Daniel Corbin Email & Phone Number

Tampa, Florida, US

Iovera R&D

• Engineering consulting services
• PCB design review, unit testing, and product design for Hysolis March 2023 - present
• Circuit design, schematic capture, PCB layout & assembly, and functional testing of safety shutoff PCB for Hysolis LLC
• CAD design and 3D printing
• AC motor control driver
• PCB design

Poway, California, US

• Collaborated with cross-functional teams to launch 4 new medical devices from start to finish on time and on budget
• Grew portfolio of companion instruments from two lab instruments to six PoC instruments supporting multiple consumable product lines (diagnostic tests) to drive product differentiation, revenue growth, and open new.
• Developed VoC insights, user stories, and feature requests through customer interviews, site visits, and surveys
• Implemented product roadmaps and strategy, and defined go-to-market and pricing strategies
• Performed market and financial analyses, developed business cases, and led presentations to business and team leads
• Leveraged engineering knowledge to facilitate discussions between business and technical teams, lead software updates and releases, quickly develop MVPs, provide customer and sales training, and ensure regulatory.

Poway, California, US

• Successfully completed development of a medical device with an international development team that had previously stalled by defining and documenting marketing and engineering design inputs, completing software testing.
• Worked with stakeholders to define requirements, present project updates and technical reviews, selected and qualified vendors, led software development and releases, and maintained ISO/GMP compliance
• Experienced with CAD, PCB, and software design, UI/UX, rapid prototyping (3D printing), DHFs, and SOPs/WIs

Hawthorne, California, US

• Designed a PCB capable of ultra-high precision measurement of current for testing and validation of F9 sensor RIOs. - Developed inexpensive way to achieve much higher accuracy and bandwidth than commercially available.
• Responsible for designing and building a test bed for a Dragon 2 RIO - Designed internal and external harnessing and worked with buyers and expediters to have them built - Created interconnect diagram, BOM, and.

• Calibration of low-light reference units and detectors for medical diagnostics
• Placed in charge of calibration of all reference units after six months of experience
• Making and assembling light reference units and various other electronic equipment
• Soldering and troubleshooting circuit boards – finding faulty electronics and repairing or rejecting them, saving time and money through large reduction in warranty repairs
• Regularly take advantage of learning opportunities such as learning to design and build electronic circuits, machining, 3D printing, and CNC operation
• Performing modeling and analysis with Microsoft Excel

• Designing and physically implementing a microprocessor controlled batting cage system to replace an outdated, unreliable, and expensive existing system in a commercial batting cage facility
• Designed, built, and tested the secondary power boards that drive large AC motors and status indicators
• Now being used at a commercial batting cage facility as a replacement for antiquated former system
• Performed research and conceptual design of an automated safety system that shuts batting cage down if batter steps into the “strike zone”, an industry first

• Powertrain Team Lead
• University of Maryland Society of Automotive Engineers Senior Award recipient
• Responsible for leading a team of eight engineering students developing a high-performance vehicle powertrain
• Lead the complete redesign of all of TR16's powertrain system's major components including the oiling system, cooling system, intake and exhaust manifolds, and final drive.- Solved major reliability problems present in.
• Performed research and testing to improve the reliability and performance of the '14-'15 car (TR15)- Found the shortcomings of the current system (oil loss through vent of ~110 mL/min) through testing- Researched.
• Researching and designing a paddle shifting system for TR16- Researched solenoids to actuate shifter (electromagnetic vs. pneumatic)- Chose electromagnetic solenoids for their tenability, light weight, and simplicity.