Jacob Hoehler Email & Phone Number

Cincinnati, Oh, Us

Cincinnati, Oh, Us

• Architected, planned, and developed an asset generation pipeline in Python and Blender based on customer requirements, timelines, and future expansion• Integrated OpenTelemetry metrics and traces to streamline bug fixes and optimize performance• Automated Docker image build and deployment with GitHub Actions and Azure IoT Edge• Enabled on-site engineers to independently run and document device quality control which reduced the procedure time by more than fifty percent• Deployed and managed Amazon Web Services (AWS) resources with Terraform• Researched, pitched, and implemented a company-wide transition to GitHub which led to an increase in developer productivity and adoption of CI/CD pipelines through GitHub Actions• Fielded service tickets and created standard procedures and reporting protocols which led to reduced ticket quantity and wait time

Dayton, Ohio, United States

• Developed drivers to configure and read data from a wide variety of sensors• Captured and processed real-time data in Python at rates up to twenty-thousand messages per minute.• Built a REST API with Express to efficiently read and write data in MongoDB• Utilized React and Bootstrap to design and build a reusable, responsive frontend on a variety of client-devices• Tracked the development process through GitLab issues and merge requests• Provided customers with regular updates and documentation

Dayton, Ohio Area

Contracted by the University of Dayton Research Institute (UDRI)Simulated, optimized, and built laser cavities of various geometries to match desired power, spectral, and temporal characteristicsUtilized instruments such as cameras, photodiodes, optical spectrum analyzers, and oscilloscopes for cavity alignment and diagnosticsAutomated data ingestion, cleaning, and visualization for routine data collection in PythonAnalyzed collected data to iteratively improve laser designSummarized results and suggested potential paths forward during weekly group meetings

Glassboro, New Jersey

Assisted in the laser portion of super cooled rubidium researchUtilized components such as mirrors, polarizers, fibers, amplifiers, etc. to create stable and controllable optical pathsFollowed manufacturer's guidelines to ensure safe and optimal operation of different lasersModified circuitry to allow for increased functionality of equipmentAdjusted laser-control variables to create optimal signal

Master Of Science - Ms, Electro-Optics

Bachelor Of Science In Physics, Physics

Activities and Societies: Photonics Concentration

Education record

Activities and Societies: Technology/CNC Club, Young Science Achievers, Apple Training