Kiran Vasudev

Worked toward my thesis titled "Evaluation of Machine Learning approaches to estimate travel time for freight logistics". Responsibilities: 1. State of the art survey of literature pertaining to travel time estimation. 2. Building Machine Learning models. 3. Data visualization

Interned as a Data Scientist at Bosch Connected Industry (BCI) department contributing to Industry 4.0. Responsibilities: 1. Perform intensive statistical analysis on data. 2. Analysis of large amounts of information to uncover trends and patterns. 3. Presentation of information using data visualization techniques. 4. Build predictive models and machine-learning algorithms

In charge for organizing and teaching the Foundation Course - a bridging course that assists in narrowing the gap between the knowledge of the incoming batch of students and that required to study the Masters in Autonomous Systems. Responsibilities: 1. Organizing the entire course. 2. Teaching Python, ROS (Robot Operating System), Git, LaTeX, Java. 3. Conducting a 4 day hackathon.

In charge for organizing and teaching the Foundation Course - a bridging course that assists in narrowing the gap between the knowledge of the incoming batch of students and that required to study the Masters in Autonomous Systems. Responsibilities: 1. Organizing the entire course. 2. Teaching Python, ROS (Robot Operating System), Git, LaTeX, Java. 3. Conducting a 4 day hackathon.

The project dealt with the development of an Auto Grading system of examinations, using Jupyter notebooks. Responsibilities: 1. Worked in a SCRUM team with weekly sprints. 2. Front end and back end development using Backbone.js and Tornado. 3. Installation and contributing to nbgrader - A tool used to create and grade assignments written on a Jupyter notebook. (https://github.com/jupyter/nbgrader).

In charge for organizing and teaching the Foundation Course - a bridging course that assists in narrowing the gap between the knowledge of the incoming batch of students and that required to study the Masters in Autonomous Systems. Responsibilities: 1. Organizing the entire course. 2. Teaching Python, ROS (Robot Operating System), Git, LaTeX, Java. 3. Conducting a 4 day hackathon.

The product was designed to help people collaborate knowledge/information found on the internet and help share them with other people. Responsibilities: 1. Front-end development. 2. Graphic design. 3. Research and analysis of existing content collaboration marketplaces.

Graduated with a GPA of 3.33 on 4.

Graduated with an overall score of 84%.