- Collaborate with faculty advisors to help ease the transition for students new to the College of Engineering - Lead class discussions related to available student resources and create course content- Provide study strategies and academic guidance

- Grade weekly assignments for Cornell's Introduction to Mechanical Engineering Course- Utilize knowledge of Statics, Mechanics of Materials, Thermodynamics, Fluid Mechanics, and Heat Transfer to grade assignments

- Work with the ZT Group to develop a portable, chemically-powered sanitation device to kill Covid-19 on surfaces- Apply mechanical design principles to findings to develop design and structure of device- Utilize project management techniques to drive progress

- Analyzed cyber security risk assessment data to prioritize risks for clients- Mapped cyber security risks to Federal standards- Created templates based off of NIST CSF state guidelines to improve customer compliance- Process mapped critical work flows using Visio

- Assisted with diagnosing and solving functional equipment problems for a liquid rheostat system and an air depressor compression system in a four unit 1000MW pump storage hydro energy generation facility- Presented weekly to senior colleagues on project progress and findings- Adhered to the New York Independent System Operator's mission of ensuring power system reliability and competitive markets for New York in a clean energy future

- Worked as part of a cross functional team to design, manufacture, and create innovative robotics oriented projects- Gathered design requirements from electrical sub-team to remodel a Raspberry Pi Camera mount and create a PCB case for a new stacked PCB using Autodesk Fusion 360 - Designed and procured a new omni wheel driving system to allow for no slip driving and more accurate modeling of the robot’s motion- Prototype tested all designs to ensure effectiveness of end products- Participated in entire team meetings to develop a project plan and facilitate a timeline for prototype development

- Collaborated with engineers to address a critical testing and production problem related to Air Dominance missile production - Responsible for identifying an alternate leak testing method, resulting in a reduced production step time by 95% - Developed an instruction manual and provided in-person demonstrations for new testing method - Automated a manual production step using CREO Parametric, resulting in reduced production time by 15 hours a month - Gathered business requirements from seasoned technicians and internal customers to create design specifications and requirements for new tooling- Researched and selected parts to be ordered and inventoried current supplies- Developed a top down document repository of relevant parts and drawings for newly developed automatic tooling system

- Co-taught a 20-person mechanics and heat class- Tailored lesson plans and lecture material based on discussion modules

- Analyzed 90,000 historical samples using MS Excel to identify timing patterns across the manufacturing process in order to create a more accurate scheduling tool- Established a 45 minute production timeline with an 80 percent prediction interval for more than 10 pharmaceutical sample types to address process delays - Findings served as the first Large Scale Manufacturing department wide scheduling tool- Verbally presented findings to executive management in addition to developing graphs, pivot tables and a powerpoint presentation