- Currently working on NASA STTR Project which focuses on bio-inspired designs and lightweight structures.- Used Blue Light 3D Scanner: Zeiss Comet L3D 5M to Study and extract design principles from biological organisms like Sea Sponges, Cactus, luffa sponges, etc.- Design bio-inspired specimens using nTopology and Grasshopper. Used SLS EOS PA 1101 3D printer to print them.- Performed mechanical testing like compression and 4 point bend on Instron 5565 to generate stress stain data for analysis.- Used Matlab and JMP to calculate and plot data like energy absorption, Max buckling load, flexural rigidity etc.

-Assembled and calibrated Hyrel 3D printer, Altered G-code for multi-nozzle printing increasing efficiency by 50%.- Designed micro-vascular channels using nTopology, Solidworks and Grasshopper for fabricating self-healing structure.- Selected epoxy-hardener system to performed fluid analysis on ANSYS to obtain mixture viscosity of 1500 cps.- Performed a three-point bend test on Instron analysis of SLA specimen using JMP and Minitab.- Metal 3D printed self-healing structured using Concept Laser using INCONEL 718 for proof of concept.- Performed DIC(Digital Image Correlation) using Trilion GOM software to verify the variation in local strain fields.- Project selected for RAPID + TCT 2020 which is the biggest additive manufacturing conference.

Professor – Dr. Barbra Smith (Fall Semester) and Dr. Emma Frow (Spring Semester)1. Helping students with their questions in the classroom. Monitoring the class maintain and record the attendance in the excel sheet.2. Teaching Solidworks and its application in class. Conduct office hours as Solidworks doubts solving sessions.3. Making and Grading Assignments according to the rubrics and providing feedback to each one of them on their performance.4. Help Professor to modify the content for better understanding. Searching for interesting articles and TED talk to motivate the class.

1. Designing and studying lattice materials.2. Collecting, aggregating, and evaluating test data using MATLAB and JMP. 3. Supporting in the development of General Lattice’s design, optimization, and manufacturing tools.

Founder and lead designer for product design startup which makes minimalist furniture as per student needs Successfully sold around 40,000 dollars (1500 units) worth of beds, chairs, and tables.- Performed Product development and Design optimization using Solidworks and MATLAB to reduce the product cost by 60% and weight by 90%- Collaborated with the manufacturing company having a CNC machine to increase production efficiency by 40%.- Conducted DFMEA and FEA analysis to reduce the RPN(Risk Priority Number) from 96 to 6 which is 93% improvement.- Managed cross-functional teams in the supply chain and marketing to generate a target revenue of $10,000 per year.- generated technical drawings, detailed job cards and BOM(Bill of Material)for the manufacturing companies to reduce quality defects by 96%.-The infinity bed was designed specifically using design for assembly and manufacturing (DFMA) reducing it’s assembly time from 30 min to 7 min and production cost by 55%- Developed a new package that is 60% lighter 40% stronger and 52% compact saving 30% of the total cost.

- Generated direct NC file transfer to CNC machine from Master-CAM X5 increasing production efficiency by 30%.- Performed tasks like drilling, Boring, Reaming, Facing on CNC machine. Made an SOP for removal of fixture decreasing the ideal time of CNC by 20%.- Was in charge of the CNC maintenance including bed cleaning, monitoring coolant and maintain greasing of the machine.