• Implement treatment planning algorithms and related features using C++, C# and CUDA

• Implement enhancements to a linear optimization problem (Inverse Planning) using C++

• Develop a DICOM serialization-parsing routine for Radiotherapy structure objects using DCMTK

• Develop backend as a REST API service to support requests from thin front-end client

• Resolve issues reported internally or from the field

• Interact with system engineers, clinical specialists, customers etc.

• Translate user needs and clinical requirements into subsystem requirements

• As feature lead - create task breakdown, distribute work among the team and manage scheduling

• Mentor interns and junior team members

Developed imaging and signal processing software for ultrasound systems.

• Researched methods to determine the correct number of image segmentations when using Normalized Graph Cuts.

• Developed an image segmentation algorithm based on eye-tracking data.

• Generated simple animations for segments through the application of periodic affine transformations.

• Designed ETAS-ASCET models from OEM requirements and developed embedded C software for passenger car electrical systems and vehicle coordination systems.

• Analyzed single core ECU’s runtime performance to determine floating point arithmetic benchmark.

• Studied/Analyzed task partitioning challenges involved in porting single-core software to a multi-core embedded environment.

• Assisted in data analysis for sensor elimination using Statistical Signal Processing techniques.