- Designed and optimized critical components using Creo Parametric, resulting in a reduction in overalloctocopter weight while maintaining structural integrity- Led collaborative efforts with mentor and fellow research assistants to fabricate the core frame of theoctocopter ensuring precise construction and adherence to project timelines- Utilized advanced 3D printing and manufacturing techniques enhancing the durability and functionality of the octocopter components

- Designed and successfully prototyped a tank steering system for a robot using Autodesk Fusion 360, resulting in increased maneuverability and stability- Utilized advanced machining and 3D printing techniques, reducing the robot's manufacturing time while maintaining the robot's structural integrity

- Conducted competitor research to develop a pricing model for a client in the Safety in Manufacturing Industry- Communicated with client to identify and implement best practices aligned with their needs and long-term aspirations, leading to improved client satisfaction

- Leveraged CAD and Machining to design and fabricate a multi-functional robot, adept at executing various mission driven tasks- Spearheaded the creation and implementation of several programs to enhance and promote safety within the robotic team

- Completed self-paced classes and live learning sessions from AT&T leaders and experts on variousTechnology and Engineering topics