Kay Rand Morgan is an American engineering technology educator, robotics educator, author, and researcher. She is listed in the Monroe Community College directory under Engineering Technologies at Monroe Community College in Rochester, New York.^[1] Her work focuses on engineering technology education, computer-aided design, metrology, technical mechanics, robotics, digital manufacturing, quality systems, and applied workforce education.^{[citation needed]}

Morgan is associated with the ORCID researcher identifier 0000-0003-3648-2876.^[2]

Morgan was born in Myanmar and later immigrated to Japan before becoming a United States citizen.^{[citation needed]} She studied biology and chemistry at the undergraduate level and later completed graduate study in quality assurance and technology management.^{[citation needed]} She earned a Ph.D. in technology management with a concentration in quality systems.^{[citation needed]} Morgan has also pursued graduate study in intelligent robotic systems.^{[citation needed]}

Morgan has taught courses in engineering technology, industrial technology, computer-aided design, measurement, quality systems, and mechanics.^{[citation needed]} At Monroe Community College, she teaches in the Engineering Technologies Department.^{[citation needed]}

Her instructional work includes technical laboratories, lecture materials, online learning resources, video tutorials, worksheets, and applied engineering projects for students in mechanical and engineering technology programs.^{[citation needed]}

Morgan is listed in Monroe Community College’s College Directory under Engineering Technologies.^[3] Her teaching areas include computer-aided design, technical graphics, SolidWorks modeling, engineering principles, computer applications for technicians, measurement and analysis, mechanical statics, dynamics, and engineering materials.^{[citation needed]}

Morgan’s robotics education work includes the integration of robot platforms, computer-aided design, and manufacturing simulation into engineering technology instruction.^{[citation needed]} Her teaching projects have included humanoid robot component design, degrees-of-freedom analysis, robotic motion demonstrations, MATLAB-based dynamics simulations, and laboratory activities using metrology and geometric dimensioning and tolerancing concepts.^{[citation needed]}

Morgan has authored and developed educational materials related to mechanical dynamics, engineering graphics, geometric dimensioning and tolerancing, manufacturing, quality systems, robotics, and college mathematics foundations.^{[citation needed]}

• Engineering Principles for Technicians: A Practical Workbook Using AutoCAD. Learning Technical Drawing from the Ground Up.^[4]
• Humanoid Robot Design Fundamentals: A CAD-Based Approach to Degrees of Freedom.^[5]
• Metrology for Engineering Technicians: Principles, Measurement Systems, and Data Analysis.^[6]
• Designing for Materials, Manufacturing, and Assembly: GD&T for Engineering Technicians.^[7]
• Mechanical Dynamics for Technicians: Simplest Dynamics Book.^[8]

• College Math Foundations for Adult and Transitioning Students: Algebra, Geometry, Pre-Statistics, Pre-Calculus.^[9]
• College Math Foundations for Adult and Transitioning Students: Calculus I, Calculus II, Calculus III.^[10]
• College Math Foundations for Adult and Transitioning Students: Algebra, Functions, Trigonometry, Rates of Change, Introductory Differentiation.^[11]

Morgan has participated in engineering technology outreach, student engagement, professional service, and program development.^{[citation needed]}

Morgan’s research and professional interests include robotics education, humanoid robot design, digital manufacturing, technical workforce education, quality systems, metrology, geometric dimensioning and tolerancing, predictive maintenance, artificial intelligence in engineering technology, and accessible course design.^{[citation needed]}

• Engineering technology
• Robotics education
• Computer-aided design
• Digital manufacturing
• Geometric dimensioning and tolerancing
• Monroe Community College

• ORCID 0000-0003-3648-2876
• Official faculty profile ^{[citation needed]}
• Official website ^{[citation needed]}
• Google Scholar profile ^{[citation needed]}