Nitzan Hirsh

Co-Founder and CEO @ LuSeed Vascular

About

A medical device leader with over 10 years of experience in complex multidisciplinary / class iii devices development, with a proven track record of bringing products from ideation to the market, combining fundraising (both equity and grants), team integration, regulatory and clinical development, IP creation and stakeholders management. Biomedical Engineer (M.Eng Technion) in education, with the integration of human physiology with cutting edge technologies as main area of research interest. Born 1982, Italy, currently lives in Givataim, Israel. A father of a 3-year old future medical device expert.

Country

City

Israel

Industry

Medical Device

Skill

Fluid Mechanics, Solidworks, Mechanical Engineering, CFD, Product Development, Thermal Analysis, Matlab, Mechanical Product Design, Simulations, Design for Manufacturing, R&D, Biomedical Engineering, Medical Devices, Mechanical Ventilation, Biomechanics, Respiratory Products, Microsoft Office, Medical Research, Modeling, Computer-Aided Design (CAD)

Experience

Co-Founder and CEO

LuSeed Vascular

2022-4 - Present · 4 yrs 6 mos

Israel

LuSeed's vision is to provide a one-and-done treatment for Cerebral Aneurysms, via an easy to use, safe and effective treatment. LuSeed's device the 1st of its category specifically designed for Sidewall Aneurysms (untapped market of 30%), while removing the currently unresolved need for high-risk anticoagulants.

Co-Founder and CTO

LuSeed Vascular

2019-4 - 2022-4 · 3 yrs 1 mo

Head of R&D Mechanics

Flight Medical Innovations Ltd.

2015-4 - 2019-2 · 3 yrs 11 mos

New & existing products multidisciplinary systems design, involving leading a mechanical ventilator prototype design from concept to production. High familiarity with R&D methodologies, V&V, Regulatory affairs and respiratory physiology.

Founder

Streamline Dynamic Simulations

2011-7 - 2015-4 · 3 yrs 10 mos

Tel Aviv ,Israel

an engineering office, whose specialty is a wide range of design optimization services using CFD & Multiphysics tools, for biomedical & AEC fields capabilities vary from Energy Modeling simulations for green building applications, to complex flow system analysis.