INCOSE NE Fall Workshop October 17-18 at UConn

The Systems Engineering for Safety-Critical Cyber Physical Systems Workshop has been planned and coordinated by the INCOSE New England Chapter to be a premiere training event for its members in 2019 to gain more knowledge about the design and development of safety critical systems and use of a model-based systems engineering approach. Chapter members and non-members of all skill levels will find something of interest to them at the workshop.

Parking: Free on North or South side of Innovation Parternship Building

Hotel Accomodations: Nathan Hale Inn,  UConn Rate $144 per night, To get UConn Rate:   

UConn Negotiated rate 2019,  website: http://www.nathanhaleinn.com/ 

Who Should Attend

 

· Engineers who apply systems engineering in their design work

· Systems engineers

· Systems engineering managers and directors

· Engineering managers

· Engineering faculty and students

· INCOSE members and non-members

· Engineers from large, small, and start-up companies

Date:   Thursday, October 17th, 2019

Time: 8:00am – 6:00pm

Place:  University of Connecticut, Innovation Partnership Building

159 Discovery Drive Storrs, CT

Registration: Must Pre-Register, 70 Seat Limit, Registration Opens September 12

Cost: $40 per person per day

8:00 – 8:45 Check-In and Continental Breakfast

8:45 – 9:00 Welcome

§ Dean Kazem Kazerounian, School of Engineering, UConn 

§ Pamir Alpay, Innovation Partnership Building, UConn

§ Amy Thompson, President INCOSE New England

9:00 – 9:30 Systems Engineering at the University of Connecticut – George Bollas

9:30 – 9:40 Break

9:40 – 11:00 Panel Session A

3- 20 Minute Presentations and Open Discussion: Industry

11:00 – 11:10 Break

11:10 – 12:30 Panel Session B

3-20 Minute Presentations and Open Discussion - Academia

 

12:30 – 1:30 Social: Lunch

Undergraduate SE Senior Design and Research Projects – All Schools Invited

1:30 – 5:00 MBSE and Safety Analysis Workshop: Dr. Bruce Powel Douglass

This workshop focuses on the use of safety analysis in the context of model-based systems engineering to identify and quantify the safety concerns of systems development. A short introduction to basic safety concepts is followed by a more length introduction for Fault Tree Analysis (FTA) with examples of its use. A simple 6-step workflow is introduced for the development of a system safety analysis. Additional topics include cut set analysis, determining safety integrity level, and calculation of hazard likelihood. The workshop is approximately 2 hours of lecture interspersed with approximately 90 minutes of hands on exercises. Attendees are encouraged to bring their laptop and MBSE modeling tools to create models. Rhapsody users can download the free Dependability Profile from the author’s website https://www.bruce-douglass.com/safety-analysis-and-design. Prerequisites: knowledge of SE and MBSE practices and any MBSE tool. For those interested in integrating safety design and assessments in systems models. 

5:00 – 6:00 Social: Cocktails and H’ordeurves

Graduate Student Research Poster Session 

All NE SE Schools invited

Closing Remarks – Kiron Bhaskar, VP INCOSE NE

Date:  Friday, October 18th

Time:  8:30am – 4:30pm

Place: University of Connecticut, Innovation Partnership Building

159 Discovery Drive Storrs, CT

Registration: Must Pre-Register, Registration Opens September 12

Cost: $40 per person per day

Choose Workshop A or B that run in parallel.

8:30 – 9:00 Check-In and Continental Breakfast

9:00 – 4:30 Workshop A: Systems Simulation and Analysis with SysML and Cameo Simulation Toolkit, Safety and Reliability Analyzer Plug-In. Dr. Saulius Pavalkis, No Magic

Seat Limit: 24

This tutorial provides a foundation on how to create precise models that can be executed using Cameo Simulation Toolkit plugin. The tutorial is very practical – it is driven by a sequence of hands-on assignments based on an educational case study model, which explains a composite system structural semantics and demonstrates how to build behavioral models (state machines, activities) and execute them. Attendees will also learn how executing models can help to better understand and communicate models, debug complex behavioral models, create functional system prototypes, verify requirements, and perform various kinds of engineering analysis. This tutorial is well balanced covering major capabilities enabling participants to execute models for any system in the future. Cameo Systems Modeler will be installed on laboratory computers in the classroom. Prerequisites: knowledge of SE and MBSE practices and experience using Cameo Systems Modeler tool.

9:00 – 4:30 Workshop B: Introduction to SysML and Cameo Systems Modeler. Randy Skelding, Pratt & Whitney

Seat Limit: 50

This tutorial provides an overview of basic SysML diagramming concepts, highlighting notation and mechanics of modeling techniques. An introduction to modeling systems in Cameo Systems Modeler is provided with an example for a simple system – a diver’s flashlight. This course is great for beginners who have knowledge of systems engineering principles and practices, but want to learn how to implement them using the Cameo Systems Modeler MBSE tool and the SysML modeling language.

Lunch and Refreshments Provided