Daniel Wilding Email & Phone Number

Eager to learn, recent Biomedical Engineer graduate with a year of design and systems development experience in hardware and software related to the biomedical device industry. Project leader in various investigations related to electronic packaging systems with biomedical applications and significant contributor in design of a low-cost, wearable oximeter. Experience with mentorship and team leadership in a fast-pace, competitive research environment. Advanced competency in mechanical design, prototype manufacturing, software development, as well as MATLAB and AutoCAD. Training and coursework completed in Design of Biomedical Devices, Design Project Organization, Biomaterials, Physiology, Modeling and Simulation of Biomedical Systems, and Senior Design Project. Fluent in English and Portuguese.

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  Assistant Research Engineer

  Florida International University

  Feb 2019 - Aug 2019 - Miami, Florida

  Set-up an advanced packaging laboratory and process-flow, with innovative next-generation additive manufacturing and thick film processes. Executed electronic package design and implementation based on electrical and mechanical constraints while providing project support, which included developing experimental protocols and fabricating prototypes. Supervised and mentored undergraduate and graduate students on several projects.• Invented via-array remateable connector technology and developed the world’s first embedded-die flexible fan-out packaging for future applications in maintenance of invasive biomedical technologies.• Developed various next-generation flexible packaging components for wireless sensors.• Integrated power and wireless components for implants and wearables:▪ Ceramic (LTCC) substrate with integrated antennas for data telemetry and power transfer▪ Embedded discrete filter capacitors▪ Substrate-integrated inductors with magnetic cores: printed conductors to form planar solenoids• Conducted reliability characterization for embedded designs of flexible interconnects under bending and created Kelvin-Probe structures for accurately measuring small changes in resistance due to bending.

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  Florida International University

  Biomedical/Medical Engineering