Lakshmi Kiran Murikinati

Solutions-oriented engineering professional with strong understanding of product development process. Brings excellent interpersonal and communication skills to work effectively with colleagues, management and vendors. Proactive in identifying areas of improvement and taking steps to drive successful completion of projects.

QR Code Ticketing Application:

Utilized MariaDB, Xampp web server, and RESTful APIs to design a distributed application that generates distinct QR codes. The app encompasses event management, seat preferences, and a dashboard, enabling event organization, seat reservation, pricing, and the issuance of unique QR-coded tickets through an open-source relational database system. 

 Predict Airlines Delay:

Utilized Regression along with Linear Discriminant Analysis and Decision Tree Classifier Models to determine flight delays under different conditions, such as the day of travel and the airline experiencing delays. Achieved an accuracy of approximately 82.5% in logistic regression and 63% in the decision tree model.

Load Monitoring and Control of Alternators using PLC and SCADA

● Program was designed using Ladder Logic by a Programmable Logic Controller (PLC) and Supervisory Control and Data

Acquisition software.

● This can be used to continuously monitor, control the machines, trending and even alarming by enabling the problem spot

and historian data from remote locations under any circumstances. 

Mechanized Synchronization of Alternators using PLC and SCADA

● Developed a prototype using Alternators, PLC (Programmable Logic Controller), PAC Meter (Programmable Automation

Controller), Contactor's, Relay, Current Transformers, Phase Sequence meter, PROFINET, PROFIBUS SCADA

(Supervisory Control and Data Acquisition) Software, TIA (Totally Integrated Automation) Portal and MATLAB.

● Implemented the programme to the alternators, monitored and controlled prototype automatically from the control room

(remote locations).

Ultra-Fast Acting Electronic Circuit Breaker:

• The outline of the project is to shut down the power supply when it is overloaded.
• Electronic circuit breaker is based on the voltage drop across a series element typically a low value register or a current transformer.
• The unit is extremely fast and over comes the drawback of the thermal type circuit breaker.