Zach Bower Email and Phone Number

Generated the global strategy for the flow diversion portfolio for the year including financial objectives, strategy, budget and tactics. Managed and supported the geographic expansion of a fourth-generation flow diverter to Latin America, Europe, Canada and Asia Pacific by being the global point-of-contact, a product expert and collaborating with regional partners to develop go-to-market strategies.

Led the launch of a third-generation flow diverter to treat cerebral aneurysms in the United States to double digit market share gains through a well-defined go-to-market strategy and partnership with regional sales and training teams. Delivered on global sales performance by surpassing annual revenue target at 111% and positively impacting 20,000+ patients.

We are a Venture Capital firm and community of University of Wisconsin-Madison alumni investors, executives, entrepreneurs, and innovation enthusiasts. We raise capital from UW-Madison alumni and invest alumni-led startups. We are private, for profit, and not part of (but friendly with) UW-Madison. Every year, we build a portfolio of 20-30 companies spanning industry, stage and geography. We co-invest alongside top-tier venture capital and private equity lead investors. We are an experienced, diverse community of alumni with different backgrounds and reasons for joining. If you are a Badger interested in entrepreneurship or venture capital, let's connect.Learn more here: https://techcrunch.com/2018/10/19/alumni-ventures-group-is-the-most-active-venture-fund-youve-never-heard-of/

Cellular Logistics is an early stage life science venture based on research at The Wisconsin Institute for Medical Research (WIMR) at the University of Wisconsin-Madison. The Company is commercializing a platform technology to increase cell survival rates and cell retention of regenerative medicine therapeutics for cardiac and tissue vascularization applications. www.cellogistics.com

Instructed a course of 30 students on biomedical engineering design techniques by teaching hands-on skills including computer-aided design, machining and fabrication of a physical medical device prototype.