Looking for Full time opportunities (OPT)
Send a job offer directly to this candidate
As an aspiring Business Analyst and Supply Chain professional, I am passionate about leveraging my natural leadership abilities, collaborative and proactive approach, and growth-oriented mindset to drive process improvement and operational efficiency. With experience in business analysis, market research, and project management, I am committed to delivering results and making decisive, calm decisions under pressure.
I’m an ardent believer in the power of collaboration and continuous learning. I’m now actively seeking new opportunities to apply my skills and contribute to organizations that share my passion for innovation, data-driven decision-making, and making a meaningful impact.
Let’s connect and explore how we can collaborate to drive positive change together.
#Engineering #DataAnalysis #Innovation #ProjectManagement #SupplyChain #OpenToOpportunities
In my previous role as a Supply Chain/Logistics Analyst Intern at Biometric Cables, I reengineered inventory allocation, achieving a 15% cost reduction, and developed safety stock and critical shortage reports to enhance inventory management. I successfully applied Lean Six Sigma methodologies to identify non-value-added activities and improve process efficiency. These experiences have sharpened my analytical skills and ability to drive quality improvements.
Furthermore, I have experience in statistical hypothesis testing and process capability analysis,
substantiating data models with a 95% confidence level, which is essential for ensuring the precision and accuracy of inspection methods.
My educational journey includes a Master’s degree in Engineering Management with a GPA of 3.74, where I focused on coursework in Operational Research, Engineering Probability and Statistics, Supply Chain Engineering, Lean Concepts and Applications, and more. This education has equipped me with a strong foundation in data-driven decision-making, a key asset for a role involving metrology and inspection method development.