This page contains a list of Summer 2018 courses being offered at the graduate level in the College of Technology.
The majority of graduate courses require department approval so students need to email at firstname.lastname@example.org with their name, PUID and course numbers they want to be registered for.
Undergraduates wanting to take graduate level courses must have a senior standing (90+ credit hours), at least a 3.0 GPA and advisor approval. The Request for Undergraduate to Enroll in a Graduate Level Course needs to be taken to the advisor and it will be forwarded Graduate Coordinator Mary Rose Sicinski .
Select the title of the course to display the course description. You may also look at registration.
For any other queries please contact us at: 219-989-2966, Graduate Coordinator Mary Rose Sicinski email@example.com
|IET 52000 -01||Enterprise Quality Planning||Lakshman Mapa||W 06:30 pm -09:20 pm|
|IET 41100-01||Applied Lean & Six Sigma Methodology||Chad Celestin||M 06:30 pm – 09:20 pm|
|IET 56000-01||Discrete Event Simulation||Alireza Alavizadeh||T 06:30 pm – 09:20 pm|
|ITS 52000- 01||Web Analytics & Applications||Ricardo Calix||M 2:00 pm- 04:50 pm|
|ITS 56400- 01||Data Warehousing & Bus Intell||Staff, TBA||M 06:30 pm-09:20 pm|
|ITS 58100-01||Principle of Information Assurance||Tae-Hoon Kim||W 12:00 pm- 2:50 pm|
|IT 50700-04||Measurement & Evaluation in Industry & Technology||James Sullivan||T 06:30 pm – 09:20 pm|
|IT 50800-03||Quality & Productivity in Industry & Technology||Susan Scachitti||R 06:30 pm – 09:20 pm|
|IT 57100-01||Project Management Industry & Technology||Lakshman Mapa||T,R 05:00 pm – 06:15pm|
|MET 52700-01||Technology from Global Perspective||Mohammad Zahraee||M,W 05:00 pm – 06:15 pm|
|OLS 58900-01||Leadership and Ethics||Ralph Ocon||M 06:30pm- 09:20 pm|
|MSV57500-01||Software Project Management||Lakshman Mapa||T,R 05:00 pm -06:15 pm|
|MSV 57600-01||Des & Analysis of Simulation Exper||Lakshman Mapa||W 02:00 pm – 04:50 pm|
|ECET 58110-01||Applied Electronic Drive|
|ECET 55600-01||Alternative Energy Technology||Akram Hossain||R, 12:30 pm- 03:20 pm|
|TECH 64600-05||Analysis & Research in Industry & Technology||George Stefanek||T 06:30 pm – 09:20 pm|
|TECH 58100-01||Mechatronics System Design, Modeling & Integration||Craig Engle||M,W05:00 pm – 06:15 pm|
|Course Number||Course Name||Professor|
|IT 50700-01 & 02||Measurement & Evaluation in Industry & Technology||James Sullivan|
IT 50800-01 & 02
|Quality & Productivity in Industry & Technology||Susan Scachitti|
|IT 57100-02 & 03||Project Management Industry and Technology||Lakshman Mapa|
|OLS 58900-02 & 03||Leadership and Ethics||Ralph Ocon|
|MET 52700-02 & 03||Technology from Global Perspective||Mohammad Zahraee|
|TECH 64600- 03 & 04||Analysis & Research in Industry & Technology||George Stefanek|
Introduction to various sources of energy and their process of extraction. Nonrenewable versus renewable energy sources and their harvesting technology will be studied. Wind, solar, fuel cells, biomass, geothermal, hydropower, and ocean energy and their process of harvest. Most emphasis will be on renewable energy sources such as: wind and solar, geothermal and oceanic energy technology and their harvesting systems. Modeling, simulation and analysis of wind and solar energy harvesting systems.
The course provides advanced quality techniques required for improving quality, reliability and maintenance in modern business enterprises by providing essential tools. The course will focus on problem solving and team sessions with high participation of students.
Database Management Security This seminar course covers the concepts of security as it applies to data and database security, including auditing methods using Oracle and SQL server. The course is an appropriate entry-level graduate course for interdisciplinary students. Students should have taken mid-level database security, and programming classes as an undergraduate
An introduction to measurement strategies in industrial, technical, and human resource development environments. The evaluation of measurement outcomes will be the primary focus of the course.
Examines the contemporary issues of continuous improvement in quality and productivity in manufacturing and service industries. Includes a close examination of the evolving philosophies bearing on the scope, improvement, and costs of quality assurance programs in industry and technology.
The factors influencing decisions during the initiation, implementation, and termination of industrial and manufacturing projects are examined. Students work as project teams, using project management tools to develop implementation strategies.
Introduction to the challenges faced by the practicing technologist when working and interacting with international technical personnel, both here and abroad, including history, standards, education, and practice of technology outside the United States.
Analysis of research and evaluation of research reports. Emphasis on understanding the application of fundamental statistical methods in design and interpretation of research findings in industrial, technical, and human resource development environments.
Introduction to Contemporary mechatronics system elements, their structures, operations, and modeling. Static mechatronics system components and kinematics of dynamic mechatronics system components and their couplings.Modeling and simulation of rotating machinery and actuator systems. Mechatronics signals, systems and controls for packaging machinery. Integration of heterogeneous hardware and software for packaging machinery systems and their integration
This course examines concepts, models, and methods useful for developing strategic initiatives in industrial/technical business environments. Focuses on planning concepts, including industry structure, strategic mission, organizational structures, competitor analysis, and related areas. Graduate status or senior standing with consent of instructor.
This course allows Master of Science in Technology students to pursue practical experiences and management principles in technology related work. Students will learn state of the art security technology and skills as well as security management principles, policies, architecture, and models in information assurance.