- Meet with supervisor and colleagues to develop time and cost efficient techniques for addressing low to moderate problems such as developing a library of resource materials for new employees to reduce their training time - Communicate with managers for confirming work objectives and collaborate with co-workers for further developing teaching techniques and methodologies

- Responsible for managing the quality of the products manufactured in 6 departments including paper air bags, PP airbags, PE bags, woven straps, composite straps, and metal buckles - Organize the QC department personnel including QC Line Leader, QC Engineer, In-line Process QC, Outgoing QC, Incoming QC, and personal assistant for ensuring the quality of all the products are kept up to standards while upholding the recently passed ISO 9001:2015 protocols - Communicate with and address international customers’ concerns, complaints, and inquiries in addition to personally meetings them to strengthen relations and discuss quality related business - Establish custom tests and investigations into product performance in addition to creating statistical test reports on collected data regarding incoming material and any anomaly issue - Traveled to the newly opened sister company in the Philippines to train and teach the new QC members for the necessary testing procedures needed for developing two of the main products

- Making machine modifications for creating the widest available air bags in the market (1.5m wide), - Incorporating a new continuous sealing technique to reduce the air leaking rate for the PE bags - Making drawings and parts along with assembling an automated paper air bag machine for mass producing products in the USA - Innovating a new method of hardening steel wire buckles using a solar heat collector - Creating a test rig with a pneumatic cylinder and a load cell for testing yarn strength for incoming material in the new Philippines sister factory

- Designed, modeled, and fabricated 3D plastic printed parts for a prototype marine turbine aimed at reducing the cost of energy by combining design components for its deployment and operation- Focused on the tolerances, form, fit and functional design components of the novel 3D printed design in order to validate the proof-of-concept in a series of water tunnel experiments- Engineered a custom method for testing the performance metrics of the turbine through programming sensors, data collection, reducing electromagnetic interference, and computer analysis using Matlab, Arduino, and commercial data acquisition unit (DataTaker DT85)- Collected data on gyroscopic orientation of the prototype, voltage and current outputs for measuring system power generation, and RPM of turbine for developing its power curve- Cooperated with international colleagues, from France and Brazil, on the design and implementation of testing the performance of scaled wind turbines, and marine turbines

- Provided support for the design and implementation of an autonomous scaled vehicle through work on 3D CAD software, SolidWorks, and manufacturing techniques including: CNC, 3D printing, milling, laser cutting, and final assembly procedures- Consulted with supervisors and technicians on project development, novel concepts for improving design process, and feasibility assessment for autonomous scaled vehicle design

- Active committee member which received, reviewed, prioritized, and made recommendations to the Senate for proposed computer and academic initiatives with other professors, faculty deans, and staff members- Critiqued decisions in a respectful and professional manner for constructive feedback in order to advance the committees’ objectives

- Developed and implemented a novel marine turbine project aimed at reducing the levelized cost of energy by combining several functional design components- Engineered a custom methodology for testing the performance metrics of a novel marine turbine t

- specialty in renewable technology and mechanical design