Noah Decaro Email & Phone Number

Arizona, United States

Operate specialized machinery for cable extrusion, bending, and assembly, optimizing production efficiency and minimizing waste. Collaborate with engineers to analyze and resolve production issues related to cable design and manufacturing, ensuring adherence to global military and aerospace specifications. Utilize CAD software to assist in the design of cable components, improving overall product functionality and manufacturability. Maintain accurate records of production data and equipment maintenance, supporting compliance with regulatory requirements and company policies. Train operators on equipment operation and safety protocols, ensuring adherence to industry standards.

Arizona, United States

Assisted in the design and optimization of manufacturing processes for high-capacity coaxial, semi-rigid, and SiO₂ cables used in military and aerospace applications. Conducted stress analysis simulations to evaluate material durability under extreme conditions, contributing to product reliability. Collaborated with cross-functional teams to troubleshoot production issues, enhancing workflow efficiency and maintaining strict quality control standards. Gained hands-on experience on the production floor, observing intricate cable assembly processes and quality assurance protocols.

Arizona, United States

Coach, manage and deliver instruction to thirty students competing in the Esports program. Provide technical and IT support for the Esports lab. During the inaugural season, the team finished second in the state competition.

Arizona, United States

Implementing a control policy (enabled by a deep neural network) on toy cars and testing them in uncontrolled intersection scenarios to measure their collision rate. Testing an improved algorithm, where the auto-car infers whether the human driver is adversarial and considers this belief during its control. Ideally, this leads to more efficient yet still safe interactions.

Arizona, United States

Research initiative was entitled “Can a two-parameter or three-parameter Weibull model represent mechanical properties and topology of interphase in soft polymer nanocomposites?” Atomic Force Microscopy tapping was used to create deformation along the interphase of a CNT (Carbon Nanotube) matrix. Research and quantitative data analysis provided a better understanding of the topology of the interphase of CNT networks.

Master Of Science - Ms, Mechanical Engineering, 1St Year

Activities and Societies: • American Society of Mechanical Engineers (ASME) member • On-campus tutor via ASU services

Bachelor Of Science - Bs, Mechanical Engineering, Finished

Activities and Societies: • 5 times Dean’s List recipient • Barrett, the Honors College • ASU Italian Club – 3 years college coursework.