Please complete the CAPTCHA to continue
@intusurg.com
✓
2 phones found area 408
✓
LinkedIn matched
A concise factual answer block for searchers comparing this professional profile.
David Weir is listed as Director, Robotic Algorithms and Controls: Instruments, Accessories, and Endoscopes at Intuitive at Intuitive, based in San Francisco Bay Area, United States, United States. AeroLeads shows a work email signal at intusurg.com, phone signal with area code 408, and a matched LinkedIn profile for David Weir.
David Weir previously worked as Director, Robotic Algorithms and Controls: Multiport Instruments, Accessories, and Endoscopes at Intuitive and Senior Manager, Robotic Algorithms and Controls (Systems Analysis) at Intuitive. David Weir holds Ph.D., Mechanical Engineering from Northwestern University.
This section adds company-level context without repeating David Weir's masked contact details.
AeroLeads found 1 current-domain work email signal for David Weir. Compare company email patterns before reaching out.
I lead an engineering team that designs the daVinci surgical instruments and robotic system, focusing on robotic control algorithms, behavioral algorithms, safety systems, user interface, and mechanism interaction.
Listed skills include Matlab, Robotics, Medical Devices, Simulations, and 13 others.
Company context helps verify the profile and gives searchers a useful next step.
A career timeline built from the work history available for this profile.
California, 94086, US
Lead the Systems Analysis (Robotic Algorithms and Controls) team developing instruments, accessories, and endoscopes for Intuitive's multiport daVinci surgical robotic systems. The team's primary contribution is the design and implementation of control algorithms, behavioral algorithms, safety systems, and system architecture. We also collaborate heavily.
California, 94086, US
I lead a team that works on the control algorithms, behavioral algorithms, safety systems, and user interface for the daVinci surgical instruments and multiport robotic system, with a focus on surgical stapling and advanced energy (vessel sealing) instruments. System architecture and integration between mechanical, software, and electrical subsystems are.
California, 94086, US
I lead a team that works on the control algorithms, behavioral algorithms, safety systems, and user interface for the daVinci surgical instruments and robotic system, with a focus on surgical stapling instruments. System architecture and integration between mechanical, software, and electrical subsystems are also part of my job.
California, 94086, US
My primary contribution was developing the SureForm 60 Stapler for the daVinci Xi surgical robotic system. I worked on the control algorithms, behavioral algorithms, safety systems, and user interface for the daVinci surgical robot. System architecture and integration between mechanical, software, and electrical subsystems were also part of my job.
California, 94086, US
My primary contribution was developing the Vessel Sealer instrument control algorithms, behavioral algorithms, and safety systems for the daVinci Xi surgical robotic system. I also helped develop the Long Bipolar Grasper instrument and redesign 12 of the core instruments for the daVinci Xi surgical robotic system. System architecture and integration.
California, 94086, US
My primary contribution was developing the first robotic stapler for the daVinci surgical system. Lead contributor to the control algorithms, behavioral algorithms, safety systems. Helped design and implement stapler user interface for the daVinci surgical robot. System architecture and integration between mechanical, software, and electrical subsystems.
Evanston, IL, US
Research in haptics and mechatronics focusing on design, construction, and dynamics of high performance force-feedback displays and virtual environment simulation. Designed and built a custom haptic display (robot) and motor amplifier to demonstrate and study methods to increase Z-width (stable impedance range).
San Jose, CA, US
Worked on a complete, start-to-finish client project developing a haptic force feedback simulator used for rapid and efficient product development and prototyping. Determined performance specifications, designed the mechanical system in CAD (SolidWorks), analyzed mechanical forces and deflections (COSMOS), designed the electrical sensing and control.
Full-time contractor at the US Naval Research Laboratory (NRL) in Washington, DC. Performed experiments and wrote automated testing software analyzing the performance of chemical sensors and detectors. Fabricated and analyzed properties of passive electronic components created using a laser additive manufacturing fabrication system. Operated small linear.
Albuquerque, NM, US
Wrote software for automated control, data collection, calibration, and data analysis of the soft X-ray calorimeter on the high energy physics Sandia Z pulsed power facility.
Quick answers generated from the profile data available on this page.
David Weir works for Intuitive.
David Weir is listed as Director, Robotic Algorithms and Controls: Instruments, Accessories, and Endoscopes at Intuitive at Intuitive.
AeroLeads has found 1 work email signal at @intusurg.com for David Weir at Intuitive.
AeroLeads has found 2 phone signal(s) with area code 408 for David Weir at Intuitive.
David Weir is based in San Francisco Bay Area, United States, United States while working with Intuitive.
David Weir has worked for Intuitive, Northwestern University, Immersion Corporation, Nova Research Inc., and Sandia National Laboratories.
You can use AeroLeads to view verified contact signals for David Weir at Intuitive, including work email, phone, and LinkedIn data when available.
David Weir holds Ph.D., Mechanical Engineering from Northwestern University.
David Weir is listed with skills including Matlab, Robotics, Medical Devices, Simulations, Product Development, Sensors, Algorithms, and Mechanical Engineering.
Search by job title, company, industry, location, and seniority. Export verified B2B contact data when you need it.
Start free trial Search contacts