♦ Translate customer needs into product specifications & communicate product features as value-driven solutions♦ Define product and marketing strategy for high-priority verticals♦ Lead informational webinars and training sessions for customers, prospective customers, and new hires♦ Manage and create systems for engineering, marketing, and e-commerce product data♦ Build reports to uncover industry trends, target customers, market segmentation♦ Lead UX interviews and prototype online tools to improve customer experience and increase engagement♦ Write and manage collateral for product applications♦ Manage Sales Enablement Platform (sales team library for product and marketing content)♦ SME - project management and collaborative file sharing tools

This project aims to increase the access and affordability of lower-extremity wearable robotics by developing a versatile, scalable exoskeleton platform. Initially, we are targeting two applications: walking rehabilitation of stroke survivors and augmentation of post-disaster relief workers. Our team is working with SuitX and Dr. Homayoon Kazerooni of the Berkeley Robotics and Human Engineering Laboratory (BLEEX).Project Manager:♦ Coordinated two teams (8 members total) to deliver versatile exoskeleton technologies for industry partners and multiple university stakeholders♦ Launched cross-application frameworks for teaming, communication, timelines, etc.♦ Led and organized team meetings to produce reporting deliverables ahead of schedule♦ Coached teammates on leveraging skills and personal developmentDesign Lead:♦ Developed system to generate design parameters from gait data♦ Optimized hip design to avoid singularity of series-elastic actuator (SEA)♦ Designed housing for SEA and electronics to consider wire routing and heat dissipation♦ Designed hip ROM bumpers for patient-specific customization and cost reduction♦ Generated engineering drawings and assembled prototype hip assemblies♦ Prototyped load carrying device for search and rescue augmentation♦ Leveraged user interviews, roadmapping and other human-centered design methods

Calculus, Physics, Microsoft Excel, et al.

Stryker MAKO, Reconstructive Robotics R&D Division♦ Designed and built compliance test fixture for partial robotic surgical arm♦ Helped design reliability fixtures♦ Led SolidWorks tutorials♦ Assembled absolute encoder from design schematics♦ Printed SLS parts for prototyping♦ Updated production tooling designs♦ Handled Engineering Change Notices