I, II. This course explores the fundamental principles of manufacturing engineering, emphasizing the relationships between design, processes, materials, and broader societal and environmental impacts (including ethics, sustainability, public health, safety, and welfare). 2 Lec/2 Lab.

A. This course Introduces fundamental principles of engineering design and graphical communication, developing skills in sketching, CAD software, and engineering drawing standards. Topics include multi-view projection, dimensioning, tolerancing, geometric constructions, and applying these skills to create, analyze, and communicate designs effectively. 2 Lec/2 Lab.

I, II. Prerequisite: MAT 234 and STA 270. Introduces statistical methods for monitoring, controlling, and improving quality in manufacturing processes. Covers data analysis, control charts, process capability, and continuous improvement techniques.

I, II. Prerequisite: MAT 234 and STA 270. Principles and practices of lean manufacturing for optimizing production systems. Topics include value stream mapping, 5S, standardized work, Kaizen (continuous improvement), Kanban (pull systems), and waste elimination techniques. Credit will not be awarded for both MFE 308 and AEM 308.

A. Prerequisites: MFE 195, AEM 201, and MAT 234. Fundamentals of materials testing and measurement techniques for manufacturing. Covers mechanical testing (tensile, impact, hardness, fatigue), principles of metrology, precision measurement, and GD&T. 2 Lec/2 Lab.

A. Prerequisite: MFE 202. Advanced Statistical Process Control (SPC) techniques and quality auditing methods for manufacturing. Covers SPC implementation, process monitoring, capability analysis, and quality system audits (e.g., ISO 9001).

I, II. Prerequisite: Departmental approval, successful completion of 30 semester hours of coursework including 6 hours of Manufacturing Engineering courses and minimum of 2.25 GPA. Supervised work experience in a manufacturing engineering role, applying classroom knowledge to real-world problems. Transfer students must have completed at least 12 hours of coursework at EKU. A minimum of 80 hours of employment is required for each semester hour of academic credit. Credit may only be awarded in the semester in which the work is completed.

A. Prerequisite: PHY 315. Focuses on the design and integration of industrial robotic and automated systems, including electrical control and interfacing. Covers robot programming, control system design, safety, end of arm tooling (EOAT) specification, programmable logic controllers (PLCs), and sensor systems. 2 Lec/2 Lab

A. Prerequisites: AEM 201 and 301. Project-based learning in advanced manufacturing processes. Students plan, execute, and manage projects involving CNC machining (milling and turning), multi-process welding (e.g., GMAW, GTAW), and precision layout and measurement techniques. 2 Lec/2 Lab

A. Prerequisite: MFE 195. This course integrates advanced computer-aided design (CAD) and engineering (CAE) tools for product development. Topics include parametric modeling, surface modeling, FEA (stress, thermal, modal analysis), rendering, and design for manufacturability (DFM). 2 Lec/2 Lab

A. Prerequisite: MFE 202. Covers the principles and application of Lean Six Sigma methodology to improve manufacturing processes. Topics include DMAIC, value stream mapping, 5S, Kaizen, statistical process control (SPC), design of experiments (DOE), and root cause analysis.

I, II. Prerequisite: MFE 202. Covers the principles and practices of managing engineering projects throughout their lifecycle, including selecting and adapting appropriate project management methodologies. Topics include project initiation, scope definition, WBS, CPM, Gantt charts, resource allocation, risk management, execution, monitoring, control, and closing.

A. Prerequisite: MFE 195 and MFE 382. Introduction to additive manufacturing (3D printing) technologies, materials, processes, and applications. Covers design for additive manufacturing (DfAM), process selection (e.g., material extrusion, powder bed fusion), and post-processing techniques. 2 Lec/2 Lab

I. (3). Co-requisite: MFE 407, Prerequisite: MAT 353, and Senior Standing. First part of a two-semester capstone design experience. Teams apply engineering principles to solve a complex, real-world manufacturing problem, considering sustainability, ethics, and economic factors. Focus on project definition, planning, and initial design. 1 Lec/ 3 lab.

II. Prerequisite: MFE 498. Second part of a two-semester capstone design experience. Teams refine their design, conduct detailed analysis, and develop a prototype/simulation. Culminates in a final report and presentation. 1 Lec/3 Lab.

A. Prerequisite: MFE 202. A study of six sigma methodology and current practices with an emphasis on key quality drivers and statistical methods for worldclass products and companies.