Casey Graves Email & Phone Number

Hartford, Connecticut, United States

East Hartford, Connecticut, United States

- Developed distributed data analytics platform native to AWS designed to facilitate vital investigations and predictive maintenance for entire F135 engine fleet.- Constructed robust auto-scaling ECS Cluster as replacement for outdated on-premises Hadoop environment, resulting in 80% decrease in job runtime.- Redesigned sections of Dask framework to optimize networking capabilities, resulting in 97% reduction in IP address usage for department's ECS cluster.- Created cloud-native… Show more - Developed distributed data analytics platform native to AWS designed to facilitate vital investigations and predictive maintenance for entire F135 engine fleet.- Constructed robust auto-scaling ECS Cluster as replacement for outdated on-premises Hadoop environment, resulting in 80% decrease in job runtime.- Redesigned sections of Dask framework to optimize networking capabilities, resulting in 97% reduction in IP address usage for department's ECS cluster.- Created cloud-native REST APIs tailored to meet various client requirements and streamline accessibility to internal tools.- Implemented efficient CI/CD pipelines utilizing Jenkins, Docker, and CloudFormation to enable resilient deployment of complex AWS architectures.- Provided technical mentorship to junior developers on advanced AWS and Python concepts.- Promoted cross-functional collaboration and knowledge sharing across commercial and military programs, aligning on common data patterns and developing versatile tools to meet needs of both sectors. Show less

East Hartford, Connecticut, United States

- Developed Offline Change Point Detection (CPD) ML model to detect engine water-wash events in ACMF engine data, enabling engineering teams to assess effectiveness of water washes and evaluate impact on part longevity.- Performed data wrangling and cleansing on diverse datasets in Dataiku to train complex ML algorithms and uncover valuable patterns within data.- Revamped SQA approval process for prominent software package by automating essential documentation, resulting in 60%… Show more - Developed Offline Change Point Detection (CPD) ML model to detect engine water-wash events in ACMF engine data, enabling engineering teams to assess effectiveness of water washes and evaluate impact on part longevity.- Performed data wrangling and cleansing on diverse datasets in Dataiku to train complex ML algorithms and uncover valuable patterns within data.- Revamped SQA approval process for prominent software package by automating essential documentation, resulting in 60% reduction in project overhead hours.- Implemented natural language processing methodologies to parse valuable engine maintenance procedures from heavily unstructured repair shop data.- Created Qlik dashboards to deliver actionable insights on business intelligence and technical KPIs. Show less

East Hartford, Connecticut

- Procured hardware components for development and completion of advanced technology test rig.- Led initiatives to collect data from repair shops to support block changes on various hot section hardware.- Supported critical DIVE/root-cause analyses by leading cross-discipline meetings and communicating progress at program-level.

West Lafayette, Indiana Area

Under Professor R. Byron Pipes I was responsible for designing, building, and analyzing the strength capabilities of carbon fiber / PEKK pre-impregnated material used in commercial aircraft. I routinely presented findings to faculty members, trained new undergraduate research assistants, and consistently developed new, more efficient methods of preparing specimens for testing based on input from other team members.

Lafayette, Indiana Area

Over the summer I was in charge of optimizing the processing conditions and determining the tensile properties of composite laminates. Through preliminary research and experimentation I defined a simple, yet effective way to impregnate the carbon fiber with a matrix material. I then validated my conditions quantitatively through flex and tensile analysis. I presented my findings to faculty members and provided written instructions on my processing methods for the department.

West Lafayette, Indiana Area

Managed logging mail, writing correspondence, and handling phone calls directly under President Mitch Daniels

Master Of Engineering - Meng, Systems Engineering, 3.9

Bachelor’S Degree, Major: Aeronautical And Astronautical Engineering, Minor: French, Cert.: Entrepreneurship, 3.78

Activities and Societies: Purdue Rowing Team, Sigma Gamma Tau, College Mentors for Kids