Sanjayan Ravi

• Maintenance and further development of the event and participant management software. • Development of interfaces to other subsystem, e.g. Web services. • Modeling of software components by means of structure diagrams and behavior diagrams using the specified software-modeling tool. • Implementation primarily in C ++ using MFC libraries. • Maintenance of the corresponding documentation.

• Software development within the assigned functional area after the predetermined development process and the defined framework for a project. • Modeling of software components by means of structure diagrams and behavior diagrams using the specified software-modeling tool. • Implementation primarily in C ++ using the released development tool-chain and development environments. • Creating tests (Unit-, software integration, and software testing).

• Developed a C++ program for point cloud (PCL) template alignment. • The objective of this task was to collect two live PCL data separated by a small delay from a sensor (3D Kinect camera / Asus Live Pro camera) and then process the data in the PCL template alignment algorithm. • The idea is to use this program later in SLAM using 3D Sensor.

• Design and Prototype Realization of a Framework for Social Functions of an Indoor Robot platform. • Develop a social function that by recognizing static and predefined hand gestures uses them to command the movements of the robot. • Elderly care or simply usage by the elderly is one of the targeted areas of application of such social functions.

• Developed a python open exchange tool for checking free time slots and creating appointments for multiple users. • Objective of this python command line tool is to get and display appointments. • One of the important tasks of this tool was to generate new appointments with multiple users by verifying schedules from their calendars.

• Network Administrator Intern, training and learning how to maintain, install, and troubleshoot hardware and software problems.

• Developed a Java GUI to monitor the change in temperature using wireless sensor nodes. The GUI gathers temperature data from wireless sensors and visualizes the data. • GUI has the floor map of a building where the sensors are located and based on the temperature data; a color shows in the particular room of the map from where the sensor is located. • Red color represents hot temperature, blue color represents cold temperature and green represents normal temperature.

• Reverse Engineering and Documenting the Lempel-Ziv-Markov algorithm. • The LZMA is an algorithm used to perform lossless data compression that is used in 7-Zip software. Although this project was theoretical one, it gave me a great deal of understanding of how to write a technical document. • I had to reverse engineer the LZMA code which already exists to come up with new sample of examples for my documentation and also to understand the algorithm.

• Developed Java GUI called “Integrated College Automation System” • Its application was to display detailed information about students, based on the level of security the person who is accessing the information as.

• I was given the responsibility of team leader and was therefore involved in all modules of the application. • Our team was tasked to build a Bluetooth transmitter and receiver units to achieve data transfer. • C based interface was used to input the message with a PC.

- Software & Systems Engineering - Communication Networks & Mobile Communications - Information Systems & Advanced Data Management - Systems Optimization & Control Engineering - Theoretical Computer Science (Algorithms)

http://www.unipune.ac.in/Syllabi_PDF/revised_2011/engg/BE-InformationTechnology2008course.pdf