Microsoft Office Medical

TITHI TIWARI

: **** * ******* **., ********, MI - 49931 : 906-***-****

********@***.*** https://www.linkedin.com/in/tithi-tiwari-9482b5115/ Graduate Biomedical Engineer with a strong technical background on the design and functioning of medical devices/instrumentation seeking co- op/internship opportunities in 2018

EDUCATION

MICHIGAN TECHNOLOGICAL UNIVERSITY Houghton, MI Expected - Dec 2018 Master of Science in Biomedical Engineering (GPA: 3/4) Coursework: Medical Devices (Quality assurance, Regulatory affairs), Biosensors, B i o -optics, Biomaterial interface, Bio- imaging, Cardiovascular Engineering, Six sigma Fundamentals, Statistical Methods, Cellular and Molecular Biology 2 GANPAT UNIVERSITY Gujarat, India July 2012 - May 2016 Bachelor of Technology in Electronics & Biomedical Engineering (GPA: 8.27/10) Coursework: cardiovascular & fluid dynamics, neural network and fuzzy logic, advanced medical imaging. Biomedical digital signal processing, diagnostic and therapeutic technique and instrumentation, hospital management GRADUATE EXPERIENCE

MICHIGAN TECHNOLOGICAL UNIVERSITY GRADUATE TEACHING ASSISTANT

• Teaching physics to under-grads where I conduct lab sessions which includes experiments, simulations and grade the lab assignments

TECHNICAL SKILLS

C, C++, MATLAB, Simulink, Microsoft Excel, Microsoft Office Suite, LabVIEW, Pearl, Minitab, Six-Sigma ACADEMIC PROJECTS&PAPERS I UNDERGRADUATE

Smart IV Set

Emptying of the IV bag will be detected with the help of level indicator which is based on colour detecting principle Signals through RF transmitter will be transmitted to the Central monitoring system which when required will turn on the alarm. Wearable non-invasive glucose sensoring device

Wearable sweat-based glucose sensors are used to detect the glucose level by analyzing human sweat. The patch will be connected to a portable electrochemical analyzer. This sensor will first absorb sweat and is connected to the hardware for sweat analysis through a ZIF connector.

A Wireless, Implantable Sensor for Mechanical Stimulation of Femoral Nonunion in Rodents This biosensor design incorporates a bidirectional actuator within an internally fixated fracture stabilization device in order to promote and guide bone union.

PUBLICATIONS

IJARCET “Smart IV set” (Vol. 5, Issue 5) May-2016

• Color sensor was used which gives serial output of RGB value

• ATMEGA328P microcontroller was used

• RF module was used to transmit and receive data

PROFESSIONAL EXPERIENCE

SAHAJANAND LASER TECHNOLOGY LIMITED QUALITY CONTROL INTERN India, June-Sep2016

• Conduct tests on the stents and the balloon catheter following the SOP

• Observe the defects on the stents through microscope LOKHANDWALA GENERAL HOSPITAL BME INTERN India, April-Nov 2016

• Troubleshoot the medical equipment

• Maintain records of machines and inventory management

• Organising maintenance program for all equipment

• Keep up with the contract services

VOLUNTEERING/EXTRA CO-CIRRICULAR

• Volunteered National level conferences (Indian Medical Devices & Plastics Disposables / Implants Industry) in 2014 & 2015.

• Conducted training sessions for school children as a representative from a non-governmental organisation.

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