Tag Archives: Ott Conference

November 2018 Section Meeting: Smart, Feedback Controlled, On-demand Manufacturing Systems To Enable Zero-defect Production

Smart, Feedback Controlled, On-demand Manufacturing Systems To Enable Zero-defect Production:
2018 Fall Mini Ott ASQ NJIT Quality Conference

Following this ASQ tradition, this Fall we are pleased to take our attendees to the new NJIT Makerspace, a $11.6 million hi-tech facility. During this even we’ll focus on how companies should focus on their digital quality transformation journey supported by smart feedback controlled manufacturing and fabrication systems to enable zero-defect / outstanding quality production. A very exciting topic, that can save huge amounts for any organization! The quality methods, tools and practical examples presented are applicable to almost any factory, organization / business.

In the first half of the program we’ll visit our new Makerspacer laboratory at NJIT to explain and demonstrate how smart, feedback controlled, on-demand manufacturing and fabrication systems can enable zero-defect production results.

In the second half of the program we’ll join another laboratory to perform our Quality Analysis and Modeling Methods Using Lean Six-sigma Statistical Tools by Paul G Ranky and his students.

Date & Time: Tuesday, 11/13/2018 6:00pm – 9:00pm

Location: This will take place in the NJIT GITC building, room 2305. Newark, NJ
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2018 Spring Mini Ott ASQ NJIT Quality Conference

Following this ASQ tradition, this spring (April 3rd, 2018) we are pleased to take our attendees to the new NJIT Makerspace, a $11.6 million hi-tech facility.

In the first half of the program we’ll visit our new Makerspacer laboratory at NJIT to explain and demonstrate How Hi-tech, Feedback Controlled Manufacturing and Fabrication Systems Can Enable Zero-defect Production Results.

The NJIT Makerspace is a new educational and research facility planned to expand to 24,000 sq ft. It serves students in all NJIT majors, with plans to include in its user-audience high school students from NJIT’s vicinity as well as activities for workforce training. The NJIT Makerspace focuses on hi-tech manufacturing and houses an impressive assortment of industrial manufacturing, production, and prototyping equipment. Students will have access to Computer Numerical Control (CNC) machining centers, industrial metrology equipment, 5-Axis water jet, wire Electrical Discharge Machining (EDM), manual metalworking equipment, electronics assembly equipment, 3D printing, laser cutting, and a full complement of hand tools. In NJIT’s Makerspace, students, faculty members and industrial collaborators will have access to an unmatched assortment of state of the art equipment and training resources, which will drive the facility to become a campus hub where students, faculty, and industry gather to collaborate, build, design, innovate and create.

This will take place in the NJIT GITC building, ground floor.

In the second half of the program we’ll join another laboratory to perform our Zero-defect Quality Modeling Methods Using Lean Six-sigma Statistical Analysis by Paul G Ranky and his students. This will take place in the NJIT GITC building, room 2305.

DATE, TIME & PLACE: April 3, 2018, NJIT, GITC Makerspace facility, GITC bldg. ground floor entrance. We’ll meet here sharp at 6 pm.
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ASQ NJIT Fall Ott Conference – October 9th, 2017

Join us for the ASQ NJIT Fall Ott Conference on Visual Factory Management, Collaborative Robotics, Lean six-sigma Methods, Tools and Case Studies, organized by the NJIT ASQ Student Leadership Team: Michelle Vollo, President, Jovana Stijovic and Jelena Stijovic, Vice Presidents, Avery Bechtel, Program Chair, Philip Lelikov, Secretary, Terry Asante, Educational Chair, and Paul G Ranky, Founding Academic Advisor.

Several presenters will discuss Visual Factory Management, Collaborative Robotics, Lean six-sigma Methods, Tools and Case Studies in academia, as well as in industry. The core focus is Zero Defect Devices, Production, Service and Systems, including Root Cause Analysis (RCA). Root Cause Analysis is an essential first step when starting a six-sigma study for process improvement by controlling variations. RCA is generally applicable in situations where a defect occurs and there is a possibility that it might be beneficial to identify and address the real cause so that the situation does not occur again.

Every session will follow an interactive workshop style.

Event Date & Time: October 9, 2017, 6 to 9 pm

Location: NJIT (New Jersey Institute of Technology), Newark, NJ 07102, GITC building, room 2305

www.njit.edu (Parking is available, please email Dr Ranky: ranky@njit.edu well in advance; thanks!)
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