Deev Talati Email & Phone Number

Milford, Ohio, United States

As a Project Engineer at ITM, I specialize in delivering structural and mechanical testing solutions that enhance operational efficiency and support product development across diverse industries. My role involves hands-on technical work and project coordination in the areas of - Industrial Monitoring, Testing Services, and iTestSystem software.Technical Development: Design, solder, and program custom circuit boards to support ITM’s advanced monitoring and testing solutions.Data Acquisition & Analysis: Operate and integrate data acquisition systems using National Instruments cDAQ and FieldDAQ hardware with ITM’s iTestSystem software, enabling precise real-time data collection and analysis.Structural & Mechanical Testing: Conduct strain gauge installations, load monitoring, and structural assessments, helping clients achieve accurate and actionable insights.Client Support & Collaboration: Work closely with clients and cross-functional teams to ensure successful project delivery and troubleshoot technical challenges.This role allows me to leverage my technical skills and problem-solving capabilities to provide high-impact engineering solutions and exceed client expectations.

Cincinnati, Ohio, United States

• Successfully scoped and selected essential hardware and software components aligned with client specifications, ensuring seamless integration and functionality.• Led end-to-end firmware development of innovative products, overseeing every phase from conceptualization to final execution.• Proficient in utilizing the Zephyr Real-Time Operating System (RTOS) platform to develop a versatile data logger, ensuring its compatibility with diverse hardware environments.• Performed analysis on unprocessed CSV data from sensors and implemented post process data filtration.• Utilized Particle API functionalities to establish communication to upload sensor data to the Particle cloud. • Collaborated with cross-functional teams to assemble and develop client products, utilizing SolidWorks CAD software to design and integrate hardware components.• Fabricated PCBs with precise soldering to ensure reliable connections, enhancing product performance and longevity.

Louisville, Kentucky, United States

Connected Home – Android App Development – Java and Kotlin May 2022 – August 2022• Implemented the Android TalkBack feature to aid the visually impaired to ease navigation through GE’s mobile app• Created an app to improve efficiency of QA testers which allowed them to switch between production and field APIs• Implemented and refactored the settings fragment to improve user usability• Debugged and tested numerous bug tickets which bettered the performance of the app

Louisville, Kentucky, United States

Cooking Appliances – Memory Optimization of Microcontrollers – C, C++, and Lua August 2021 – December 2021• Optimized existing code in C to improve RAM and ROM savings in field-tested appliances • Developed API functions to build a connection between software and hardware components of an Arduino based robot

Louisville, Kentucky, United States

Refrigeration Appliances – In-Home Garden System – C, C++, and Lua January 2021 – May 2021Software Developer on an innovative project that engineered an In-Home Garden system using Aeroponics technology that enables in-home growing of a variety of plants all year long. It provides at-home chefs the freshest herbs on-hand.• Wrote code in C for a three separate humidity and temperature-controlled chambers to grow a variety of plants• Developed new CO2 Sensor Board Modules, which enabled making the system air flush based off parametrically defined levels. Implemented a Calibration Requester, that would trigger when a signaled on-change event occurred• Improved Water Management Modules to make the product more versatile to be used with and without plumbing • Implemented Single Board Computer (SBC) Reset Line that helped developers to test the SBC due to frequent crashes• Updated common code for the translator board, so new functionalities could be implemented• Implemented a fail-safe protocol when the translator board loses communication with the main board• Troubleshooted the heartbeat configurator to correct the data flow between the translator board and the main board

Louisville, Kentucky Area

• Implemented an RGB LED light project from concept to a final design, that was controlled through Wi-Fi using an ESP 8266 Wi-Fi module. Manufactured a working model of the product. Gained knowledge of using the Upverter software to design the circuit board. Also learned milling and drilling of prototype Printed Circuit Boards using a LPKF milling machine.• Designed and manufactured a circuit board that will collect data and store it in a data cloud that analyzes the field data to help improve the performance of an Ice Maker. Wrote a JSON structure to obtain data from a package. Collected data from an Arduino and transferred it on to an ESP Wi-Fi chip that sent the data in to a data cloud. • Set up a Raspberry Pi running off Linux to control a series of LEDs using Python language.• Manufactured a name plaque from a sheet of wood using a laser engraver, power tools, table saws and other woodworking equipment. Utilized Adobe Illustrator to program the laser engraver.