Systems Test Engineer Resume
TECHNICAL SKILLS:
Operating System: Windows, Linux
Languages & Script: C#, C, C++, MATLAB, PYTHON, Verilog HDL
Software and Hardware: Android Studio, Quartus Prime, Nios II Eclipse, Code Composer Studio, FPGA DE2i - 150, CC2650 Texas Instrument, IOT, IODT, EE8266 Wi-Fi, HC-SR04, Ultrasonic Sensor, Temperature and Humidity sensor, Sound Sensor, Arduino Uno, SIGFOX module, LoRaWAN module, LCD, PCB Designing, Micro-controller, Atmega 328p, SPI (Serial Peripheral Interface), I2C Protocol, Altera, Assembly Language Programming ESP 32, Arduino MEGA, Garmin LASER Sensors, Botletics SIMCOM 7000 shield.
Networks and Wireless Standards: IP, TCP/IP, UDP, DHCP, DNS, TDMA, FDMA, CDMA, HTTP, WIFI, OFDM, LTE, 5G, LPWAN technologies, SIGFOX, LoRaWAN.
RELEVANT WORK EXPERIENCE:
Systems Test Engineer
Confidential
Responsibilities:
- Developing test solution to automate the process of testing consumer electronics products (Customer: Amazon)
- Automated test solution to test more than 200,000 security devices over the Wi - Fi network using C# Windows Form Application
- Working in a production Environment and Troubleshooting Systems in order to sustain the existing Production.
- Improving the existing Wireless network by modifying Router’s configurations and designing new Network to support testing devices using Wi-Fi (2.4Ghz and 5Ghz)
- Performing a network capture using Wireshark to understand the traffic flow, and troubleshoot the cause of slow web servers
- Automated test solution to perform battery testing using C# in Visual Studio .Net Platform.
- Increased production efficiency by 30% through strategic minimization of bottlenecks and reducing test times
Embedded Engineer
Confidential
Responsibilities:
- Diagnosed the issue related to cellular communication (4G LTE/ NB-IOT) interference and constant signal drops and documented technical issues using AT Command Tester and conducted a research for different types of antennas
- Created an automated test process using bash script file for automatic updates for signal strength and the details about serving Base Stations with the help of communication modules
- Used ExpressPCB to design board schematics to mount Teensyduino on PCB and made modifications in existing designs
