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• Embedded systems

• 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 markets• 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 compliance

• 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 and project documentation, and contributing to marketing materials and product launch activities• 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

• 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 devices - Performed study of factors effecting accuracy over full operational range to verify fulfilment of design requirements• 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 assembly document for test racks

• 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• New product development and customer-specific product customization

• 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 the previous oiling and cooling systems- Removed 20 lbs of weight from the overall powertrain package- Powertrain system survived and completed all events at competition for the first time in five years• 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, implemented, and tested upgrades- New upgrades successfully eliminated problems from the old system that caused engine failure- New system was implemented on Terps Racing's new car, TR16• 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 of overall system- Designed physical system which will be implemented pending funding approval• Researched E85 for use as a race fuel to increase the power and efficiency of our engine- Developing fuel delivery system to accommodate the use of E85• Hands-on car development including fabrication of parts and jigs as well as automotive system design and vehicle repair and maintenance• Test driver