Saransh Arora

Product Engineer

Parsippany, New Jersey, United States7 yrs 2 mos experience

Highly Stable

Key Highlights

Expert in biophotonics and machine learning applications.
Developed innovative low-cost solutions for healthcare diagnostics.
Strong background in microfabrication and analytical techniques.

Stackforce AI infers this person is a Healthcare and Biotechnology expert with strong skills in analytical technologies and microfabrication.

Contact

Skills

Core Skills

Systems EngineeringChemical AnalyticsBiophotonicsMachine LearningMicrofabricationRaman SpectroscopyNanotechnologyQuantitative Phase ImagingClinical DiagnosticsMicrofluidicsElectrolyzer Technology3d Imaging3d PrintingImage Processing

Other Skills

ANSYS LumericalAnalytical ChemistryBacterial Cell CultureBioengineeringBiophysicsBiosensorsCOMSOLChemometricsComputer-Aided Design (CAD)Electrolyzer Fuel CellError BudgetingGitImage ClassificationImage ReconstructionMATLAB

About

I am Systems Engineering at KLA, currently working on new tech development and error budgeting of our chemical analytics products in the ECI division. I am also a recent graduate from Johns Hopkins University, where I primarily focused on unlocking the full potential of information that can be captured from biological samples through advanced biophotonics and harnessing the insight that can be gained from that information with machine learning.

Experience

Kla

Product Development Engineer

Jan 2025 – Present · 1 yr 2 mos · Totowa, New Jersey, United States · On-site

Systems Engineer working on new tech development and error budgeting for KLA-ECI's chemical analytics products for semiconductor process control.

Chemical AnalyticsError BudgetingSystems Engineering

The johns hopkins university

Graduate Research Assistant

Jan 2021 – Jan 2025 · 4 yrs · Baltimore, Maryland, United States · On-site

Research at the Photonics for Quantitative Biology and Medicine Laboratory with microfabrication experience at the Whitaker Microfabrication Lab.
Developed a low-cost, clean-room fabrication free surface enhanced Raman scattering (SERS) substrate fabrication kit ($39.54) for pathogen detection (1.33¢ each) in resource-limited regions.
Raman spectroscopy in bioprocess monitoring (funded by AMBIC) by building on nanosphere lithography based SERS active nanopyramids mounted on optical probes.
Detection of radiation resistance in cancer using Quantitative Phase Imaging (QPI) based non-invasive clinical diagnostics and biomarker discovery. This work was presented at Photonics West and was funded through the Oracle Fellows program

MicrofabricationRaman SpectroscopyBiophotonicsMachine Learning

Indian institute of science (iisc)

3 roles

Project Assistant

Promoted

Jan 2019 – Jan 2021 · 2 yrs · On-site

Research at the Microfluidic Devices & Heterogeneous Systems Lab at Centre for Nano Science and Engineering (CeNSE) and microfabrication experience at the National Nanofabrication Centre (NNFC)
Developed a tunable constriction for cell squeezing and rotation on a microfluidic chip. The mold was fabricated using an SU-8 mask fabrication protocol & enabled 3-D imaging of PBMCs via morphology reconstruction. This work was presented at the Transducers, Eurosensors 2019.
Developed a membraneless electrolyzer fuel cell with a 3D-printed flow-by configuration with gold electrodes at the base of channel fabricated by gold sputtering, lithography and etching to characterize potential distribution across its width, in collaboration with Shell Technology Centre Bangalore (STCB).

Microfluidics3D ImagingElectrolyzer Fuel CellElectrolyzer Technology

Project Assistant

Promoted

Jan 2019 – Jan 2019 · 0 mo · On-site

Research at Optics & Microfluidic Instrumentation (OMI) Lab, Department of Instrumentation and Applied Physics. Implemented an image classification algorithm for sickle cell anaemia detection in the Cytocube R-1 portable automated microscope.

Image ClassificationMicrofluidicsImage Processing

Bachelor's Thesis

Jan 2018 – Jan 2019 · 1 yr · On-site

Research at the Microfluidic Devices & Heterogeneous Systems Lab at the Centre for Nano Science and Engineering (CeNSE). Developed algorithms for 3-D image reconstruction using air liquid interface (ALI) induced cell rotation and mechano-phenotyping of cells using ALI based tunable channel constrictions in a custom-built imaging flow cytometry set-up

Image ReconstructionMechano-phenotypingImage Processing