As a Teaching Assistant (TA) for Engineering Economics, I managed a class of 680+ students, handling a wide range of responsibilities including grading assignments and exams, assisting with course materials, and supporting students in understanding complex economic principles related to engineering. My role required strong organizational skills and effective communication to ensure a smooth learning experience for such a large cohort.

Managed tools inventory using Inflow Software, ensuring optimal stock levels, conducting regular audits, and organizing storage areas as needed.Created and processed purchase orders, negotiating with suppliers for timely delivery of tools and regularly labeling new parts.Budgeted for procurement, controlled costs, and ensured tools met quality standards.Designed and implemented an optimized inventory storage area in AutoCAD, enhancing efficiency by 30% through strategic space… Show more Managed tools inventory using Inflow Software, ensuring optimal stock levels, conducting regular audits, and organizing storage areas as needed.Created and processed purchase orders, negotiating with suppliers for timely delivery of tools and regularly labeling new parts.Budgeted for procurement, controlled costs, and ensured tools met quality standards.Designed and implemented an optimized inventory storage area in AutoCAD, enhancing efficiency by 30% through strategic space utilization, clear labeling, and an organized layout. Maintained detailed records and generated reports on inventory, purchases, and tool maintenance.In addition to my role in inventory management, Proposed and contributed to the implementation of a palletizer machine to recycle 3% of company waste, focusing on resin scraps and defective products, into reusable plastic pellets.Played a key role in achieving a 0.1% increase in profitability by selling recycled material at 84-86 cents per pound, surpassing raw resin costs of 65-80 cents, thereby significantly enhancing cost savings and promoting environmental sustainability.Supported the project lifecycle from inception to completion, participating in scheduling, task supervision, and operational integration of the palletizer system, which improved our waste management capabilities and environmental impact. Show less

Part-time manager, Maintaining Inventory, keeping an eye on the supplies needed for preparation, estimating the number of customers and meals necessary, Managing the team, leading communications Reports, and managing store Finance.

• Teaching MEC300 (Control Engineering) and ENR506 (Robotics) as a TA under Prof. Keyur Joshi.• Conducted sessions on various experiments for Pneumatics and vibrations, including System Identification, Position Control, and Temperature Control, enhancing students' practical understanding of these concepts.• Demonstrated the operation and benefits of KUKA robot, providing hands-on insights and practical applications.• Guided and mentored 30 students, offering project ideas and… Show more • Teaching MEC300 (Control Engineering) and ENR506 (Robotics) as a TA under Prof. Keyur Joshi.• Conducted sessions on various experiments for Pneumatics and vibrations, including System Identification, Position Control, and Temperature Control, enhancing students' practical understanding of these concepts.• Demonstrated the operation and benefits of KUKA robot, providing hands-on insights and practical applications.• Guided and mentored 30 students, offering project ideas and supporting them through the completion of their projects.Also made two videos demonstrating: System Identification: https://youtu.be/Zr5Rd0GkeN0?si=a1uko-UfhHNBbZRR Position control of Carriage with mass: https://youtu.be/Zr5Rd0GkeN0?si=wSu1_FwhGUlOQQoG Show less

Manufactured a portable medical device, oxygen concentrator prototype, capable of extracting 60% pure oxygen from ambient air through innovative engineering and dedicated research.Designed the product using AutoCAD and SolidWorks, incorporating Arduino and Python coding to run the pneumatic valve system. Selected proper materials, handled purchasing, and negotiated terms to create a cheaper and more efficient product.Demonstrated ability to address complex healthcare challenges… Show more Manufactured a portable medical device, oxygen concentrator prototype, capable of extracting 60% pure oxygen from ambient air through innovative engineering and dedicated research.Designed the product using AutoCAD and SolidWorks, incorporating Arduino and Python coding to run the pneumatic valve system. Selected proper materials, handled purchasing, and negotiated terms to create a cheaper and more efficient product.Demonstrated ability to address complex healthcare challenges, positively impacting the company's product development efforts and healthcare accessibility goals. Show less

• Applied lean manufacturing techniques such as 5S, bottleneck analysis, and continuous flow to increase production capacity, resulting in a 15% improvement in flow• Utilized ERP SAP for Managing supply chain operations, including inventory management, procurement, and supplier negotiations• Experimented with a sustainability idea with high-pressure water flow through pipes before starting the filling line to prevent oil wastage by cleaning the pipes from the inside. Reduce the waste by… Show more • Applied lean manufacturing techniques such as 5S, bottleneck analysis, and continuous flow to increase production capacity, resulting in a 15% improvement in flow• Utilized ERP SAP for Managing supply chain operations, including inventory management, procurement, and supplier negotiations• Experimented with a sustainability idea with high-pressure water flow through pipes before starting the filling line to prevent oil wastage by cleaning the pipes from the inside. Reduce the waste by 0.2%• Coordinated daily production tasks, ensuring proper paperwork and documentation for operational efficiency Show less