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@mhubchicago.com
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Bill Fienup is listed as Co-Founder, mHUB, Executive Director, MedTech Accelerator at mHUB, based in Greater Chicago Area, United States. AeroLeads shows a work email signal at mhubchicago.com, phone signal with area code 312, 617, 781, and a matched LinkedIn profile for Bill Fienup.
Bill Fienup previously worked as Co-Founder and VP of Innovation Services at Mhub and Co-Founder and Director of Innovation Services at Mhub. Bill Fienup holds Msme, Mechanical Engineering from Massachusetts Institute Of Technology.
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Bill Fienup was born and raised in St. Louis Missouri. He earned his BSME and MSME in Mechanical Engineering at the Massachusetts Institute of Technology. After 7 years of product design consulting for Insight and IDEO, he has now shifted focus towards his startup companies. Inspired by the challenges of developing hardware, Bill co-founded mHUB, a manufacturing innovation hub for entrepreneurs developing products. mHUB's 1,200 community members have access to $6 million of prototyping equipment and resources, industry experts and mentors as well as a large manufacturing network to help startups define, develop, and deliver products. Members have access to a machine shop, electronics lab, digital fabrication studio, and an office environment to operate a business. Bill’s reputation as a thought leader extends beyond Chicago. He was named to Crain’s Chicago Business 40 Under 40 in 2018 and featured in Newcity's Design 50: Who Shapes Chicago 2019. In addition to being a repeat visitor to the White House for topics ranging from international trade to the maker movement, Bill has appeared on national television with his inventions.
Listed skills include Product Design, Product Development, Rapid Prototyping, Mechanical Engineering, and 13 others.
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Chicago, Illinois, Us
Leading the MedTech Accelerated Incubation program at mHUB. It’s a six month hands-on accelerator, in partnership with leading healthcare companies, that fast-tracks high potential MedTech startups through direct investment and hands-on product development and commercialization in a state-of-the-art prototyping facility.
Chicago, Illinois, Us
mHUB is Chicago’s first innovation center focused on physical product development and manufacturing.
Catalyze Chicago is a collaborative workspace and digital manufacturing center where Chicago’s entrepreneurial and tech communities focus on creating products. The advent of low-cost rapid prototyping equipment has facilitated product development, eliminated barriers to entry and spawned a new community of innovators. Catalyze Chicago provides a central hub for startups and entrepreneurs by connecting them to mentors, investors, local manufacturers – bringing Chicago to the forefront of the third industrial revolution. Immediate access to the space, tools, and wealth of shared experience allows designers, developers, engineers, and inventors to succeed in the new era of crowd-funded public-facing businesses.http://www.catalyzechicago.org/
Los Angeles, California, Us
MB Labs is a full-service product development and consulting firm armed with software, mechanical, and electrical engineers, industrial designers, and web developers. MB Labs provides a rare and seamless, integration of software and hardware products.
The BikeSpike is a tracking solution that protects your bike and broadcasts your ride. It's GPS and cellular enabled device installed on your bicycle that makes it easier to recover a stolen the bike. It has a built in accelerometer and a crash detection algorithm that will notify loved ones and give them your location in the event of an accident. Controlled from your smart phone or computer, you can share your ride, stats, and courses over social media. With its open API, we allow developers to invent their own apps and use the device however they please. Coaches and spectators can monitor athletes’ performance, speed, and distance during the race on their smart phones.
La Verpilliere | Chicago , Fr
Generated ideas, identified and solved problems, improved existing methods, built, tested and tweaked several mechanisms, delivered several sketches, cad models and working prototypes of concepts in the medical, industrial, and consumer product industry. Reengineered a malfunctioning automated electromechanical delivery system that is now projected to dispense 1.1 billion dollars worth of product in 2010. Identified causes of failure, designed, built, and tweaked breadboards using machined, printed, formed and molded parts. Preformed accelerated life testing and monitored experiments with DAQ controlled by Labview, PLC's, and ArduinosCompleted GD&T, part drawings, worked with manufactures to tool parts, inspected first of tooled parts.
San Francisco, California, Us
Practiced the entire product design process: observing the end user in their environment, generating insights, brainstorming and prototyping concepts together with several clients ranging from the medical to automotive industry. Generated and prototyped concepts using human-centered research to develop Unique Selling Propositions for Chinese and European C-segment cars. Partnered with a team from a large auto manufacturer and conducted focus groups in China and Europe extracting insights from their homes, habits, and cars. Delivered a working prototype of a complex hand-held drug delivery system for a global pharmaceutical company. Designed and manufactured the drug container closure system and parts of the needle insertion and retraction system. Composed a technical document complete with design decisions, testing procedures, analysis, and results.
Created, taught, and assisted undergraduate classes. Created course content, taught lesson plans, managed class budgets and course websites, and coordinated other administrative issues. Originated and taught Toy Product Development, a seminar for undergraduate students that teaches the process of developing toys for disabled children. This class was adopted as a major course in the mechanical engineering curriculum. Taught Mechanical Engineering Tools, a mechanical engineering course that teaches the foundation of the tools necessary for engineers.As a teaching assistant, contributed to Product Engineering Processes, a senior product development class that teaches the process of developing a product in a hands-on environment.
Partnered with Hasbro's Nerf and Super Soaker Team and developed novel toy concepts and innovative mechanisms for multiple toy lines involving new ways of storing energy, saving cost, and reducing part count. Conceived, developed, and delivered the Nerf Atom Blaster from concept to market in 18 months. Generated over 100 other ideas, built and tested the top ten concepts including electronic darts with LED's powered by capacitors, laminar flow water guns, slow flying matrix darts, string shooters, and snow guns, tweaked and refined two prototypes, and delivered one concept toy to Hasbro. Composed a Master's level thesis on design process and fabrication of the toy concepts.
Rock Hill, Sc, Us
Designed sub systems and components for the Spectrum Z510, a three dimensional printer currently on the market. Invented a crafty low-cost method to optically detect any color, including clear, binding solution on plaster powder. Saved customers 5 minutes of manual alignment time by designing an automated process to optically align four color print heads at 600 dpi on plaster powder. (Patents awarded)
Los Alamos, Nm, Us
The goal of the project was to understand the breaking of magnetic field lines and their reconnection in a conducting plasma. Led a team which designed and built a fully automated, computer controlled probe drive system. This device enabled precise 3-dimensional mapping of the magnetic field in a 10^-7 Torr vacuum chamber. Design Engineer, Magnetized Target FusionThe mission of the project was to develop practical fusion energy by imploding magnetically self-organized plasma with a Z-pinch. Designed and built a magnetic diagnostic probe to characterize a beta 1 plasma for the Magnetized Target Fusion project. Received the Los Alamos National Lab Symposium Award for the best presentation in the engineering category.
Designed and built a variable temperature laser oven for fusing plasma flat panel displays, using the Nuvonyx diode laser, pyrometer, and controller. Assembled diode arrays, invented a water jet wear tester, and provided ideas and solutions to existing obstacles.
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Bill Fienup works for mHUB.
Bill Fienup is listed as Co-Founder, mHUB, Executive Director, MedTech Accelerator at mHUB.
AeroLeads has found 1 work email signal at @mhubchicago.com for Bill Fienup at mHUB.
AeroLeads has found 5 phone signal(s) with area code 312, 617, 781 for Bill Fienup at mHUB.
Bill Fienup is based in Greater Chicago Area, United States while working with mHUB.
Bill Fienup has worked for Mhub, Wave Therapeutics (Techstars Future Of Longevity), Sensatek Propulsion Technology, Inc, Aurasense™, and Dawatek.
You can use AeroLeads to view verified contact signals for Bill Fienup at mHUB, including work email, phone, and LinkedIn data when available.
Bill Fienup holds Msme, Mechanical Engineering from Massachusetts Institute Of Technology.
Bill Fienup is listed with skills including Product Design, Product Development, Rapid Prototyping, Mechanical Engineering, Engineering, Solidworks, Design For Manufacturing, and Finite Element Analysis.
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