MATLAB, Python, CATIA, Solidworks, AutoCad, NX, Java

Rohan Lotlikar

*** * **** *****, ***********, PA 19335 Phone: 484-***-**** GPA: 3.34

I am a third-year engineering student at Purdue University with a passion for Engineering, Information Technology, and Mathematics. I am excited to leverage my passion, educational background, strong analytical and technical skills for an internship opportunity in your esteemed organization.

Projects Airfoil Wing Design Project (Purdue SAE), Purdue University, 2020-2021

• Used Solidworks and Catia software to design countless airfoils.

• Compared and contrasted airfoils using the XFLR5 software.

• Compiled lift, drag, and angle of attack ratios using MATLAB.

• Added the few ideal airfoils to XFLR5 to create wing designs.

• Analyzed the data trends in the Lift to

Drag ratio, Lift to angle of attack, and Drag to angle of attack using MATLAB . Calorie Burn Prediction Model development and deployment on AWS, Purdue University, ‘19

• Created a Python model utilizing the IDE, Spyder (Anaconda) to predict the calories burnt based on weight, height and consumption patterns of individuals.

• Created an AWS Account using the free tier.

• Created an S3 Bucket to store all the data elements required for model execution.

• Utilized the SQL interactive tool, HUE, on the EMR to run queries on data in S3.

• Created notebooks using JupyterHub to run Python code to connect to S3 and executed the model. Solar Powered Go-Kart, Purdue University, 2019

• Worked with the learning community team to construct a go kart that derives the primary source of energy from solar panels installed on the roof of the kart.

• Worked independently on the design of custom screws for the project. Optimum Feeding Time Model, Purdue University, 2019

• Researched, analyzed and sorted the feeding habits of different types of snakes at the West Lafayette Zoo.

• Created a Python model using Anaconda IDE after determining the relationships between the different data collected to identify the optimal feeding times for the various categories of snakes. Robot, Vex Robotics, 2018

• Designed, built and tested a robot to pick cones, stack them and place them in the rest zone with ROBOTC.

• Competed with statewide teams.

Wooden Glider

• Designed, built, and tested a custom made wooden glider.

• Compared different NACA airfoils using the XFLR5 system to identify an ideal design Model Rocket

• Built a model rocket using a B6-4 engine and balsa wood

• Launched the rocket and deployed the parachute successfully

• Designed the tail structure using SolidWorks

Leadership

I presented the importance of Data and findings from the Python Model to the West Lafayette Zoo Staff as part of the Learning Community at Purdue. I also helped run a fundraiser called Dodge the Dark at Purdue. Skills Programming Languages: Python, C, C++, Java, Bash, HTML, MATLAB Operating Systems: Windows, Unix

Cloud Platforms: AWS, AWS Services: S3, EMR, EC2

IDE: Spyder, NetBeans, Visual

Frameworks: NumPy, Pandas, SciPy, Matplotlib

Tools: Vex-tool-kit, SolidWorks, AutoDesk Inventor, CATIA, Microsoft Office Education Purdue University, West Lafayette, Indiana - Bachelor’s Degree in Engineering (2018-2022), Dean List Spring‘19. Classes Aeromechanics I/II, Orbital Vibrations, Dynamics, Control Systems, Signals, Aerodynamics, Fluid Dynamics, Aircraft Design Work Purdue Math Department Differential Equations – Grader (2020-2021) Purdue Physics Department – Teaching Assistant (2021 – Present)

Contact this candidate