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Prime Healthcare and Prime Healthcare Foundation comprise an award-winning health system operating 44 hospitals in 14 states. Fourteen of Prime's hospitals are not-for-profit members of Prime Healthcare Foundation. Prime is one of the nation's leading healthcare service providers, with nearly 45,000 employees and affiliated physicians dedicated to providing the highest quality healthcare. Each of our hospitals serves the unique needs of their communities while providing exceptional care with the strength and support of Prime Healthcare.

-Tested integration of instrument, software, fluidic consumables to collect experimental data on DNA 
molecules  using solid state dual nanopore sensor on a chip
-Performed failure analysis to troubleshoot issues with nanopore integrated system
-Optimized Nooma’s DNA control system and interface software to improve experimental data quality

Worked at Biomedical Microdevices and Nanotechnology Laboratory on electrochemical based environmental sensors for detection of pesticides

UT Dallas is a top public university located in one of the nation’s fastest-growing metropolitan regions. Our seven schools offer more than 140 undergraduate and graduate programs, plus professional certificates and fast-track programs.

Created by bold visionaries and tech pioneers, UT Dallas has nurtured generations of innovators in its first 50 years. Our roots go back to the 1960s when the three founders of Texas Instruments — Eugene McDermott, Erik Jonsson and Cecil Green — established the Graduate Research Center of the Southwest as a source of advanced research and trained scientists to benefit the state and the nation. 

Our creativity and enterprising spirit has been — and will continue to be — UT Dallas’ guiding light.

Assisted faculty in an undergraduate lab course Biomedical Component and System Design. 
Skills: Texas Instruments Launchpad microcontroller programming, Energia IDE

Worked under Dr. David Schmidtke in his lab on Microfluidic devices that promote transport of biological active cargo into cells. 
Skills acquired: Clean-room experience, Photolithography, Soft Lithography, Fluorescent Microscopy, Optical Microscopy, Profilometry, Cell Culture, Cell Counting, Aseptic Techniques, Biohazard and Biosafety Management

I was briefly working under Dr. Auciello Orlando in his Laboratory on thin film synthesis and characterization of their physical and chemical properties. The research here aims to modify surfaces of implants and/or prosthesis by introducing thin film layer of Ultrananocrystalline diamond (UNCD). I am trained in Raman Spectroscopy and Ellipsometry characterization techniques.

With the intention of gaining a wider perspective of industries in the domain of Biomedical engineering , I worked at Ahmadi hospital and acquired the necessary field experience under friendly and helpful Biomedical engineers, technicians as well as the medical staff.

As a former working member of BMESI|MC, a student organization, I was responsible for organizing both technical and non-technical events and was involved in the publicity of activities held under this organisation. Managing events along with team members and volunteers was how I learnt teamwork, team playing and tackling differences of opinions.

The Official Biomedical Engineering Technical Club at Manipal Institute of Technology, M.A.H.E.