I specialize in the design and creation of custom robotic systems where robots help people perform the dull, repetitive, and oftentimes dangerous tasks we don't want to do. However, this is changing. My experience has exposed me to the entire design-build-commissioning process for high reliability production lines and I am committed to helping people leverage robotics to help achieve their goals. Projects typically start with a conversation and a white board and flow through to a detailed user specification of the desired end product. We then build a timeline for deliverables, acceptance criteria and installation. I have experience installing high volume, precision automation equipment both in the US and China. I have developed an interest in projects where robotics is helping to bring people together, especially with food products.
Lead Robot Integration Engineer Vicarious FPC At Vicarious, I led the hardware design and implementation of standard platforms to be employed under a Robots-As-A-Service (RAAS) business model. Bridging the research and product development teams, I worked with deployment to develop autonomous capabilities for embodied robot systems to quickly learn and detect their environment to perform helpful tasks in the real world.
Vicarious is developing artificial general intelligence for robots. By combining insights from generative probabilistic models and systems neuroscience, our architecture trains faster, adapts more readily, and generalizes more broadly than AI approaches commonly used today.
Co-Founder Nourish Technology Inc. At Nourish, I developed the initial concept and prototype of the robotic restaurant. I established the California engineering team and built out a mock up commissary and development robotic kitchen that became the company headquarters.
Nourish Technology builds completely automated restaurants - engineering robotic systems that cook, package, and serve all different types of food and drinks. Our vision is to make high-quality, delicious, and locally sourced food and drinks accessible and affordable to everyone.
Controls Engineer L2F Inc.
I joined as the first engineer to build out the company's robot and machine vision capabilities. Here I received extensive training on vision guided robotic systems. I helped grow the team from three to fifteen and become the first RIA-certified robot system integrator in California. The Middleby Corporation acquired the company to add automation capabilities to line of food prep equipment.
Lead Engineer CKC Engineering, LLC
Specialized in aseptic and sterilizable manufacturing methods, I acted as a lead mechanical engineer developing mechanisms and fixtures under partner member, Chris Duggan, for the medical and pharmaceutical industries. At CKC Engineering, I received my first exposure to programming PLCs and HMIs for highly regulated process equipment. In addition, I gained hands-on experience with precision machining and equipment deployment.
Manufacturing Engineer Solyndra Inc.
Charged with leading the continuous improvement of the routine maintenance of high vacuum deposition equipment, I worked with an engineering team to reduce the turnover time between runs to a single 12-hour shift and saved the company an estimated $500,000 in daily operating costs in machine downtime. The company folded underneath all of us and I learned a challenging lesson that forced me to reinvent myself.
Peter So Engineer, Roboticist, Developer, Entrepreneur
I'm an engineer who has cut my teeth designing automation equipment for prominent companies in Silicon Valley. I studied mechanical engineering with a focus on controls at the University of California, Berkeley and spend my time working to close the skill gap between people and machines. I believe robotics possesses the ability to expand an individual's ability to explore challenging environments of the universe and would like to build a future where people, with the use of robotics, will be able to accomplish things faster, cheaper and more safely together.
I have spent the last decade building custom robotic systems for engineering teams at well known companies like Apple, Tesla, and a number of smaller companies learning about real world challenges for people working with automation.