This course is designed to provide a basic understanding of present-day manufacturing processes. Through lectures, demonstrations, and practical applications, the student will be introduced to various manufacturing processes. Topics will include machine tools, welding, casting, sheet metal, and an introduction to numerical control programming. (4 credits)

This course introduces the student to the fundamental principles involved in a variety of Additive Manufacturing technologies. Each student will be required to design and 3D print a working mechanism using knowledge learned during this course. Topics include: Overview of Additive Manufacturing, Introduction to several 3D Printing technologies, Industries and Applications of Additive Manufacturing, Design Tips, Software Tutorials, Material Properties, Post-processing Techniques, Part Orientation, 3D Printer Machine Terminology, and hands-on experience with 3D Printing. Prerequisite: MECH2300 (4 credits)

Students will utilize PC based industrial CAM software and Computer Numerical Control machines to produce machine tool programs and parts. Prerequisite: MANF1000 (3 credits)

This course introduces manufacturing processes, spanning from raw materials to final products for industrial production. Students learn about a wide range of manufacturing techniques, such as metal casting, welding, rolling, forging, extrusion, and injection molding. The course covers machining and material removal techniques, such as micro-milling, laser machining, and electro-discharge machining. It also teaches how to use numerical control programming to control manufacturing machines. Finally, the course introduces additive manufacturing, nanomanufacturing, and microelectronic device fabrication. Prerequisites: MECH2300 and MATH1776 (4 credits) fall

Topics in lean manufacturing, six-sigma, group technologies, automated systems, visual controls (5s) and production processes and planning will be covered. Prerequisite: MANF1000 and MANF2000 (3 credits)

This course introduces the fundamental principles and applications of additive manufacturing (AM) technologies. Students explore various 3D printing techniques, from material extrusion to powder bed fusion, and their use across different industries. Emphasis is placed on understanding design considerations, software tools, and material properties essential for successful AM. Key topics include part orientation, mechanical properties, post-processing, and machine terminology. Through hands-on lab experiences, students design, fabricate, and test a functional 3D-printed mechanism, integrating knowledge from the course to create efficient and practical designs. Prerequisites: MECH2300 (4 credits) fall

The course teaches students how to utilize computer-aided design and manufacturing (CAD&CAM) software. Students make designs, tool paths, and machine components of a mechanism using computer numerical control (CNC) machines. The course shows how to apply the design parameters involved in material removal processes, including milling and turning. Students also learn how to perform an inspection in the manufacturing process. Prerequisites: MANF2500 or MANF1000 (4 credit) fall, spring

This course explores metrology and quality control methods in manufacturing, focusing on both theoretical principles and practical applications. It covers measurement techniques using physical, scanning, and imaging methods. Students work with key measuring instruments such as micrometers, vernier calipers, scales, go/no-go gauges, gauge blocks, surface plates, and comparators. Advanced metrology techniques, including coordinate measuring machines (CMM), machine vision, and 3D scanning, are also introduced. Core metrology concepts—precision, accuracy, standards, repeatability, reproducibility, and geometric dimensioning and tolerancing (GD&T)—are explained in detail. Additionally, the course examines quality control strategies, emphasizing statistical process control (SPC) and Six Sigma methodologies. Prerequisites: MANF2500 or MANF1000 (4 credit) summer

This course explores the transformative role of automation in modern manufacturing environments. It covers the principles, technologies, and applications of automation, including robotics, sensors, control systems, and programmable logic controllers (PLCs), and discusses how automation enhances productivity, quality, and flexibility. Students explore the principles of Industry 4.0 and its integration with digital twins and smart manufacturing practices, and they develop computer programs to observe, communicate and control manufacturing processes. Prerequisites: ENGR2100 and MANF2500 or MANF1000 (4 credits) summer

This course introduces advanced manufacturing systems, sustainability, productivity, and integration with supply chain and operation strategies. Topics include global operations, project and quality management, inventory control, lean manufacturing, improvement of operational efficiency, scheduling, layout, maintenance, and reliability. Prerequisites: MANF2500 or MANF1000 (4 credits) summer