William Kennefick
** ***** ****** ( Plymouth, MA 02360
**************@*****.*** ( cell 508-***-**** h. 508-***-****
Qualifications Profile
Goal oriented medical device engineering professional with over 20 years in
the medical device industry. An easy to work with team player working
proficiently with all business groups committed to successful results in
all aspects of product development from concept to product launch. Well
rounded product development experience developing implants and
instrumentation for Orthopedic Hips, Knees, Podiatry, Neurosurgical, Spine,
and Dental. Experienced in OR protocol, surgeon interface, cadaver labs,
and product training. Solid design and development expertise with GD&T, 3D
modeling, ProE V18, Unigraphics NX2, and Solid Works V10, proficient in
sketcher based parametric modeling. A proven track record of expertise with
problem solving innovation, design materials, and manufacturing operations.
Adept in machine shop practices and manufacturing processes working well
with both in-house and external manufacturing. Working knowledge in both
machined metal parts and injection molded plastic part design. A strong
work ethic combined with a commitment to excellence in all projects
undertaken.
Professional Experience
Sr. Design/Product Development Engineer
6/2009 - Present, ConforMIS Inc. Burlington, MA.
Key Responsibilities
. Responsible for existing released implant and instrument enhancements
as well as supporting new projects while adhering to aggressive
timelines.
. Communicate with design surgeons, Marketing and independent entities
to gain knowledge into product design requirements.
. Develop project plans to execute assigned projects
. Using Solidworks V10, create product designs according to agreed upon
design criteria.
. Write required documentation to comply with QSR and CE guidelines
. Develop test protocol with research labs to complete required testing.
. Overseeing of prototype fabrication at suppliers.
. Develop design documentation for the manufacture of product including
drawings, product specifications and product validations.
Sr. Design/Product Development Engineer
March/2007 - April/2009 Keystone Dental Inc., Burlington, MA,
Key Responsibilities:
. Sr. Design/Product Development Engineer responsible for the successful
design and launch of the XP1 Dental Implant System.
. Well versed in "wearing many hats" at the start up stage of a company.
Responsibilities included concept, design, machining, manufacturing,
inspection, and quality compliance.
. Work with consulting surgeons developing surgical protocol, implant and
instrument design
. Skilled with procurement of materials and manufacturing methods, working
closely with internal and external manufacturing to resolve issues
between design and manufacturing.
. Responsible for executing design changes and approving all other design
engineer's output.
Sr. Design Engineer/Team Leader
Jan 2000 - Mar 2007 DePuy Spine, Raynham, MA,
Key Responsibilities:
. Providing design criteria and solutions for all pathologies within
Spine both implant and instrumentation.
. Actively work in a team environment with marketing, project leaders,
and designing surgeons to establish and document design criteria for
implantable medical components, develop innovative solutions to
satisfy or re-establish those criteria.
. Responsible for managing projects and priorities to a five man in-
house prototype manufacturing department as well as outside
manufacturing sources to ensure that design intent gets properly
translated into finished good devices and that designs are
manufacturable and cost effective for all project teams.
. Proficient with Unigraphics NX2 for fixture and component models.
Expert in drawing preparation submitted for production release.
. Provide accurate and precise time, cost, and resource assessments
plans to project management
. Three years in Team Leader role with 8-14 direct reports. Responsible
for work load delegation and individual employee development.
Sr. Design Engineer
Jan-1999 - Jan-2000 Codman, Raynham, MA.
. Responsible as the lead Design Engineer for all design related aspects
of a cranial absorbable fixation system "Craniosorb" from concept to
production.
. Responsible for interfacing with in-house and external manufacturing
vendors to ensure that design intent gets properly translated into
finished good devices and that designs are manufacturable.
. Use of Unigraphics V18 for all fixture and part models and drawings
being submitted on ECR or for development.
Design Engineer
Jan-1996 - Jan-1999 Johnson & Johnson Professional, Customs and Special
Products Raynham, MA.
This group was responsible for 9-million dollars worth of competitor
surgeon conversions to Johnson & Johnson Orthopaedic users in 1999.
. Working independently as the Lead Design Engineer for custom hip
implant and instrumentation, provided direct interface with surgeons
and sales force in order to design major components or major portions
of a functional system to develop or improve products and facilitate
manufacturing operations.
. Manage all production orders being manufactured at our New Bedford
machine shop.
. Develop models and drawings utilizing ProE v18 and develop preliminary
and released layouts, sketches, and notes necessary to complete a
design project.
. Provide imaginative, thorough and practicable solutions to a wide
range of medical device design challenges.
Design Engineer
June1990 - Jan1996 Johnson & Johnson Orthopaedics, Raynham, MA
. P.F.C. Hip, R&D Product Development, provide implant and
instrumentation designs, revise and redesign existing
instrumentation, prototypes, development of new instrumentation
concepts, layouts and technical drawings.
. Initiate change requests as well as complete major complex change
requests. Utilization of Unigraphics
. Coordinate, evaluate, and disposition design or manufacturing
related product complaints.
Educational Background
Emmanuel College BSBA, Boston, MA.
Bachelor's Degree
Currently enrolled and hold a 3.9 GPA with less than ten courses left to
complete a Bachelor of Science degree in Business
Accomplishments:
. U.S. Patent No. 5,976,145 Calcar Milling Guide and System
. U.S. Patent No. 6,019,765 Morsellized Bone Allograft Applicator
Device
. U.S. Patent No. 6,699,253 Self Centering Bone Drill
. U.S. Patent No. 6,840,943 Instrument and Method for Applying Surgical
Fasteners
. U.S. Patent Application No. 200******** Spinal Implant Connectors
. Pending U.S. Patent Application, Invention Disclosure, Spinopelvic
Fixation Rod with Polyaxial Connection Feature
. Pending U.S. Patent Application, Invention Disclosure, Spinopelvic
Rod Coupler
Johnson & Johnson Global Leadership Profile Award; in recognition of
achieving exceptional business results by demonstrating outstanding
behaviors embodied in the following tenets of the Global Leadership
Profile, Collaboration and Teaming.
Johnson & Johnson Standards of Leadership Award; in recognition of
achieving exceptional business results by demonstrating outstanding
behaviors embodied in the following tenets of the Standards of Leadership,
Customer & Marketplace Focus, Collaboration, Business Results
.
Emmanuel College; Graduate and Professional Programs Certificate, ECAP
Scholar Recipient for High Academic Achievement
.
PCI Global Inc.; Certificate in recognition of completion of project
leadership Advanced Course Training.
.