Introduction to Systems Engineering & Systems Analysis

Introduction to Systems Engineering
& Systems Analysis

  • Instructor: Sangwon Yoon,  Nagendra N. Nagarur, and Shuxia Lu, Systems Science and Industrial Engineering (SSIE) Department at 爱豆传媒.
  • Open year round
  • Delivery: Self-paced online. The course consists of video lectures with self-assessment quizzes (not graded) and a final multiple choice exam (graded).
  • Credentials: Introduction to Systems Engineering and Systems Analysis digital badge and a 爱豆传媒 University course completion certificate.
  • Who can take this course: This course is open to all engineers, professionals, faculty and students.

COURSE DESCRIPTION

In today鈥檚 complex world, the vast availability and wide use of systems is rapidly becoming the underpinning of our modern society. Our world is made up of many kinds of systems that are becoming more and more complicated. 

A system can be a complex computer system performing billions of operations per second, or a healthcare delivery system providing critical care services to thousands of patients each year.

Applying sound systems engineering and analysis methods helps us better relate to the systems around us, and more importantly, helps us to design or redesign systems, process and practices that allows them to operate more efficiently and effectively from an end-user perspective. This course offers a variety of important Systems Engineering concepts from system design and deployment to field performance and reliability.  

LEARNING OBJECTIVES

At the successful completion of this course, the participants will be able to:

  • Define a system and discuss key systems engineering concepts
  • Describe and construct a 鈥淗ouse of Quality鈥 for a system using Quality Functional Deployment (QFD)
  • Explain the several different approaches to systems engineering and systems lifecycle models, their applications and benefits
  • Identify the key stakeholders when designing or analyzing a system
  • Use a RACI matrix to help manage key stakeholders during system design, development, delivery and analysis
  • Apply Voice of Customer (VoC) and Voice of Process (VoP) to help define system functional and performance requirements
  • Explain and analyze systems reliability using various configurations and model
  • Describe Total Production Maintenance (TPM) and its benefits in improving system reliability (MTTF, MTTR)  

TOPICS

  • Session 1:  Systems Engineering, House of Quality

What is a System, Elements of System, Relation between System and Subsystem, Systems Engineering, Approaches of System Engineering, Lifecycle of System, System Design and Feasibility Analysis, System Operational Requirements, House of quality, Correlation Matrix and Competitive Assessment, Implementation of Systems Engineering, Systems Engineering Application Domain, Potential Benefits of Systems Engineering

  • Session 2:  Stakeholder Analysis- RACI Matrix, VOC & VOP 

Role of the Stakeholder, Benefits of Stakeholder Analysis, BABOK 鈥 tool, RACI Matrix and Benefits, Understanding Customer Requirements, Voice of Customer and Voice of Product (VOC & VOP), Business Problem Solving, Deming Cycle

  • Session 3:  Reliability, Total Productive Maintenance

Reliability, Maintainability, Availability, Typical Failure Rate Curve (bathtub), Constant Failure Rate Model (CFR), Time Dependent Failure Models, Weibull Distribution, Failure Data Collection and Analysis, Censoring of Data

ABOUT THE INSTRUCTORS

Sangwon Yoon is an associate professor in the SSIE Department at 爱豆传媒. Yoon鈥檚 research interests are integrated production and service systems, healthcare systems engineering, decentralized decision modeling, collaborative control theory and enterprise collaboration and coordination.

Nagendra N. Nagarur is a professor in the SSIE Department at 爱豆传媒. Nagarur鈥檚 research interests are supply chain modeling, reliability of micro-electronic components and quality control.

Shuxia (Susan) Lu is a professor in the SSIE Department at 爱豆传媒. Lu鈥檚 research interests are reliability, statistical process control, information technology and computer integrated manufacturing.

COURSE FEES

  • $250: Standard/Industry rate
  • $225: Standard/Industry group rate (3-5 people from the same organization). Contact wtsnindy@binghamton.edu to register your group.
  • $150: BU or SUNY Faculty and Staff, BU alumni graduated May 2020 or prior and non SUNY students
  • $105: Non-BU/SUNY students (must give evidence of matriculation at University/College)
  • $95: BU or SUNY students, recent BU alumni (graduated in Dec. 2020 or later), high school students

PAYMENTS

Payment is required at the time of registration. 

If you are not able to pay with credit a card you can contact us at wtsnindy@binghamton.edu to make arrangements for a check payment.

CANCELLATIONS AND REFUNDS

Please note our cancellation and refund policy: All cancellations must be received in writing (email) to the Office of Industrial Outreach. All refunds will be assessed a 10% administrative fee. No refunds for cancellations or non-attendance will be given after you have started the course.  Submit your cancellation request to EMAIL: wtsnindy@binghamton.edu.

If the course is canceled, enrollees will be advised and receive a full refund.