29 courses with the subject MFG, 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.
MFG 101Certified Production Technician (CPT) 3 cr.
SUNY Ulster has partnered with local manufacturers to offer this course to prepare job seekers and employees with the skills needed to work in a manufacturing environment. The Certified Production Technician (CPT) program recognizes, through certification, individuals who demonstrate mastery of the core competencies of manufacturing production: Safety, Quality Practices & Measurement; Manufacturing Processes & Production, and Maintenance Awareness. This course will raise the level of performance of production workers, assisting individuals in finding higher-wage jobs and helping employers ensure their workforce increases the company’s productivity and competitiveness. 3 hours lecture.
This electricity fundamentals course is geared towards those looking to understand electricity as it relates to a manufacturing or construction career. Topics covered will include basic electrical principles, Ohm’s Law, Watt’s Law, power, energy, series & parallel circuits, ampacity, wire sizing, magnetism, alternating current, capacitors, inductors, 3-phase power, motors, troubleshooting, and electrical safety. This course includes a lab component. 1.75 hours lecture. 1.75 hours lab.
MFG 105Computer Numerical Control (CNC) Operator I 3 cr.
This course introduces core theory and practice for the operation of CNC mill and lathe machines. Hands-on activities will provide opportunities for application of knowledge gained from theory lecture, discussion and homework. Topics covered include safe operation of CNC machines, writing and loading a basic program into a CNC machine, running a CNC machine to cut a basic shape and the use of precision measuring instruments. 3 hours lecture.
This hybrid course covers the fundamentals needed to qualify for an entry level CNC programmer position. Students will use an online CNC Learning System to be introduced to the fundamentals of the programming of CNC machines. Once per week, students will meet with an instructor for a hands-on lab to reinforce what was learned online. 3 hours lecture.
Computer Aided Manufacturing (CAM) is designed to instruct students in the creation and modification of two and three dimensional wire frame models as well as the creation, verification and editing of 2-1/2 axis toolpaths. Students will complete design courses on mill and lathe machines under the guidance of a Certified Mastercam Instructor. This course prepares students to test for the Mastercam Associate Level Certification; a rigorous set of practical tests that recognizes a programmer’s knowledge and ability to work effectively with CAM software. It is the first benchmark and an integral step toward a Mastercam Professional Certification. 3 hours lecture.
This course introduces manufacturing students to robotics through a series of hands-on projects. The first half of the course involves sensors and actuators. The second half covers six-axis robots including gaining experience with at least one brand of robot currently in industrial use. Students will learn about forward and reverse kinematics and be introduced to concepts of torque and rotational speed. Robot input and output will also be covered. While students will learn some specific skills regarding how to operate and program the robots, the emphasis of the course will be on using robotics to solve problems.
This course teaches students to interpret the symbols and measurements that appear on technical drawings, necessary for machine operators, supervisors, inspectors, and other manufacturing personnel. Hands-on exercises, sketching, and group projects will be included in lessons. Topics covered: line types, basic symbols, basic multi-views, dimensions, tolerances, auxiliary views, assembly drawings, threads and fasteners, ANSI symbols, finishes, and sectional views. This course also covers basic measurement and math concepts required in a manufacturing environment. The application of fractions, decimals, metric and standard units, and algebra will be the initial focus, using industry-specific examples to develop students’ mechanical problem solving skills. Basic geometry and trigonometry for calculating unknown dimensions, angles, areas, weights, and volumes will be covered. The course will incorporate work readiness and teamwork skill training. 3 hours lecture.
This course is designed to prepare students to take the Autodesk ACU exam. Students are introduced to the AutoCAD drawing platform using the flowing drafting methods: Geometric Construction, Orthographic Projection, Sectioning and Isometric Views. Special emphasis is placed on dimensioning, white space layout, GUI customization, scaling, and line weight. After successful completion of this course students will be proficient with the AutoCAD software and have an understanding of the fundamentals of drafting. 3 hours lecture.
This class is an introduction to Solid Modeling using the Autodesk Inventor Professional software. Topics emphasized include: design intent solid modeling, white space layout design, dimensioning, GD&T, GUI customization, sheet metal design and welding assembly. Students will create parts, assemblies, presentations and drawings throughout the term. 3 hours lecture.
MFG 120Introduction to Photovoltaics(PV)Systems 3 cr.
Learn the basics of how to site, design, and install photovoltaic (PV) systems. This course includes sizing systems for both grid connected and off grid PV systems. Learn about the solar resource, the problems associated with shading and the best orientation and tilt for PV arrays. The course will cover the basic sizing and design of systems to serve a given electrical load, and safety procedures for installers. Students will study the electrical code for PV systems in detail, and the various mounting systems for PV arrays and how they affect roofs. Course includes a hands-on installation of a PV system. 3 hours lecture. 40 hours lecture, 10 hours lab.
This course teaches professional sewing techniques employed in the fashion business. Learn to sew and produce garments that are properly finished to industry standards. This course includes pattern layout, cutting, construction, and finishing of garments. Attendees will draft and utilize commercial patterns on a variety of projects utilizing industrial machinery and hand sewing. Fabric materials, core characteristics, and handling are also introduced in this course. 3 hours lecture.
This course focuses on the development of basic body slopers for the bodice, sleeve, and skirt by hand and with computer software. Attendees will learn the importance of fit and balance in creating production patterns. Class time will comprise of learning the technical fundamentals of garment design from technical sketches. Sloper manipulation is also introduced to further develop a variety of different silhouettes. 3 hours lecture.
This course introduces students to fitting tops, dresses, skirts, pants, and basic jackets on live, professional industry models. Proportions and balance are analyzed, adjustments, and corrections are made on the production pattern. Attendees will develop the ability to communicate clearly with contractors and factories for better measurements and written specifications on first run patterns, sample making, and mass productions. 3 hours lecture.
This course allows students to apply professional sewing techniques employed in the fashion business. Students will apply skills learned in Commercial Sewing I to more advanced projects.. Sew and produce garments that are properly finished to industry standards, including pattern layout, cutting, construction, and finishing of garments. Attendees will utilize patterns on a variety of projects utilizing industrial machinery. Fabric materials, core characteristics, and handling are also applied to more complex projects in this course.
MFG 130 or FAS 103 or DCB 3130 Semester(s) Offered: Spring
MFG 140CNC Fundamentals 3 cr.
This course introduces core theory and practice for the operation of CNC machines. Hands-on activities will provide opportunities for application of knowledge gained from theory lecture, discussion and homework. Topics covered include safe operation of CNC machines, writing and loading a basic program into a CNC machine, running a CNC machine to cut a basic shape and the use of precision measuring instruments. 3 hours lecture.
This course will enable CNC students to apply the fundamental principles and applications of setup and operation to a CNC Lathe and CNC Mill. The course will cover the creating and editing of advanced multi-axis CNC programs, setup, and create work-holding fixtures. Students will perform typical inspection processes and be able to produce a production run of parts to the given print tolerance. 3 hours lecture.
Many design and manufacturing companies are following Geometric Dimensioning and Tolerancing (GD&T) for their production purposes, to save costs and ensure quality of products. This course will enable students to understand the GD&T system of defining and communicating explicit geometries and allowable variation (tolerances) through symbolic language on blueprints and other engineering drawings. This course is based upon ASME Y14.5-2009. This course is designed for students who already have knowledge of engineering drawings. 3 hours lecture.
MFG 109 Fundamental Concepts of Metrology Semester(s) Offered: Spring
MFG 210Materials and Manufacturing Processes 3 cr.
This course offers an exploration into a variety of industrial materials coupled with various methods of manufacturing. The class discusses such topics as material selection, parts assemblies, case studies, and product fabrication. Utilizing field trips, a material testing laboratory, and a review of related professional sources, the class explores methods of material selection. 3 hours lecture.
MFG 101 or by permission of instructor Semester(s) Offered: Fall
MFG 211Fluid Mechanics for Technicians 3 cr.
An introduction to fluid power - both pneumatic and hydraulic systems. This course explores the benefits of fluid power, the fundamental principles required to analyze fluid power circuits, and the common pneumatic and hydraulic components, circuits, and systems used in manufacturing environments such as pumps, compressors, valves, cylinders, and motors. Students will learn to interpret schematics to troubleshoot and maintain fluid power systems, practicing their skills using lab equipment. 1.75 hours lecture. 1.75 hours lab.
MAT 110 , MAT 115 or by permission of instructor Semester(s) Offered: Spring
MFG 212Industrial Motors & Controls 3 cr.
Industrial Motors and Controls includes the study of electrical motor theory and the principles of basic control systems as applied to the industrial trades. Instruction includes the installation and maintenance of motors and overcurrent protection, interpretation of wiring diagrams, types of automatic control devices, and troubleshooting of control circuitry. 1.75 hours lecture. 1.75 hours lab.
MFG 102 Fundamentals of Electricity or by permission of instructor Semester(s) Offered: Spring
MFG 215Programmable Logic Controllers (PLC) 3 cr.
This course will provide the fundamentals of a programmable logic controller (PLC). Hands-on instruction and industrial-type applications of PLCs requiring relay ladder logic control and a study of automated manufacturing and the functions of PLCs in an industrial environment will be provided. Topics include components of a PLC, memory organization, discrete I/O, numbering systems, logic gates, Boolean algebra, relay ladder logic, timers, counters, word level logic, and troubleshooting. 3 hours lecture.
MFG 102 Fundamentals Of Electricity ( MAT 115 Suggested) Semester(s) Offered: Spring
MFG 230Grading, Markers, Laser Cutting, and Specs 3 cr.
This course will cover pattern grading and marker making by hand and computer software. Grading concepts and theories will be introduced in this course. How to apply grade measurements proportionally to all pieces in a pattern set will be demonstrated. Attendees will create multiple sizes from a sample pattern and develop marker layouts for mass production cutting. Attendees will also learn how to operate an industrial laser cutter. 3 hours lecture.
Any 2 of the following: MFG 130 / FAS 103 , MFG 131 / FAS 131 , MFG 132 / FAS 132 ; or instructor approval Semester(s) Offered: Fall, Spring
MFG 231Introduction to Tech Packs 3 cr.
This course demonstrates how to make sample tech packs that effectively communicate with sample makers and factories to assure accuracy in the sample-making process. Attendees will create custom branded templates and learn how to efficiently convey all the information needed to make a sample garment with tech packs. Save time and money by minimizing first sample errors. Students should be familiar with Illustrator and Excel. 3 hours lecture.
Any 2 of the following: MFG 130 / FAS 103 , MFG 131 / FAS 131 , MFG 132 / FAS 132 ; or instructor approval Semester(s) Offered: Fall, Spring
MFG 270Special Topics in Manufacturing 3 cr.
Students will explore special topics in the field of Manufacturing or Green Technology and a more concentrated study within the discipline. Each course will emphasize a basic understanding of content, concurrent with the development of critical thinking skills in the analysis of relevant issues. This course may be taken twice for credit, provided the topics differ. 3 hours lecture.
ENG 101 Semester(s) Offered: May be offered by request
MFG 280Independent Study in Manufacturing 3
Students will be engaged in an academic or practical learning experience within the areas of Manufacturing or Green Technology that falls outside the scope of other departmental offerings. The parameters of the independent study will be established between the student and the participating instructor under the supervision of the program. A contract specifying the topic, hours, and a method of evaluation will be signed by the parties for the credits earned. This opportunity will be open with the approval and advisement of the student’s academic advisor and the program coordinator. This course may be taken twice for credit, provided the topics differ. 3 hours lecture.
By advisement. Semester(s) Offered: May be offered by request
MFG 293Manufacturing Internship 3 cr.
This field course provides the opportunity for the student to work in a place of business that utilizes any of a number of skills inherent within manufacturing technology. Students will keep a log of activities and reflect upon their experience. A minimum of 120 hours of fieldwork is required. This course may be taken for additional credit up to four times.
By permission of the program coordinator Semester(s) Offered: Fall, Spring, Summer
MFG 294Manufacturing Internship II 3 cr.
This field course provides the opportunity for the student to work in a place of business that utilizes any of a number of skills inherent within manufacturing technology. Students will keep a log of activities and reflect upon their experience. The course will also develop and update each student’s professional resume. A minimum of 120 hours of fieldwork is required.
This applied learning course provides the opportunity for the student to work in a place of business that utilizes any of a number of skills inherent within the area of advanced manufacturing. A minimum of 270 hours of applied learning is required. This course also includes capstone projects as an option. This course may be taken for additional credit up to two times.
Permission of the Program Coordinator Semester(s) Offered: Fall, Spring
MFG 296Applied Learning II 6 cr.
This applied learning course provides the opportunity for the student to work in a place of business that utilizes any of a number of skills inherent within area of advanced manufacturing. A minimum of 270 hours of applied learning is required. This course also includes capstone projects as an option.
