Biomedical Engineer Product Development

Available for immediate start, open to relocation. In-depth knowledge of development protocols,

Proven experience in leadership. product design, CAD, and medical terminology.

Pro-active team player with a positive attitude who can work independently and multitask.

Excellent verbal and written communication and

interpersonal skills.

Dhruv Vishwakarma

3915 Dalwood Dr. – Suwanee, GA 30024 770-***-**** – *********@*****.*** Biomedical Engineer – Medical Devices

Lead Engineer with over 3 years of experience in design and development of medical devices in the biomedical field. US Citizen, passionate about developing creative solutions for complex problems. Highly organized with special attention to detail. Strong background in robotics, programming, medical imaging, experiment planning, and product development. Relevant Experience

Lead Developer Xstrahl Inc. – Suwanee, GA 01/2014 – 11/2017 Xstrahl is the leading designer and manufacturer of X-ray therapy systems for use in cancer and dermatology treatment as well as radiation biology research.

Led entire product development of SARRP, a radiation therapy research solution that uses cone beam computed tomography to allow delivery of a precisely targeted radiation dose to small animals, primarily used for preclinical radiation oncology research.

Responsible for ideation, design, development, testing, and support of the SARRP software and hardware components, hardware-software integration of accessories, researching and developing usage methods and technical documentation, reports, quality analysis, and testing.

Expanded product utility by designing and implementing a novel, inexpensive CT technique using a lensed camera.

Provided troubleshooting and operational support to over 60 customer sites worldwide.

Allowed more complex radiotherapy studies by developing software, calibration methods and documentation for a motorized variable collimator.

Collaborated with 3 research labs to catalyze new developments into commercial products.

Developed an integrated comprehensive treatment planning system for dose modeling, planning and execution, and image registration and managing experiments.

Helped develop an animal monitoring system that integrates an ion chamber with real-time sensor data to rapidly gate radiation beams, increasing tumor targeting precision.

Established a more efficient development cycle by expanding the development environment to introduce Agile and GitFlow development principles and practices.

Increased utility and performance with image acquisition and processing, enhancing system stability, robust error- handling, and intuitive front-end UI design.

Researched, evaluated and improved dosimetry methodologies for precise dose modeling.

Made use of excellent technical writing skills to produce customer-facing, servicing, regulatory documentation.

Trained and mentored service engineers, applications specialists, and customers on usage and troubleshooting.

Performed quality, reliability, and regulatory testing, as well as produced test reports in a timely manner. Education

Georgia Institute of Technology – Atlanta, GA 2014 B.S. in Biomedical Engineering – Minor in Computer Science

Dean’s List (2008 – 2014)

President’s Undergraduate Research Award recipient (2011)

Senior Writer for the monthly BME newsletter detailing on-campus research (2009 – 2013) Technical Skills

Development C C++ Python Java Matlab LabWindows CVI HTML JavaScript CSS Tools Visual Studio (2008-2015) SolidWorks OpenCV 3.0 IronCAD CMake Git & SVN

Robotics & Imaging APIs wxWidgets Balsamiq 3DSlicer Qt PyCharm ImageJ OS Windows XP, Vista, 7, 8, 10 UNIX & Linux distros Android Additional LaTeX DAQ devices Image Processing Robotics controllers Arduino, Teensy, PIC Additional Experiences

Researcher Georgia Tech – Atlanta, GA 08/2009 – 05/2014

Conducted computational neuroscience research on neural learning algorithms using Matlab on distributed clusters and GPUs. Biomedical Intern Elekta Inc. – Norcross, GA 05/2009 – 08/2009

Worked closely with service engineers to diagnose and repair clinical radiotherapy equipment. References available upon request.

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