At Simplr, I design and develop features as part of our automation and applied AI initiatives in the customer experience space. I bridge the gap between our core platform and automation teams to increase visibility of automation features as well as mentor team members joining these initiatives. I lead the implementation of new LLM features that have increased sales conversion rates for customers, added support for multimodal experiences and introduced e-commerce experiences in our chatbot.
As Employee #1 at Knightley, I led the architecture, design and development of Knightley’s SaaS platform connecting early-stage founders & investors. I managed the product roadmap and transitioned the team to a customer-led development process that led to improvements in key product areas like onboarding and increased conversion rates and engagement.
My work at 540 focused on modernizing scheduling & biometrics systems across 3 different business lines for a federal agency to handle 32,000+ requests per day. I contributed to development of a component library used by our 80 person team to standardize the user experience. I collaborated with a team of designers and developers to improve workflows & improve request processing times.
I joined MoQuality as Employee #10 to help build their AI mobile app testing platform. My role focused on development of the product dashboard and incorporating AI/ML models into testing tools for our customers. I worked closely with the CTO and design team to shape the product roadmap, develop implementation strategies and conduct user studies.
I founded a client services company developing software solutions organizations and grew sales to upper five figures. I later led a pivot away from client services to a product-driven company. We released a breaking news app that utilized natural language processing and machine learning to process real-time data from various urces
I designed & built the MVP for a wearable device to improve communication for the hard of hearing. My work included development of the embedded software and companion mobile app as well as physical product design.
I fabricated military test hardware following commercial best practices from design, involving wiring diagrams created using AutoCAD to 3D Solidworks assemblies, to validation and verification of completed product.
I led an 8 person team in designing and building the carbon fiber shell of a solar powered race car that was one of 20 teams to qualify for a 1700 mile race across the United States. I worked with Delta Airlines to perform carbon fiber layups and Refined fiberglass and carbon fiber layup process required to create the car’s aerobody.
As a member of the GT Ubicomp Lab, I contributed to the development of a low power optical sensors for gesture tracking as part of the COSMOS project. I created optical tracking algorithms in Python by leveraging OpenCV and scikit-learn.
