Innovative and driven hardware engineer with a strong academic background and a deep passion for neuromodulation. Experienced in both research and product development, with a proven ability to tackle complex challenges. Experience in coding with platforms such as Python and MATLAB to perform data analytics. Adept in IP development and DRM, with a focus on creating impactful solutions. Known for a strong work ethic, collaborative approach, and ability to contribute positively to team dynamics.
Overview
8
8
years of professional experience
Work History
Senior Hardware Engineer
Medtronic
11.2020 - Current
Completed first clinical lot verification at MTC to support clinical trials for rechargeable sensing DBS system.
Oversaw external manufacturing for Haptic feedback system for prosthetics, working to modify manufacturing set up and processes to optimize product quality.
Performed test on electronic assemblies to ensure proper product performance and adherence to product requirements .
Supported tibial nerve stimulator for incontinence through product development lifecycle.
Conceptualized innovative product enhancements to support energy harvesting for low power designs.
Currently on disclosure submission for two patents, additional submissions in work.
Collaborating with patent/trade secret review board, patent lawyer and experienced submitters to revitalize IP submissions for campus.
Collaborated with teams on design reviews and validation testing for hybrids and their components.
Participated in internal audits of quality management system.
Outlined design requirements, BOMs, functional specifications and reports to document development processes adhering to FDA requirements
Increased product reliability by conducting thorough testing and debugging of electronic components and systems.
Championed collaboration between engineering departments, fostering a cohesive approach to project execution across various disciplines.
Received DRM Green Belt for analysis of terminal block reliability on printed circuit board assembly.
Professional Development Chair Medtronic Women’s Network (MWN) FY24 and Co-chair FY23. FY25 Tech Forum Co-chair
Standardized documentation procedures for all phases of the development cycle, streamlining communication among team members.
Conducted comprehensive failure analyses to identify root causes of hardware malfunctions, enabling effective corrective actions.
Student Contractor
Medtronic
02.2020 - 10.2020
Troubleshoot and repair python coding system for data analytics and spectral analysis of DBS recordings. Worked to create an open source replacement for data parsing previously done in Matlab
Develop circuit models to evaluate filter designs to filter stimulation artifact for DBS systems.
Research Assistant
Dr. Jitendran Muthuswamy, ASU
01.2017 - 05.2021
Surgically implant electrode into rodent model to characterize relationship between cortical blood flow in primary motor cortex and depth of stimulating electrode
Surgical electrode implantation, stimulation and LDF monitoring of cerebral blood flow to quantify blood flow response.
Conducted literature reviews to support hypothesis development and identify gaps in existing knowledge.
Evaluate use of measured physiological parameters in feedback loop for closed-loop optimization of electrode positioning and stimulation.
Proper maintenance of anesthesia (ketamine and isoflorane) and other physiological parameters during animal surgery.
Developed on understanding of neuroanatomy, physiology, and connectivity with specialized focus on the basal ganglia loop.
Participated actively in regular meetings with fellow researchers to discuss project updates, challenges faced, and lessons learned during ongoing activities.
Analysis of electrode location through lesioning, staining and analysis of coronal sections from rodents