Will Tucker Email & Phone Number

California, United States

Redwood City, Ca, Us

Leading a team of skilled design engineers to bring additively manufactured polymeric products to high-volume production, solving product challenges with advanced geometry & process.

Redwood City, Ca, Us

Redwood City, Ca, Us

Working closely with customers to bring the benefits of polymeric additive manufacturing to scale.

Cupertino, California, Us

Was directly responsible for the mechanical design and integration of Touch ID module sub-assemblies into iPad systems· All three 2017 models: iPad Pro 10.5” (1st Gen), 12.9” (2nd Gen), and iPad 9.7” (5th Gen)· Designed metal parts, FPCBs, reliability & test fixtures; conducted failure analyses & in-region manufacturing audits· Collaborated with cross-functional teams in US & APAC: Reliability, Test, Process, PM, Quality, PCB Layout, EEAlso designed and validated test fixtures and probes for the first solid-state Touch ID button for the 2016 iPhone 7 and 7 Plus.

Stanford, Ca, Us

Over the course of the academic year, I designed a new graduate level course on design for additive manufacturing called "Scan, Model, Print!". The course focused on utilizing advanced algorithmic modeling and 3D imaging to exploit the advantages of 3D printing through hands-on design projects.I co-taught the corse during Spring quarter with Sean McCluskey. We had 62 well-qualified students apply for 11 spots. The course was hosted by Stanford's Product Realization Lab and we partnered with industry leaders including Autodesk and 3D Systems.

Stanford, Ca, Us

Stanford's Product Realization Laboratory provides a well-equipped space for current students of any year and any major to come in and realize their ideas. Our facilities include a machining lab, a precision metrology lab, a wood-working and pattern-making lab, a foundry, a plastics lab, a welding lab, and a rapid prototyping/electronics lab.As a TA there, I have the opportunity to consult with student's on their class, personal, and research projects. This of course is in addition to our core priority of ensuring the safety of the over 1500 registered users each year, many of whom have no experience with any such machinery. To complement this 20 hrs/wk of rapid fire advising, I also coach a small group of students in "ME203: Introduction to Design and Manufacturing". I help guide them through a 9 week process of bringing an idea in their heads to a beautiful product.Although proficient in all areas of the lab, I specialize in our rapid prototyping and electronics space. There we focus both on early-stage prototyping, integration of 'smart' capabilities, fabrics and soft goods, and rapid digital/physical transitions.

Stanford, Ca, Us

The Mayfield Fellows Program (MFP) at Stanford is a 9 month work/study program in technology entrepreneurship offered to 12 science and engineering students. The program focuses on developing leadership skills in the classroom and through an internship at a high-growth startup.

San Francisco, Ca, Us

Skybox Imaging (Skybox) provides easy access to reliable, frequent high-resolution imagery and HD video of the Earth by combining the power of web technologies and a constellation of microsatellites. By operating the world's first coordinated microsatellite constellation, Skybox aims to empower commercial and government customers to make more informed, data-driven decisions that will improve the profitability of companies and the welfare of societies around the world. Founded in Silicon Valley in 2009, Skybox is backed by leading venture firms and comprised of internet and aerospace professionals.

Roding, Bayern, De

Design and development of; automotive components (fuel system, cooling system, and structural members), manufacturing processes and equipment (assembly plans, carbon fiber plybooks, positioning setups, safety procedures), and carbon fiber molds and pieces (RTM forms, sandwich structures, calculation tools). Exposure to many stages of small-series automotive production and infusion-based carbon fiber molding. Used only German in the workplace and written work and translated company materials. Gained a deeper appreciation for German engineering.

Worked with Professor Chris Gerdes in his Dynamic Design Lab (DDL) on a project for the new Revs Program at Stanford. Our team designed a modular, portable and non-invasive sensor suite and logging package to measure vehicle dynamics and driver interaction in vintage race cars. This data will help us design better driver-assistance features for the increasing autonomy in today's vehicles. We collaborated with drivers, restorers, and human biology lab for driver sensors.

Randolph Afb, Tx, Us

Wright Patterson Air Force BaseAir Force Research Laboratory (AFRL)Sensors Directorate, Reference Systems Branch (RYRN)I developed precision GPS programming in Python and Matlab to facilitate research in our department. I became well-versed in current navigational technology, writing user-friendly, powerful and modular engineering programs, and presenting work professionally. I also improved our branch's IT system by introducing a Version Control system and procuring a new data storage system.

Master Of Science (M.S.), Mechanical Engineering

Bachelor Of Science (B.S.), Mechanical Engineering

High School Diploma