HR Execs on the Move

MakerBot Industries

www.makerbot.com

 
MakerBot, a subsidiary of Stratasys Ltd., was founded in 2009 and specializes in desktop 3D printers and scanners. MakerBot is a leader in the desktop 3D printer market with more than 50,000 MakerBot 3D Printers out in the world. MakerBot sets itself apart by offering an entire MakerBot 3D Ecosystem that makes 3D printing easy and accessible for everyone. The MakerBot 3D Ecosystem includes its 3D printers and scanners, its website Thingiverse.com, the world`s largest 3D design community for discovering, printing and sharing 3Dmodels, its software, apps and partnerships with leading companies; MakerBot Learning training programs; and MakerBot Retail Stores ...
  • Number of Employees: 100-250
  • Annual Revenue: $50-100 Million

Executives

Name Title Contact Details

Jobs

Chief Marketing Officer

MakerBot Industries Downtown Brooklyn
Responsibilities
• Brand - Own and held responsible for MakerBot`s brand
• Define marketing strategies to support the company`s overall strategies and objectives
• Develop and oversee day-to-day implementation of the overall marketing messaging, creative and PR
• Lead MakerBot`s performance marketing activities for e-comm and lead generation
• Steer the creative direction ...

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Resonant

Resonant is creating innovative filter designs for radio frequency, or RF, front-ends for the mobile device industry. We use a fundamentally new technology we call Infinite Synthesized Networks™, or ISN™, to configure and connect acoustic resonators, the building blocks of RF filters. Filters are a critical component of the RF front-end. They are used to select desired radio frequency signals and reject unwanted signals. We use ISN™ technology for finding superior designs to previously intractable problems in RF filters. Our technology uses a systematic design approach that employs a comprehensive suite of patented and proprietary circuit design methods and tools to create filters. The design approach starts from the ground up and is not constrained by conventional design limitations. The current approach to RF transmit filters is incremental optimization of a fundamental design patented in 1931. This approach was adequate until the recent growth in wireless data, which has required an increase in the number of wireless channels or frequency bands. This increase in bands requires new classes of filter designs. We are using our ISN technology to develop new classes of designs that have eluded other RF engineers. To that end, we have fabricated circuitry that demonstrates the feasibility of our technology design approach and have created working versions of some of our designs.