• Serve as a technical lead for catheter component development and acted as a liaison between research team and vendors.• Engineering lead for all catheter based optical devices• Managed and trained a team of engineers and technicians on various optical manufacturing processes• Assisted on development and testing a machine learning algorithm for detecting different cells in clinical images• Helping in imaging software de-bugging and implementation for various projects

• Served as a technical lead for catheter component development and acted as a liaison between research team and vendors• Took lead on all technical and engineering development for various cardio projects catheters• Manufactured and documented clinical medical optical probes and trans-nasal catheters • Aided in research and probe development for novel optical based devices • Managed and trained engineers and technicians on various optical manufacturing processes• Assisted on development and testing a machine learning algorithm for detecting different cells in clinical images

• Served as an engineering technical lead for catheters development for various cardio projects• Fabricated and documented clinical medical optical probes and trans-nasal catheters • Aided in research and device development for novel optical cardiovascular devices • Implemented design and manufacturing changes to improve the device functionality and provide better imaging• Trained new technicians on different catheter manufacturing processes

* Manufactured and assembled clinical medical optical probes and trans-nasal catheters 
* Performed testing and failure analysis on all medical probes prior to clinical studies 
* Designed and machined components to improve fabrication procedures 
* Documented technical engineering documents to support and improve manufacturing processes 
* Assisted in development of prototypes and test methods for different projects 
* Improved efficiency of clinical trans-nasal probes for higher manufacturing output

• Lead and managed the Full Body Protection group • Successfully implemented two devices to be used in the hospital to combat PPE shortage• Worked with various vendors and volunteers to develop and research potential solutions during the COVID-19 PPE crisis

• Inspected incoming inventory for defects and specification failures using various testing equipment and methods• Designed and machined fixtures and components to improve manufacturing yield; Reduced resource wastage by 2-3%• Compiled engineering documents and ECOs to support and improve manufacturing processes• Performed failure analysis on shelved products such as transducers, wedges, cables and fixtures• Tested transducers and raw materials on their performance properties such as frequency, polarity and impedance• Conducted audits for manufacturing processes, order fulfilment and shipping to remove discrepancies in procedure

• Assembled prototypes using machines and tools such as pliers, wrenches, razors, etc.• Tested prototypes and other materials using Instron and laser machines• Manufactured parts of prototype using 3-D printers• Manufactured ball lenses using fiber and automated machines• Developed new test methods to test and inspect functionality of prototypes

Designed tools using AutoCAD and SolidWorks.Learned about the manufacturing process of combined wrenches.