About this event Have you ever tried to perform a seemingly simple auto repair, only to discover it requires special tools or the need to put your car on a lift? How many times has your computer slowed or crashed, resulting in endless hours on the phone or the need to bring it to a shop? Have you ever had to ask your kids, or grandkids, to help you reprogram the TV/VCR or restart an app on your smart device? This session will describe the value of design in developing products that the customer is able to conveniently and inexpensively service themselves. Participants will attain the following learning objectives: - Define and distinguish among the different types of maintenance (breakdown, preventive, predictive, etc.) - Understanding the role of engineering design in anticipating maintenance requirements - Appreciating the value-added approach of considering user-friendly repair (or not needing repair!) - Recognizing the conflict between extended product life cycles v. new product sales The facilitator will include case study examples from the automotive and health care environments. Keywords: breakdown maintenance, design for X, total productive maintenance Breakdown maintenance (aka corrective maintenance) – a type of maintenance used for equipment after equipment break down or malfunction is often most expensive – not only can worn equipment damage other parts and cause multiple damage, but consequential repair and replacement costs and loss of revenues due to down time during overhaul can be significant. (Source: Wikipedia.org) Design for X (DFX) – is a term and abbreviation used interchangeably in the existing literature, where the X in design for X is a variable which can have one of many possible values. (Source: Wikipedia.org) Total productive maintenance (TPM) - Total productive maintenance helps workers efficiently care for the equipment and machines they use. This can greatly reduce costs, including money and space tied up with spare parts inventory. (Source: ASQ.org) Co-sponsored by: Binghamton ASQ Speaker(s): , Michael D. Ford Agenda: Time: - Networking: 5:30 - Dinner: 6:00 - Presentation: 7:00 Grande Pizza , 1250 Front St, Binghamton, New York, United States, 13901

This seminar will discuss applications of silicon photonic integrated circuits for biosensing, by Dr. Diedrik Vermeulen. Speaker(s): Diedrik Vermeulen Agenda: 6:00 pm Networking starts 6:15 pm Light meals served 7:00 pm Seminar starts Bldg: Forbes Rd. Cafeteria, MIT Lincoln Laboratory, 3 Forbes Rd, Lexington, Massachusetts, United States, 02421