Tarakaramakrishna Bala

Commissioning of Assemblies, Measurement, Soldering rework and supporting of simple test stands.• Testing PCB functionality using simulation tool, Circuit Analysis, Failure detection and optimization of a PCB. Schematic design and generating BOM using Siemens PADS, Adding new components to the Database and transferring production documents to PLM System. Temperature control of an assembly setup using Arduino, Bluetooth, and temperature sensor. Creating a Database structure using SQLite and Database using Python. Development of a QR Code generator using Tk GUI. Development of a graphical environment for Interface between the hardware, database and QR Scanner.

Design and Development of digital circuits of microprocessor applications in hardware and software Service, Software and Hardware testing (verification and validation of product) Prototyping and System integration of electronic and mechanical components

Design, Implementation and Testing of the ADI DriveNscan Tunnel. Assembling of a Scanner and early stage device setup and Interfacing the Tunnel with Cameras and Sensors Co Support of customer before and after the sale

Developed a web application to count data Smart Viewers methodology is the combination of Agile-Scrum and CRISP-DM methodologies Micro framework for Python, Flask and Tensor flow

Interfacing ColibriT20 board and Sensors with NodeMCU. Transfer the data to IOT hub in Microsoft Azure Cloud Accessing date through Stream Analytics and Power BI to visualise the data

Created a 3D CAD model in Autodesk Inventor with designed variable parameters Importing CAD model to COMSOL Multiphysics for simulation Generation of a heat map of a chip and simulate with matching heat sink design Analysing the statistics using MatLab, MS Excel and graphs using Office 365

Interfacing Sensors with Embedded hardware (Raspberry Pi board) Software Implementation (Python) in Linux Platform Creating a Web Server based on embedded hardware to check the data

Electronic circuit based on ARM Microcontroller to locate coordinates System Modelling with GPS device, Microcontroller, IC’s and Display Simulation using Embedded C programming

Designing a SMT circuit board with ATEML Microcontroller Integration of Encoders, Decoders, Sensors and display Hardware Design analysis, Device Programming, testing and Implementation