{…, portfolio, …}

Simple,

Accessible,

& Empathetic

I design & ship products that are simple, accessible, and empathetic.

As a leader, I work with a team's strengths to build momentum, excelling at reducing noise and providing feedback, so a team can add their value cleanly, efficiently, and enjoyably.

As a designer, I work to create and communicate constraints before concepts. Clarity and alignment among stakeholders is the recipe for a successful design.

01 - Product Lead

The Latch Lens

Building on the success of Latch’s iconic UI/UX interface, we modularized the design to create a platform. After proving the design on two first-party products, this user experience can now be brought to any lock format.

02 - Product Lead

The Latch C2

Taking everything we learned from our first deadbolt product, the team set out to create the worlds most intuitive smart lock. The UI was optimized for security, power efficiency, and reliability, while allowing for platforming through configurable I/O. The novel turn mechanism allows for locking at any time, creating a natural, reliable, and trusted experience for users.

03 - Mechanical Lead

The Latch R

The base building solution. Market need demanded a 10 month development cycle, and the team’s success in delivering proved the value of platforming.

04 - Transducer Designer

Soundlink Revolve+

The design brief for the first truly omnidirectional Bluetooth speaker required a new full range driver with high peak-to-peak displacement and low distortion. Continuous collaboration between the platform teams resulted in an excellent balance between system tuning, hardware robustness, audio quality, and customer value.

05 - Transducer Designer

Super65

The Bose Small Vehicle Series was developed to offer premium quality sound in a automotive segment with extreme price sensitivity. The solution? Take advantage of the smaller cabin and ditch the subwoofer. The resulting 6.5” driver required a novel suspension integrated with a dual magnet ring & slug motor to give the required force and magnetic linearity.

06 - Researcher

d32 mode cymbal transducers

During pursuit of an M.S. in acoustics, I worked at Penn State Applied Research Lab performing sensitivity analysis on transducer designs that make use of the responsive properties of novel crystal cuts in new single crystal ferroelectric relaxors. If you want to know more, you can be the third person to read my thesis.

All products shown on this site are the property of my clients & former employers.