Solid Edge University 2014 Human Brains Inventing Machinery to Treat the Human Brain Industrial Design and Development Engineering f o r Ergonomics Manufacturing
ALON RAZGOUR - portfolio sample Industrial Design
GEOMATRIX - portfolio sample Engineering
NEURO OMEGA - introduction Product development World s most advanced Microelectrode Recording (MER) system Real time feedback on surgical targets Used in the treatment of Parkinson's disease and currently in research for future treatment of various disorders including: Epilepsy Alzheimer s OCD Depression
NEURO OMEGA - goals Product development Baseline Design an advanced intra-operative medical system used in complex Neuro intervention procedures. Design Transforming the functionally designed machine to a improved look, displaying it s new features in the most effective way, styling it to an advanced new aesthetic, allowing it to better compete with other products in the MER business. Ergonomics RE-thinking the Neuro Omega s compliance with the need of the physicians operating it, aiming to optimize human factor s and lead to an over-all enhancement of the system s performance in the O.R.
NEURO OMEGA - client s main objectives Project goals Effective containerization for international shipping Design Advanced and competitive Component re-location within the system Real-time functionality in the O.R Assembly & Disassembly in minimum time Enhancement of user experience
NEURO OMEGA - specification Project goals Mapping the system's properties Break the system down to all it s various segments Please wait Building a specification Interviewing all key stakeholders in the factory
NEURO OMEGA - process Project goals During this course of action, something gave our design team the haunting feeling that there is an aspect of this design that we were missing..
NEURO OMEGA - footprint Previous version + + + = ( ) Electric core Communication unit Speakers Computers
NEURO OMEGA - shipping Transport Shipping Sales rep. supervision Loading Receiving Pick-up Transport
NEURO OMEGA - optional configuration: styling Design Process The stage of understanding the system s needs had ended and this is where our project truly had begun:
NEURO OMEGA - optional configuration: styling Design Process Dismantling, organizing, arranging & re-arranging locating all the system s components in various configurations In search for the optimal configuration, serving both functional needs and an advanced outstanding aesthetic.
STAND ALONE UNIT Design Process Mounted on trolley for use in the O.R & dismantled for transport Easily connected to a generic computer and speakers for the use in sales demonstrations Includes all the components necessary for operational use Fully functioning as the final product.
NEURO OMEGA - mobility Ergonomics Electric core no generic additives Max size 17 square inch Max weight 25 Kg Easy to carry manually Fits into personal luggage
NEURO OMEGA - optional configuration: engineering Product development סרטון קוניפיגורציות Due to the multitude of aspects involving the Neuro Omega, our attempt to bring the system to a state of minimal space occupancy required a great deal of innovative thinking.
NEURO OMEGA - system inner space Product development Relocating: Large electronic boards PSU's Multiple cards
NEURO OMEGA - venting Solutions Dealing with Temperature Issues
NEURO OMEGA - assembly Solutions Ease of assembly in production stages
NEURO OMEGA - ergonomics Solutions Easy to reach for maintenance needs
NEURO OMEGA - mobility Solutions Dealing with Mobility Issues
NEURO OMEGA in the O.R. Solutions Finding solutions in the ergonomic field, in real time in the O.R
NEURO OMEGA - ergonomics Solutions When mounted onto its designated cart, the leg of the standalone unit converted into their secondary use: a feature used to wrap the cords of the head-box modules around it (sometimes up to ten meters long)
Final New Design
NEURO OMEGA - design details Styling User interface Head box modules Ergonomic grips Storage space Styling Easy dismantling
NEURO OMEGA - Solid edge workspace Solid Edge What truly enabled us to succeed in the goals we set to achieve was the joint work of all factors of the development team with the Solid Edge software
NEURO OMEGA - design work environment - synchronous Sheet Metal Stretching the Solid Edge's Sheet Metal environment to its limits
NEURO OMEGA - design details Synchronous Synchronous tool enabled us to work at a pace much faster than before, aiding us throughout the process in the piecing together of all elements and assisting us in adapting the planning and design to highly complex manufacturing needs.
Styling
Solid Edge University 2014 and Thank you!