HARISH HAVNUR SANGAPPA

• Implementation, execution and documentation of test cases for new Software releases • Creating sanity, smoke and integration test cases for different ECU functions by analysing test specs • Vehicle logs analysis like Ethernet/CAN logs • Analyze issues detected during the execution of tests and work closely with developers to solve issues and validate software changes

• Developed an application called "Deployment Handler" in Python for crash simulation through analysis of the sensor signals during a crash • The application automatically reads the specification, in which the properties for each actuator and their evaluation logic is defined • The GUI provided the user with various options to set up different crash scenarios and displays the results i.e.; the deployment of restraint systems in the form of an animation

• Improved a CLI based app that parsed the data generated by the Event Data Recorder of the Airbag ECU's by developing a UI version of the app using Python • The GUI, which provided a better user-experience also offered various options for the user to perform checks and get the output in the desired file format (.pdf, .xlsx, .csv, .html, etc.) • Studied documentation and worked with various python libraries like Tkinter, pandas, Xlsxwriter, and reportlab to implement the different features of the software

• Crash data was obtained from different databases (NASS, GES and FARS) and then filtered, sorted and combined based on necessary variables • Studied different regression models to determine a suitable model to develop the probability distribution function • Statistically presented the collected data which helped to make conclusions about the probability of injury at different velocities for various opponent classes

Design of Heating Ventilation and Air-Conditioning(HVAC) Systems- • Design of HVAC systems for thermal power plants and commercial buildings in national and international projects • Preparation of Heat load calculation and related HVAC layouts for system selection • Achieved 50% reduction in deliverable completion time through 3D modeling. • Identification of interdisciplinary issues in the 3D model via walkthroughs and resolving them by coordinating with different departments

Theory of Machines, Thermodynamics, Fluid Mechanics, Design of Machine Elements, Basics of C Programming and CNC Programming etc.