Timeline
Path tracking algorithm for fixed wing aircraft
Highlights π
- Equations are derived for straight line and circular path tracking using dynamics of fixed wing aircraft
- Path tracker control equations are tested in MATLAB and Simulink environment
- Path tracker is implemented in Python/C++ and ROS and tested in Gazebo Environment
- Algorithm tested in Hardware-in-loop testing
Trajectory navigation for quadcopter
Highlights π
- Equations are derived for differential flatness based controller
- Controller algorithms are tested in MATLAB and Simulink environment for different trajectory paths
Design and development of autopilot for controlling attitude and air-speed of fixed wing UAV
Highlights π
- Equation of the motion is derived with 12 DOF, analyzed for stability and PID controllers are constructed for controlling roll, pitch, altitude, course, airspeed with throttle and airspeed with pitch, considering trim conditions. State machine is build for switching between different flying modes. Controller gains are tuned, and code implemented in python/C++ and tested with Gazebo simulation in ROS environment
Master of Engineering, University of Cincinnati
Program Details π
Master of Engineering in Aerospace Engineering
Aug 2017 - Dec 2018
Cincinnati, Ohio, US
GPA: 3.5/4.0
Courses π
- Unmanned Air Systems
- Analytical Dynamics
- Modern Control
- Artificial Intelligence
- Decision Engineering
- Intelligent Data Analysis
- Big Data Analytics
- Innovation and Design Thinking
- Entreprenuership and Tech Law
Application Development : Netbackup report generation
Categories:
Information Technology
Highlights π
Developed a tool for extraction of backup data which connects to master servers provisioned globally, and process the big-data to generate report and dispatch to multiple users all over the world. Actively being used saving as much as 80% of the time.
Application Development : Network Automation
Categories:
Information Technology
Highlights π
Designed and developed an end-to-end software application for self-managing inventory for a pharmaceutical client.
Application Development : Pharmacy Management System
Categories:
Information Technology
Highlights π
Designed and developed an end-to-end software application for self-managing inventory for a pharmaceutical client.
Software Developer, Tata Consultancy Services
Work Experience π
Full-time
Sep 2014 to Jul 2017
Chennai, TamilNadu, India
Highlights π
- Developed about 160 AI automated scripts for Network Administration, automating 90% of admin tasks
- Integrated ignioβ’ AI tool with ServiceNow, Email, Active Directory, Solarwinds, AppDynamics, and other external tools
I'm Krishna
Software Engineer
