Erich Robinson-Tillenburg Email & Phone Number

Redmond, Washington, United States

Building the foundation of the metaverse by developing features that span SW & HW to help push MR devices to their physical limits

Redmond, Washington, United States

• Worked on the Load Balancer service as part of the Software Defined Networking team in Azure• Primarily responsible for the overall health model of the service, core load balancing features and delivering next-gen load balancer support for our container and Kubernetes orchestration platforms used by all Azure services

Redmond, Washington

• Worked with the COSINE (Core OS and Intelligent Edge) Data and Intelligence team to improve the quality of Windows monthly updates• Drove the end to end strategy for manual and automated functional validation of all Windows (XP through 10) monthly updates to deliver a high quality product for over 1 billion customers on a monthly basis• Developed intelligent test scheduling, reporting and automated failure analysis to aggregate signal from over 100,000 tests and generate actionable insights for over 100 engineers

• Researched under Dr. David Akin to develop a computer vision platform for the Ranger Telerobotic Shuttle Experiment• Software developed using the OpenCV library for Python and integrated into existing C++ codebase using ROS

• Member of 5 person team charged with design of a Solar Electric Propulsion Space Tug as part of NASA competition• Carried out trade studies on cutting edge space technology to calculate decisions based upon cost, technological readiness, and intercorrelated design constraints for electric propulsion, solar power, and robotic assembly systems • Planned mission operations using SEP Tugs for efficient transit system of payloads from LEO to LDRO and LMO taking into account radiation exposure, lifetime of components, propellant mass, refueling and maintenance of Tugs, and transit time

• Led a team, selected as 1 of 30 out of 1,700 original entrants from top engineering universities, to build one of the first ever fully functional Hyperloop pods as part of an international SpaceX competition • Won best in the world for performance in operations and placed 5th in overall design as judged by SpaceX engineers• Presented project in multiple forums, raising ~$120,000 in initial funding from sponsors such as Siemens, NGC, and BGE• Coordinated a 50+ person effort, maintaining project-wide schedule and budget to deliver a Pod on time and under budget• Performed iterative process to determine overall design during initial phase working with team to compile preliminary and final design packages, presenting results to SpaceX and Tesla engineers• Conducted design work using Siemens NX and NASTRAN, determinegmd initial levitation control and braking mechanisms and assisted with hardware selection during design phase of project• Drafted machinist drawings using GD&T, fabricated tightly tolerant parts by hand, assembled, and verified alignment of parts for the frame, brakes and suspension of Pod during build phase

• Researched under Dr. Tim Koeth to design weak and alternating variable gradient magnetic focusing mechanisms in order to build a 2 MeV cyclotron, proton accelerator to be used for cancer spectroscopy • Collaborated with other members of research team to balance design constraints between focusing mechanisms and RF system, vacuum chamber, and ion source and extraction systems, to successfully design two sets of machinable magnetic pole tips to be used to focus a 1.2 Tesla field and maximize outgoing ion beam intensity, ensuring effective operation• Analyzed magnetic properties of pole tips using FEA software Ansys Maxwell and simulated ion trajectories using SimIon• Designed CAD for each iteration of pole tip design using Autodesk Inventor, verified structural integrity of designs using FEA software, and drafted machinist drawings for final product

Silver Spring, Md

• Worked directly with the Principal on multi-million dollar commercial real estate acquisitions and dispositions• Performed due diligence upon receipt of offering packages to determine the feasibility of investments• Conducted market research and trade studies, compiling information into financial statements and presenting to investors• Directly involved in three acquisitions, two dispositions ; modeling and evaluating hundreds of potential investments• All investments involved with have consistently achieved significant returns of at least 20% IRR each year, with one deal generating returns more than double the initial multi-million dollar investment in under one year