Page 33 - Technology and Innovation Journal - 19-1
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ADAPTING STAGE-GATE TO MTM CURRICULUM                      371



                  equipment and facility controls, production and   Engineering Entrepreneurship Using the Lean
                  process controls, corrective and preventive   LaunchPad Methodology
                  action (CAPA)). The topic of organizational     In 2011, the National Science Foundation (NSF)
                  structure and responsibilities included man-  adopted the Lean LaunchPad methodology of entre-
                  agement control subsystems, quality policy,   preneurial immersion, hypothesis-driven customer
                  audits,  reviews,  training,  inputs,  outputs,   discovery, and business model validation (10,11)
                  verification, validation, transfer, change, risk   via the creation of the NSF Innovation Corps (NSF
                  management, and technical files. The topic   I-Corps ) program. The New York City Regional
                                                              TM
                  of production and process control covered   Innovation Node (NYCRIN), the third I-Corps node
                  how manufactured products meet specifi-  created through support from the NSF, is led by
                  cations, including process control, validation,   CUNY in partnership with Columbia University and
                  monitoring, purchasing, acceptance, sampling,   New York University and includes a network of over
                  calibration, vendor assessment, identification,   25 regional institutions (12). Previously, NYCRIN
                  storage, labeling, installation, and servic-  successfully adapted the NSF I-Corps program for
                  ing. The area of non-conformities and CAPA   undergraduate engineering entrepreneurship training
                  focused on quality policy that strives for con-  (13).
                  tinuous improvement. Topics included col-    The NSF I-Corps boot camp is seven weeks long
                  lecting and analyzing data; identifying and   and is taught by seasoned commercialization experts,
                  investigating product and quality problems;   including serial entrepreneurs, investors, and direc-
                  root cause analysis; identifying and implement-  tors of innovation. Each cohort consists of 21 to 24
                  ing corrective and preventive actions; veri-  teams of three: an NSF-funded principal investigator,
                  fying and validating; providing information for   an entrepreneurial lead who is typically a graduate
                  management review; differences between cor-  student or postdoc familiar with the technology, and
                  rection, corrective action, and preventive   an industry mentor. These three-person teams are
                  action; and customer feedback. Finally,    required to develop business model hypotheses about
                   the topic of medical device reporting included    their technology’s value proposition and customer
                  reporting, recall and vigilance systems (Euro-   segments, which together create a product/market
                  pean Union and Canada), customer complaints,    fit, along with the remainder of the Business Model
                  risk management, internal audit, external audit,    Canvas (BMC). The team must test their hypotheses
                  management review, International Orga-   by “getting out of the building” and interviewing
                   nization for Standardization (ISO) 13485, and    at least 100 potential customers during the sev-
                  differences among U.S. FDA, good manufac-   en-week course. Learning the customer pain points
                  turing practice, and ISO. Guest lectures given    leads to insights that can either validate or invali-
                  by Susan Littlefield, manager for Quality Sys-   date the teams’ hypotheses. The methodology favors
                  tems & Regulatory Affairs at the Georgia Eye   experimentation over elaborate planning, customer
                  Bank, focused on the real-life company    feedback over intuition, and iterative design over
                  approach to quality: how to build quality into    traditional “big design up front” development (14).
                   the process, separate the department for qual-   The course is a modified flipped classroom, in which
                  ity, and introduce quality systems.   the pedagogical learning is assigned through vid-
                                                        eos in the Udacity series How to Build a Startup to
                 ◉  ISO standards, which are important standards   be watched outside of class time. Class sessions are
                  related to medical devices and drugs, were an   used for the teams to present their weekly insights
                  integral part of the MTM I6100 Intellectual   with feedback from the teaching team followed by a
                  Property, Regulation, and Quality Assurance   discussion of the video and corresponding assigned
                  course material. Relevant standards were dis-  text, which covers one block of the BMC each week.
                  cussed in great detail, including the   After sufficient data is gathered, the team can pivot
                  history of the ISO standards and other norms.  as a result of a pattern of invalidations and must con-
                                                        tinue their customer discovery process to reach a go
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