIT) 3
ENST 1311Computer Aided Design I3
(s) This course is designed to develop the fundamental visualization and graphic communication skills used within a technical environment through manual and computer means. F, S. (NIT) 2 hours lecture/2 hours laboratory
ENST 1311. S. (NIT) 2 hours lecture/2 hours laboratory
ENST 1320Solidworks I3
(s) This course is an introductory course in 3-dimensional parametric modeling using Solidworks. The course covers 2-dimensional sketching and the basic tools used to convert 2-dimensional sketches into 3-dimensional models.
ENST 1311. F. (NIT) 2 hours lecture/2 hours laboratory
ENST 1321Inventor I3
(s) This course is an introductory course in 3-dimensional parametric modeling using Autodesk Inventor. The course covers 2-dimensional sketching and the basic tools used to convert 2-dimensional sketches into 3-dimensional models. S. (NIT) 2 hours lecture/2 hours laboratory
(s) This course is designed to introduce students to architectural planning and design through the creation of residential working drawings using 2-dimensional software. Pre/Corequisite(s): ENST 1311. S. (NIT) 2 hours lecture/2 hours laboratory
ENST 1311. S. (NIT) 2 hours lecture/2 hours laboratory
ENST 13353D Civil Fundamentals3
(s) This course introduces the student to the Civil 3D software used by many land planning, civil engineering and surveying firms. Topics include software commands, project setup and the design process. site plans, roads and corridors, piping and drainage systems, and other plans for civil engineering projects.
(s) This course focuses on industrial safety, including personal safety and equipment, hazard recognition and safeguards. S. (NIT) 2 hours lecture/2 hours laboratory
(s) This course covers the application and maintenance of gear trains, belt and chain drives, shaft coupling and clutches, and bearing drives in an industrial setting. F. (NIT) 2 hours lecture/2 hours laboratory
(s) This course covers the process of relocating, storing, installing and placing into operation industrial machines and equipment. S. (NIT) 2 hours lecture/2 hours laboratory
(s) This course focuses on manufacturing processes and provides an overview of the production cycle from planning to shipping. F. (NIT) 2 hours lecture/2 hours laboratory
(s) The student learns the basic skills, knowledge, and abilities to successfully communicate in the technical environment. Various applications for word processing, problem solving, and graphing along with generating presentation aids for required technical presentations, are covered. As Needed. (NIT)
(s) This course is an advanced level course in 3-dimensional parametric modeling using Solidworks. The course covers advanced modeling techniques and model simulation and failure analysis.
ENST 1320. S. (NIT) 2 hours lecture/2 hours laboratory
ENST 2322Tooling Design3
(s) This course is an introduction to the fundamentals of designing fixtures and tooling used in various manufacturing processes. Pre/Corequisite(s): ENST 1320. F. (NIT) 2 hours lecture/2 hours laboratory
(s) This course is an introduction to the architectural porgramming process, which includes the development of the project scope based on a prescribed sequence of steps leading to a problem statement that will be used to direct the design process. 2 hours lecture/2 hours lab
(s) The purpose of this course is to learn how to use a 3-dimensional parametric modeling software (Revit) for the purpose of planning and developing an interior design schedule for residential and commercial construction projects.
CADD 1650 As Needed. NIT 2 hours lecture/2 hours lab
ENST 23383D Structural Fundamentals3
(s) Introductory course designed to teach the concepts and principles of creating 3D parametric models of structural buildings from engineering design through construction documentation. This course is intended to introduce students to the user interface and the basic building components of the software and to familiarize students with the tools required to create, modify, analyze, and document the parametric model. This course is designed to walk a student through the basics of a full structural project, from linking in an architectural model to construction documents.
INFS 1010. S. (NIT) 2 hours lecture/2 hours laboratory
ENST 2366Basic Operator and Maintenance Practicum I3
(s) Learning experiences as assessed under the Scientific Management Techniques, Inc. (SMT) Electrical Skills Examination, Electrical Task Series #1. This exam follows completion of the SMT Basic and Advanced Industrial Electrical Skills training modules, and the passing of this exam can be articulated as credit through Prior Learning Assessment (PLA). As Needed. (NIT)
ENST 2367Basic Operator and Maintenance Practicum II3
(s) Learning experiences as assessed under the Scientific Management Techniques, Inc. (SMT) Mechanical Skills Examination, Operator Level, Operator Task Series #1. This exam follows completion of the SMT Basic Mechanical Skills training modules, and the passing of this exam can be articulated as credit through Prior Learning Assessment (PLA). As Needed. (NIT)
ENST 2368Basic Operator and Maintenance Practicum III3
(s) Learning experiences as assessed under the Scientific Management Techniques, Inc. (SMT) Mechanical Skills Examination, Maintenance Level, Maintenance Task Series #1. This exam follows completion of the SMT Advanced Level Mechanical Skills training modules, and the passing of this exam can be articulated as credit through Prior Learning Assessment (PLA). F,S (NIT)
ENST 2369Basic Operator and Maintenance Practicum IV3
(s) Learning experiences as assessed under the Scientific Management Techniques, Inc. (SMT) Programmable Logic Control Skills Examination, PLC Task Series #1. This exam follows completion of the SMT Basic Process Control and Basic Programming Logic Control training modules, and the passing of this exam can be articulated as credit through Prior Learning Assessment (PLA). As Needed. (NIT) 3
MATH 1630 or MATH 1710 or MATH 1720. S. (NIT) 2 hours lecture/2 hours laboratory
ENST 2390Capstone3
(s) This course provides a platform for students to apply required skills and knowledge to complete a multifaceted project relative to the field of study. Pre/Corequisite(s): ENST 2370. As Needed. (NIT) 2 hours lecture/2 hours laboratory
ENST 2370. As Needed. (NIT) 2 hours lecture/2 hours laboratory
ENST 2391Internship3
(s) A supervised work program designed to provide students with a variety of practical on-the-job experiences within the industrial field (compensated or uncompensated). This will allow students to apply their knowledge to real world situations and to build relationships with companies prior to graduation. This course is to be taken during the student's final semester. Pre/Corequisite(s): ENST 2370. As Needed. (NIT) 2 hours lecture/minimum 5 hours working experience
ENST 2370. As Needed. (NIT) 2 hours lecture/minimum 5 hours working experience
ENST 2392Manufacturing Applications3
(s) A study of manufacturing improvement processes in a mechatronics system for real world applications. Topics covered will include process variation, waste reduction, continuous improvement, and basic time study methods. Students will work as a team to apply improvement methods in a real world application with a final presentation. This is an Electrical Engineering Technology and Engineering Systems Technology Capstone Course. Pre/Corequisite(s): ENST 2370. F,S. NIT. Equivalent to EETC 2390, ENST 2390. 2 Lecture/2 Lab.
(s) This course provides a platform for students to independently study special topics not otherwise included in the base curriculum. As needed. (NIT) 2 hours lecture/2 hours laboratory
