- C/C++
- Python
- R
- SQL
- Big Query
- MATLAB
- Scilab
- Microsoft Office
- AutoCAD
- SolidWorks
- FlexSim
- Arena
- Tableau
- Power Bi
- Looker
- Google Data Studio
- Data Analysis
- Demand Planning
- Six Sigma
- Process Improvement
- Lean Manufacturing
- Kaizen
- Root Cause Analysis
- CNC Programming
- 3D Printing
• Investigating the root cause for 40% "unknown" part requests cancellation by analyzing 565k orders for 16k+ suppliers and collaborating with operations service teams to potentially unlock $24M in annual cost savings.
• Automated the process of data cleaning and data collection from meterological data collecting sensors and a 3kW Photovoltaic system using google app scripts.
• Optimized shipping operations by reducing data collection time by 50% through automating the process using Excel
macros and Visual Basic programming.
• Streamlined 12 machining stages by performing time study analyses, which resulted in 10% increase in throughput.
• Maintained SPC Quality Charts by executing Random Sampling to evaluate final product quality compliance.
Hands-on research of de-coating carbide tools coated with 2.2µm of TiAlN and 0.4µm TiN using laser ablation; and micro-scale texturing for developing tool surfaces having different adhesion and friction coefficients.
Simulated the initial model which followed discrete production technique and identified different bottlenecks in the process; proposed a new model which could achieve the forecasted demand found out using Time Series analysis based on past data.
Conducted exploratory data analysis on a highly unbalanced dataset of 5100 patients, including data pre-processing and
data augmentation.
Developed 3 machine learning algorithms such as Decision Tree, Random Forest, Logistic Regression to predict stroke
with the best accuracy of 83%.
Analysed the effect of wind speed, humidity, ambient temperature and orientation on the performance output of Bifacial Photovoltaic Module. And developed a model to predict the PV power output in a given outdoor condition at best orientation, with CO2 reduction and cost benefit analysis.
Designed and built a setup such that experiments can be conducted on different fabric samples. By analyzing DBT, WBT, wettability, wind speed and temperature, we concluded correlations for influence of parameters on the drying period of various fabric material
Designed theoretically and made a 3-D model of it in solidWorks. Also, 3D Printed the impeller which can be used as a pattern for casting. Inaddition, we also wrote a general 'C' Code to get design dimensions of impeller just by giving some input parameter in the program
Analyzed energy consumed by different vehicles on a particular route under various conditions and utilized the exhaust waste heat by converting into useful electricity using thermoelectric generator
Made a leaf blower consisting servo motors and Gyro sensors controlled by Arduino to adjust the angle of air nozzle, which helped to operate it without being concerned about the ground inclination
Built an experimental setup and analyzed the performance characteristics of two centrifugal pumps in both series and parallel under different operating conditions
Made a 3-D model in solid-works. After that we generated G & M codes for CNC-machining. In addition to this, we wrote a general 'C' Code to get design dimensions just by giving some input parameter in the program
