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 • 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 extreme acceleration application• Started a CNC machine shop to support prototyping and small series production jobsEnvironment: R&D, CAD, CAM, Defense, Medical Devices, CNC, Machining, Startup, SolidWorks, Fusion 360, JMAG, Microsoft Office: Word, Excel, PowerPoint, Outlook Show less

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 and assembly processes scheduling and management• Designed mechanics and software of hexapod parallel… Show more • 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 and assembly processes scheduling and management• 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 pressure (aICP) diagnostics• Reduced production costs of an advanced guided munition by 80%• Developed a high-pressure oxygen compressor gearmotor for a USA client• Performed analytical feasibility study for satellite control moment gyroscope (CMG)• Developed surgical stapler prototype for startup company focusing on suture-less mitral valve annuloplasty repair• Participated in the design of test equipment for airborne night vision camera shutter• Performed simulations and production drawings for high accuracy inclinometers• Designed and evaluated by simulation strain gage based drill skiving detector for surgical robot • Designed laser and camera assisted robot end effector prototype for surgical robot• Introduced and applied Product Data Management model in the company• Wrote technical spec for custom electromagnetic coil winding machine for company’s manufacturing department• Mentored junior engineers for design and drawing principlesEnvironment: R&D, CAD, FEM, Machining, Medical Devices, Robotics, Biomechanics, Implants, Strain Gage, Defense, SolidWorks, SolidWorks Simulation, Matlab, Priority, Comsol, Microsoft Office: Word, Excel, PowerPoint, Outlook Show less

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 conduct safer and more accurate spine surgeries• 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 • 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 conduct safer and more accurate spine surgeries• 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 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• Designed novel spinal implant for minimal invasive spinal surgery• Prepared specifications, cost and material estimates for designs producedEnvironment: R&D, CAD, Medical Devices, Biomechanis, Robotics, Implants, Composite Materials, SolidWorks, SmarTeam, Microsoft Office: Word, Excel, PowerPoint, Outlook Show less

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 • 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 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, PowerPoint, Outlook Show less