Ryan Hutcheson Email & Phone Number

Dallas, Tx, Us

New York City Metropolitan Area

Cleveland, Ohio, United States

· Manage and train five lab personnel, including a direct report, in daily lab activities for culturing stem cells· Generate and review critical technical documents for translation to contract manufacturing organizations (CMOs) where they are used for directing personnel on manufacturing our product· Led installation of manufacturing equipment that increased experimental throughput of our facilities by 100%· Organized statistical analysis studies for determining a recent root cause of yield reduction in our process; recommended corrective course of action currently being taken by our department

Cleveland/Akron, Ohio Area

- Lead experiments to develop xenofree media formulations, bioreactor parameters, and scale up procedures including gassing scheme, kLa, Kolmogorov Theory; increased current media yields by 40%.- Manage and train lab personnel and direct report in upstream lab activities for culturing Multi Potent Adult Progenitor Cells (MAPCs).- Support tech transfer activities: created process flow diagrams, cGMP quality batch records, and BoM; coordinated activities with international cGMP Contract Manufacturing Organizations (CMO).- Lead external collaboration with reagent vendors for critical components of our media; negotiated supply agreements for both R&D and CMO use. - Troubleshoot problems with lab equipment and experimental outcomes that differ from model projections.- Perform statistical analysis and data manipulation to identify underlying trends in culture conditions and generate new experiments and process conclusions based on these findings.- Generate technical summaries of experiments to present directly to executives and upper management.- Familiarity with national and international regulations regarding raw materials and clinical manufacturing.

Columbus, Ohio Area

- Lead project for design of patient specific nasal stent based using DICOM files to increase the range of airflow through nasal passage for patients with specific nasal disorders- Developed 3D models of noses with Amira from patients across the nation from hundreds of CT scans to model post-surgical anatomic modifications; perform finite elements analysis in COMSOL to confirm effectiveness- Systematized clinical patient data and aided in technical report of lab findings for computational fluid dynamics

Rensselaer, Ny

- Created novel piston rod design in SOLIDWORKS that reduced injection time of prefilled syringes (PFS) by 30% - Produced testing protocol on spring simulator to create a test parameter that emulated a real auto-injector- Characterized FDA specified parameters of injection time profile and potential sources of blow-by within 1 mL prefilled syringe system- Collaborated with other full time engineers and interns on their respective projects including gage R&R studies, manufacturing planning, and bench top validation and verification experiments

The Ohio State University - Columbus Ohio

- Increased 3D printing capacity by 60% by initiating new protocol for running Micro EDU printer - Enhanced successful print rate on Micro EDU by varying voxel depth - Coordinated purchase requests for entire undergraduate lab staff and negotiated service with external vendors

Master Of Business Administration - Mba, Business Analytics

Bachelor’S Degree, Biomedical/Medical Engineering, Gpa: 3.851 (4.0 Scale)

Activities and Societies: Alpha Eta Mu Beta National Biomedical Engineering Honorary - President Association of Ohio State Class.

High School, Gpa 4.399 (4.0 Scale)

Activities and Societies: National Honor Society; Swim Team - State Qualifier & Captain; Student Government