Neha Sardesai Email & Phone Number

Natick, Ma, Us

Natick, Massachusetts, United States

Natick

Partner with university customers to understand their technical and business challenges. Use the insights gained to paint a vision of how MathWorks can help them address their challenges in education and research. Conversations range from computational thinking, coding to learn, use of MathWorks’ products in the industry to benefits of teaching/learning MATLAB skills. Demonstrate the value of MATLAB and Simulink to grow their adoption in their curriculum, research, and commercial projects.

Natick, Massachusetts

I work as a technical writer in the Application Deployment team at MathWorks. I write and maintain documentation for the products MATLAB Compiler, MATLAB Compiler SDK, and MATLAB Production Server.

Greater Boston Area

My research at Northeastern University involves ‘in-vivo’ detection and enumeration of specific circulating cell populations, concentrating on cancer metastasis. It is focused towards developing an in-vivo ‘diffuse fluorescence flow cytometer’ (DFFC) device that uses diffuse photons to sample large circulating blood volumes, enabling detection and tomographic localization of malignant cells in a limb cross-section with extreme high sensitivity (below 100 cells per mL of blood… Show more My research at Northeastern University involves ‘in-vivo’ detection and enumeration of specific circulating cell populations, concentrating on cancer metastasis. It is focused towards developing an in-vivo ‘diffuse fluorescence flow cytometer’ (DFFC) device that uses diffuse photons to sample large circulating blood volumes, enabling detection and tomographic localization of malignant cells in a limb cross-section with extreme high sensitivity (below 100 cells per mL of blood volume).Responsibilities:• Optical and electrical instrumentation• Data and signal processing • Cell culture and labelling for human malignant cell lines• Experiment design and implementation Show less

Baltimore, Maryland Area

Part of the research and development team for the DARPA-funded project 'Biologically Derived Medicines On-Demand'​. Current contributions include the design and development of a smart sensor for cell free protein expression.For further reference,http://www.bioprocessonline.com/doc/darpa-s-challenge-manufacture-a-biopharmaceutical-in-less-than-hours-0001http://research.umbc.edu/umbc-research-news/?id=52413

My research involves developing a theoretical model for trace gas detection for Quartz Enhanced Photo-Acoustic Spectroscopy (QEPAS) using a pulsed laser instead of a continuous laser. The project involves the generation and solution of differential equations for the pulsed-laser signal intensity, the corresponding acoustic pressure wave, and the resulting tuning-fork tines vibration and generated current. From these equations we are assessing how well the QEPAS current waveform matches a… Show more My research involves developing a theoretical model for trace gas detection for Quartz Enhanced Photo-Acoustic Spectroscopy (QEPAS) using a pulsed laser instead of a continuous laser. The project involves the generation and solution of differential equations for the pulsed-laser signal intensity, the corresponding acoustic pressure wave, and the resulting tuning-fork tines vibration and generated current. From these equations we are assessing how well the QEPAS current waveform matches a desired ideal current waveform for detection and estimation signal processing: a sinusoidal signal with a periodic on-off magnitude corresponding to the laser pulses. This project is funded by MIRTHE (a NSF sponsored Engineering Research Centre at Princeton University). Show less

Cleveland/Akron, Ohio Area

Breath analysis involves the collection and examination of exhaled breath to diagnose or monitor disease. Selected Ion Flow Tube – Mass Spectrometry (SIFT-MS) is used for real time, precise identification of the molecules in human breath that are expelled on exhalation. Presently, breath analysis is used clinically to monitor asthma, diagnose transplant organ rejection, diagnose Helicobacter pylori infection, detect blood alcohol concentration, and monitor breath gases during… Show more Breath analysis involves the collection and examination of exhaled breath to diagnose or monitor disease. Selected Ion Flow Tube – Mass Spectrometry (SIFT-MS) is used for real time, precise identification of the molecules in human breath that are expelled on exhalation. Presently, breath analysis is used clinically to monitor asthma, diagnose transplant organ rejection, diagnose Helicobacter pylori infection, detect blood alcohol concentration, and monitor breath gases during anesthesia, mechanical ventilation, and respiration, among other applications.The first portion of the breath comes from the airway where little gas exchange takes place, while the last portion comes from the alveoli that are closest to the pulmonary circulation, the main site for gas exchange. By fractioning the breath, it is possible to examine what part of the breath contains which molecules in what concentrations. By getting these concentration levels, it will be possible to decide on which fraction of breath would be most optimal to measure a particular compound. Show less

Doctor Of Philosophy (Ph.D.), Electrical And Electronics Engineering, 3.6

I completed my PhD in UMBC working on developing a bioprocess analysis sensor system for real-time monitoring of in-vitro protein.

Master’S Degree, Electrical, Electronics And Communications Engineering, 3.5

I have completed my Masters degree in University of Maryland, Baltimore County (UMBC). I was a Research Assistant to Dr. J. M. Morris.

Bachelor’S Degree, Electronics And Telecommmunication, 3.8