Responsible for developing class leading, medical, electronic prescribing services to meet the needs of medical professionals and EMR partners.

Senior Robotics & Autonomous Systems Engineer, part of the robotics breakout organization at GE Research. Responsible for distilling the robotics autonomy vision into tangible, executable components; utilizing systems engineering & software expertise to develop an architecture / autonomy engine framework to facilitate mission planning, reasoning, and attention through to orchestrated behavior (action & perception) execution. These advancements in autonomy, will enable our robotics systems to deal with increasing levels of uncertainty and variability found in industrial applications.Shaping tactical research in the area of collaborative autonomy (human-machine teaming), which is critical to successful military and civil autonomous solutions. This involves developing advanced AI techniques (Deep RL, IRL, VAE, and GAN) and HMI/HRI to answer the hard questions for how we create a more natural, intuitive way to train autonomous robotic systems.

Lead Research Engineer in the Distributed Intelligent Systems Lab. Provide Auto-ID expertise in identifying business requirements & value opportunities, generating solutions & use cases, and developing & implementing applications for RFID technology. Lead hardware and software development efforts to enable asset visibility, connectivity, and sensing for high impact applications in the areas of Healthcare, Aviation, and Energy for GE businesses. Focus on cyber-physical systems design and development to enable the creation of applications and products driving the Industrial Internet.Focusing on the following applications areas: Asset Visibility, Asset Usage, Device Connectivity, Inventory Management, Remote Monitoring, Harsh Environments, Supply Chain, HMI, and Asset EcosystemsWorking with the following technology areas: Auto-ID Systems (RFID, Barcode, QR code, etc.), M2M, Passive Sensors, Telematics, Mobile Development, Robotics, Augmented Perception, AR, Services

System Integration: Hardware design, software design, data collection and processingApplication Development for data collection using RFID technologies.Customer installations of RFID hardware and software.Embedded programming for RFID system integration.

Developed database architectures and user interfaces for keeping track of the assembly and testing of fiber optic attenuators and amplifiers.Designed a process for extracting data from automated testing equipment and storing it in a database.