MET 101
Technical Graphics
Foundations of engineering drawing, views, dimensioning, and the graphic language of manufacturing.
Open course site →Teaching
Mechanical Engineering Technology
Courses in the Department of Engineering Technologies at Monroe Community College, State University of New York.
Instructional approach
From digital model to physical part
Students in Dr. Morgan’s courses do not stop at a finished drawing. They model, assemble, print, measure, and revise. Humanoid robot projects, GD&T, and inspection equipment such as the Keyence IM-8010 Instant Measurement System give students a reason to care about fit, motion, and manufacturing constraints.
MET 121
Computer-Aided Drafting and Design
Solid modeling and drafting practice that connects design intent to production documents.
Open course site →MET 122
Advanced Solid Modeling using SolidWorks
Advanced assemblies and modeling methods, including preparation for Dassault Systèmes certification.
Open course site →MET 135
Measurement and Analysis
Metrology, inspection, and the connection between drawing requirements and measured results.
Open course site →MET 201
Designing for Materials, Manufacturing, and Assembly
Core applied design course. Students design, model, and 3D-print articulated humanoid robot components while studying DFMA, GD&T, and degrees of freedom.
MET 203
Technical Mechanics, Statics
Force systems, equilibrium, and the mechanical reasoning technicians use to evaluate structures and assemblies.
Open course site →MET 206
Engineering Materials
Structure, properties, processing, and selection of engineering materials for manufactured products.
Open course site →Student companions
Course websites
Interactive practice sites that accompany the textbooks. Quizzes, calculators, and chapter tools stay in the student’s browser and are not graded.
Engineering Graphics
MET 101 companion for Engineering Graphics Essentials for Technicians. AutoCAD chapters, lab checklists, and command reference.
Engineering_Principles →CAD with SOLIDWORKS · Book 1
MET 121 companion. Chapter quizzes, mass-properties tools, and CSWA practice.
cad-basics →CAD with SOLIDWORKS · Book 2
MET 122 companion. Advanced modeling, sheet metal, weldments, and CSWP segment practice.
cad-advanced →Engineering Metrology
MET 135 companion. Measurement systems, inspection tools, SPC, and data analysis.
Engineering_Metrology →Mechanical Statics
MET 203 companion. Free-body methods, equilibrium tools, and worked-example practice.
statics →Engineering Materials
MET 206 companion. Chapter practice for materials, processing, and selection.
Engineering_Materials →Digital Systems
Basic electronics for the working technician. Interactive lessons in digital logic and circuits.
digital-systems →College Math Practice
SUNY Reconnect math bridge. Diagnostics, book paths, and skill practice at dnapot.com.
dnapot.com →Statistics for Engineers
Interactive statistics companion linked from the math bridge: distributions, intervals, and hypothesis testing.
Statistics →Program development
Building the MET pathway
Dr. Morgan contributes to Mechanical Engineering Technology curriculum, laboratory equipment, and industry-facing program work. Laboratory instruction has used Creality 3D printers, Elephant Robotics MyBuddy 280, a myAGV compound robot logistics kit, and Keyence measurement systems so that CAD, robotics, and inspection sit in the same student experience.
Course proposals under development include industrial safety, CNC machining and CAM, additive manufacturing and reverse engineering, fluid power, automation and mechatronics, and cooperative education.
Student making continues through the MCC Maker’s Club, where students design, build, and sell.