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  • Python 


  • Neural Networks 

  • Machine Learning 

  • Deep Learning 

  • Convolutional Neural Networks 

  • C++ 

  • C#

  • FPGA

  • Product Development and Prototyping 

  • CNNs (Convolutional Neural Networks) 

  • RNNs (Residual Neural Networks) 

  • Anomaly Detection 

  • Recommender Systems 

  • Sensors 

  • Natural Language Processing  

  • Signal Processing 

  • Speech Processing 

  • Leadership 

  • Teamwork 

  • Time-management 

  • Self-starter 


Electrical Design Engineer | Apr. 2019 - Present 

High Purity New England, Inc. 

Smithfield, Rhode Island  

  • Initiating researching new technologies and assessing the feasibility for their inclusion in new product concepts by coordinating with Sales team.

  • Facilitated in design of new products by writing performance reports and software requirements specification for 3 of 6 original products in catalog by collaborating with Sales and Marketing department.

  • Met CEO requirements for new products by conceiving, designing, testing and launching multiple pump prototypes with newly integrated sensors to ensure successful completion of product concepts.

  • Created alternative method for the running of TFF process in the absence of a scale system by re-engineering existing scale system in Servo Controller by developing code that integrates flow sensor and collects data from flow sensor every 10 milliseconds to calculate weight.

Global Research Intern | May 2018 - Aug. 2018

Sumitomo Electric, Ltd. 

Yokohama, Japan 

  • Identified and calculated the number of deep level defects in MQW InGaAs/GaAsSb PIN diode by using photocapacitance spectroscopy at near infrared frequencies.

  • Estimated the correlation between dark current and deep level defects in said sample.

  • Conceived a model to investigate the means of improving the efficiency of the diode by analyzing compiled data and collaborating with supervisor.

  • Measured the temperature dependency of Quantum efficiency for the same MQW InGaAs/GaAsSb PIN diode.

Research Intern | May 2016 - Jul. 2016  

Tohoku University 

Sendai, Japan 

  • Fabricated a nano fiber with a diameter of 532nm at its thinnest part by utilizing the adiabatic heating process in the required orientation which enabled fabrication.

  • Observed the hyperfine spectrum of a sample of Rb85 and Rb87 atoms by designed an experiment using the pump probe scheme.

Research Intern | Dec. 2015 - Jan. 2016 

Electronics Corporation of India, Ltd. 

Hyderabad, India 

  • Worked on eddy current based turbine speed control. 

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