• Led the operational ramp up of new automation equipment• Upgraded existing pouching equipment to improve function, to reduce downtime and to increase first pass yields

• Assist customer prospects in designing and developing new product lines.• Refine customer’s spring designs and provide cost-effective manufacturing solutions.• Analyze new and existing spring designs to optimize manufacturing methods and profitability. • Compile pricing quotations and estimate production lead times to manufacture the springs. • Collaborate with customer service, sales, production, and quality departments to ensure continued customer satisfaction with our… Show more • Assist customer prospects in designing and developing new product lines.• Refine customer’s spring designs and provide cost-effective manufacturing solutions.• Analyze new and existing spring designs to optimize manufacturing methods and profitability. • Compile pricing quotations and estimate production lead times to manufacture the springs. • Collaborate with customer service, sales, production, and quality departments to ensure continued customer satisfaction with our product.• Exhibit at manufacturing trade shows to acquire new customer leads. Show less

Research and Design of Autonomous Underwater Vehicle (AUV)• Investigated underwater vehicle designs and components for vehicle construction• Conduct analysis on current teams entered in RoboNation's Robosub competition in preparation for future competitions• Assembled an underwater vehicle for field testing of vehicle design

EWI ~ Completed client’s request to develop algorithm for robotic manipulation using ROS.• Developed understanding of ROS (robot operating system) that UR3 (Universal Robot) arm uses• Completed modules for functionalities and safety measures for ROS• Used Python to integrate software and hardware• Coded pick-and-place algorithm• Integrated sensor automation to the algorithm

Redesigned traditional toaster with criteria obtained through user/customer surveys and analysis.* Modeled and assembled design using Inventor* Machined prototype using sheet metal and other standard parts* Installed heating elements and assembled electrical component to achieve a functional toaster* Produced a prototype toaster that was more energy efficient than other affordable commercially sold toasters

High Performance Computing for Atmospheric Fluids Analysis * Cultivated understanding of Linux and atmospheric fluids equations* Interacted with SLURM and submitted BATCH jobs to UB Center for Computational Research* Analyzed effects of different initial conditions and fluids parameters (froude number) on atmospheric models

Reviewed and graded Matlab codes and related materials for Engineering Computations professors