Max Green 🇮🇱🇨🇦 Email & Phone Number

Campbell River, British Columbia, Canada

• Provided consulting, feasibility studies, mechanical design and drafting services
• Developed and prepared CAD files and drawings from preliminary concepts, sketches, calculations, specification sheets and other data provided by the client
• Checked and verified design drawings to ensure conformity to specifications and design data
• Developed and prepared production drawings for heart implant insertion device
• Performed electro-magnetic simulations of custom DC motors for… Show more
• Performed electro-magnetic simulations of custom DC motors for extreme acceleration application

Tirat Carmel, Israel

• Was a member of company’s R&D team specializing in the development, design and production of instruments and systems for industrial, medical and defense applications
• Developed electro-mechanical systems according to clients’ requirements, including theoretical feasibility study, finite element method (FEM) simulations, off-the-shelf components selection, purchasing, manufacturing.
• Designed mechanics and software of hexapod parallel… Show more
• Designed mechanics and software of hexapod parallel robot for European multinational consortium as a part of BrainSafe II project for development of the innovative technology for non-invasive absolute intracranial.
• Reduced production costs of an advanced guided munition by 80%
• Developed a high-pressure oxygen compressor gearmotor for a USA client

Caesarea, Israel

• Fulfilled a function as of a member of research and development team engaged with design of core company products, including company's flagship product which is a robotic guidance system that enables surgeons to.
• Was a main contributor to the design of robot’s end effectors and mounting platform, while considering robotic system kinematics
• Designed accessory surgical tools with respect to sterilization and biocompatibility… Show more
• Designed accessory surgical tools with respect to sterilization and biocompatibility issues
• Translated industrial designers’ concept into mechanical structure of Renaissance Guidance System Workstation
• Took part in feasibility study for company’s new generation surgical robot

Haifa, Israel

• Responsible for full production cycle of diverse equipment for wheeled combat vehicles, starting from 3d design and drawing, through manufacturing supervision and ending with assembly and installation guidance
• Designed superstructure and interior kit for M998 Humvee vehicle conversion into mobile workshop as a major part of mass-production, multi-year army procurement project
• Constructed fast deployable shelter for all-terrain flatbed truck based system
• Designed armour and… Show more
• Designed armour and protection kits for various military and civilian vehicles
• Designed and evaluated by finite element method (FEM) simulation power winch base for utility vehicleEnvironment: Defense, Automotive, Sheet metal, Welding, CAD, FEM, SolidEdge, Microsoft Office: Word, Excel.