Kurt C. Email & Phone Number

Cambridge, Cambridgeshire, GB

• Collaborate with process development groups to develop automated analytical assays using Hamilton liquid handling robotic platforms to increase reproducibility and sample throughput
• Integrate automation equipment with a sample management software and database utilizing REST APIs for real-time laboratory inventory updates during experiment execution to streamline sample tracking amongst various.
• Wrote a Python app to validate Excel/CSV files for completeness and correctness before import into a sample management software and database to update laboratory inventory
• Develop an in-line UV A280 microfluidic device (hardware and software) for real-time analyses of high-throughput purification using micro-column chromatography to produce high-resolution data and simplify experimental.

Paris, France, FR

• Automated Analytical Assay Method Development
• Developed automated analytical methods using Tecan liquid handling robotic platforms and SpectraMax plate readers to support MSAT biologics process science studies and Quality Control product release testing
• Developed an automated high throughput method to determine protein titer using a Tecan liquid handling instrument and Gyrolab instrument; increased sample throughput approximately 500%
• Contributed to improvements of a Excel Visual Basic Macro used for interfacing CSV files with Tecan instruments
• Assisted colleagues in analyzing results and modifying and troubleshooting automation scripts
• Wrote a Python app to automate writing memos qualifying substrate reagent used in enzyme activity assays

Seattle, WA, US

• Supported the advanced R&D of an automated DNA sequencing instrument that utilizes novel nanopore-based sequencing collaboratively in a dynamic, cross-functional team of engineers and scientists within a fast-paced.
• Increased process yields of DNA sequencing chips by implementing solutions to optimize electrode electroplating through the development and execution of experimental tests, quality assessments, data collection, and.
• Assisted in failure investigations related to integration of microfluidic devices with DNA sequencing chips
• Presented results and updates at oral presentations and authored detailed reports, engineering drawings, and SOPs

Seattle, WA, US

• Coordinated research projects involving the rapid prototyping processes of 3D printing and laser micromachining as automated manufacturing methods for fabrication of lab-on-a-chip microfluidic systems
• Reduced manufacturing and assembly lead time of a microfluidic cancer drug testing device from four days to two hours through implementation of a new production process with automated laser machining and thermoplastic.
• Utilized 3D CAD modeling tools to implement device design modifications to improve device performance
• Developed a novel stereolithographic 3D printing resin with functionalized biomolecules for applications in immunoassays
• Co-authored five peer-reviewed scientific journal publications

• Collaborated on a three-person team to design, develop, and test an instrumented sports helmet aimed at measuring head movements and internal body temperature to prevent concussion and heat stroke, respectively
• Determined device system requirements and specifications and independently validated, verified, and tested a specific subsystem that tracked a player’s body temperature
• Assisted in coordinating team assignments and documenting test results through reports and deliverables
• Awarded the 2nd place Pelton Award for Outstanding Senior Design Project

Washington, D.C., US

• Tutored freshman students in the School of Engineering and Applied Science in chemistry, biology, physics, and calculus for three hours per week

Washington, D.C., US

• Responsible for distributing equipment and supplies to students and laboratory researchers and assisting students in proper use of electronic equipment and other related tools
• Handle finances of equipment and materials

Baltimore, MD, US

• Fabricated microfluidic chips for several studies in a class 1000 clean room using soft lithography
• Performed novel fluorescence bioassay experiments for isothermal amplification and multiplexed detection of synthetic nucleic acids related to several sexually transmitted diseases
• Presented a research poster at the Leadership Alliance National Symposium and Johns Hopkins REU Summer Symposium

Silver Spring, MD, US

• Evaluated a commercial software for its accuracy, consistency, and robustness in measuring distortion and resolution in digital images taken with a commercial endoscope and colposcope
• Presented a research poster to management, scientists, and colleagues at the Office of Science and Engineering Laboratories (OSEL) Poster Exhibit

Master Of Science (M.S.), Bioengineering

Bachelor'S Of Science In Biomedical Engineering, Minor In Biology