Jonathan Rutherford Email & Phone Number

Formerly Verb Surgical Inc.• Developed and managed the design hardware and software requirements in JAMA for 5 capital subsystems reducing overall testing burden by as much as 25%• Brought features from product inception to alpha/beta testing involving both internal and external partners• Optimized the 5-year product feature roadmap for the capital subsystems managed which included industrial design, UX, software, and hardware improvements• Managed business relationships with external design partners both domestically and internationally• Analyzed data from the system to ensure compliance with testable and passable requirements • Saved the company 14 months of future design iterations by identifying early issues in IPx, interfaces with external business partners, robotic control algorithms, internal interfaces, and human factors• Worked with surgeons and hospital staff to A/B test design solutions directly related to usability• Created and presented a project tracking dashboard for relationship with external design partners• Determined the fault tolerance time through analytical methods and confirmed through experimental testing• Defined the interconnect, context, and boundary diagrams• Wrote and managed the system and subsystem architecture documents• Established customer needs and engineering requirements based on V-Model process• Used model based systems engineering practices to expedite development process

Marlborough, Ma, Us

• Designed a mathematical model used to simulate interactions between lasers and the body• Developed system, and product, specifications for next generation laser consoles• Created monthly sprint schedules and identifying under performing resources based on trending analysis• Generated system and software architecture design documentation for next generation consoles

Marlborough, Ma, Us

• Created custom PCB for an LGA accelerometer to measure recoil action of calculus phantom• Programmed accelerometer to interface with an Arduino over I2C communication • Designed fixture for consistent and reliable design validation/verification activities across multiple laser systems• Developed testing plan to evaluate 10 parameters based on 3 factorial design of experiments • Executed feasibility study for reprocessing durability resulting in a design change to prototype• Owned the SureFlex and Aura fiber sustaining efforts developing master validation plan, pFMEA, attribute test method validations, and validation gap assessments• Generated new building instructions for console development to increase repeatability of builds• Reduced 2017 SureFlex remediation cost by $100,000 • Worked with vendors to purchase >$250,000 worth of equipment in 2016

Raynham, Ma, Us

• Lead process improvement projects saving the company upwards of $30,000• Fully trained in Gemba/Six Sigma practices with Green Belt training provided• Prevented a shutdown of manufacturing for 2 weeks by diagnosing and fixing a complex control system• Designated manufacturing expert for audit activities and regulatory submissions to Japan and US markets• Developed test methods and design validations for process improvements and regulatory requirements • Supported the Shonin submission of ReVive SE in Japan• Streamlined asset, calibration, and preventative maintenance document management system reducing paperwork and creating a more robust system• Managed new product introduction, developing fixtures, and improving the process prior to full launch

Sant Cugat Del Vallès, Barcelona, Es

• Designed and commissioned the operation of process and laboratory equipment to meet project goals• Analyzed equipment failures and implemented corrective actions• Supported all equipment life cycle activities for new and existing “GXP” equipment• Lead deviation investigations associated with process equipment and operations• Negotiated new contracts with vendors to define terms of agreement

California, 94086, Us

• Created and completed 3 engineering studies that optimized cleaning protocols for da Vinci instruments• Implemented 4 Verification/Validation protocols to be used by the quality and design departments• Setup a material compatibility database which took data from validation reports to help design teams choose approved materials for future design choices• Provided design feedback to R&D department based on AAMI and ISO standards of allowable protein levels for reusable medical devices

• Lead a team of 4 to create an automated urine measurement system to measure hourly urine output based on client needs assessment, state of the art research, manufacturing, verification and validation• Successfully designed and manufactured a load cell (including strain gauge selection, mounting, and wiring)• Designed and programmed analog and digital circuit components for signal processing and display• Evaluated design choices using an FMEA and benchmark testing• As a result of finishing the project 40% under budget and an overall well designed device my team received the “Significant Progress” award from the department.

• Used BEEST to create and analyze health risk assessments on companies around the Sacramento region• Organized and completed diesel engine studies based on data obtained from reporting year 2012• Worked on interdisciplinary teams to complete 500-800 page permits for larger companies• Finished project assigned in one third of the time allotted by contract

Studied the pollutants of ozone, allergens, tobacco smoke, particulate matter, bisphenol A and polycyclic aromatic hydrocarbons such as naphthalene.• Analyzed how exposure to lung toxicants leads to lung disease and alters normal lung biology• Maintained and managed the lab's website and the principal investigator's website• Evaluated and determined data significance using statistical analysis techniques• Processed lung samples from animal studies using confocal and laser scanning microscopy• Gathered and collected data to create posters for 6 different events

• Was tasked with handling transactions and keeping the counters spotless• Took inventory of items going in and out of the electronics department• Provided outstanding customer support to each and every customer

Bachelor'S Degree, Mechanical Engineering With An Emphasis In Medical Devices

Credential Of Readiness (Core), Business