Ryan Pan Email & Phone Number

Los Angeles, CA, US

Agoura Hills, CA, US

Agoura Hills, CA, US

• Develop and optimize the manufacturing process for A2 Bio’s first allogeneic cell therapy A2B395
• Conduct small scale cell culture studies to optimize microbead dilutions, transduction, and expansion for development of A2 Bio’s large scale allogeneic manufacturing process
• Facilitate successful technology transfer of developed manufacturing process to cGMP environment
• Develop a structured inventory database and protocol for automated audit trail
• Develop expertise and become SME for instruments like the CliniMACS Prodigy, Lovo, and M1 Filler
• Develop an automated formulation program with Miltenyi to reduce operator workload and variability

US

• Design large scale cell culture experiments for the optimization and scale up of the next generation manufacturing 3D process for SanBio's pipeline cell therapy product
• Develop a mesenchymal stem cell (MSC) expansion and transfection production process in 2D and 3D platforms
• Conduct cell culture experiments with proper aseptic technique to thaw, maintain, expand, and harvest MSC cells
• Analyze experimental data through JMP software to visualize patterns and trends that will contribute to the planning of any needed follow-up experiments
• Maintain inventory and troubleshoot lab devices needed for analytical testing and product characterization
• Present data and findings within the department to collaborate and receive feedback for future planned studies

• Design lab scale fermentation bioreactor experiments utilizing K. Marxianus to optimize process parameters for PG protein production
• Develop plans and business strategies through customer discovery for constructing a scale up bioprocessing pilot plant in Southern California
• Design shake flask experiments to confirm linear trends in microbial growth
• Develop assays for protein characterization and product yield under various dilution conditions
• Operate and calibrate reactor software and sensors to maintain validity of measured values

• Designed experiments using SBA-15 and activated carbon to significantly increase the surface area of perovskites up to 100 g/m2
• Synthesized LaFeO3 and other perovskites using sol-gel synthesis for novel use in methane dry reforming
• Developed nanoscale heterogeneous catalysts by doping perovskites with transition metals such as Nickel
• Utilized XRD and SEM to characterize catalysts and identify nanostructures
• Operated CATLAB to test catalytic activity for methane dry reforming under various gaseous conditions

• Synthesized WSe2 and MoS2 2D transition metal dichalcogenides through CVD on SiO2 wafers to support next generation materials chemistry in the semiconductor industry
• Developed heterojunctions of WSe2 and MoS2 to analyze the combined properties of the new material
• Utilized Raman spectroscopy to identify structures and confirm TMD nanostructures amongst the bulk
• Optimized procedures with different parameters to promote growth of products without contamination and unwanted oxidation on the SiO2 substrates

Sendai, Miyagi, JP

The Tohoku University STEM Summer Program (TSSP) was a month long overseas STEM learning opportunity in which various professors from Tohoku University presented their research and took us into their labs for an inside look with hands-on experience. Topics discussed included metallurgy, spintronics, DNA origami, aeronautical dynamics and particle.

Bachelor Of Science - Bs, Chemical Engineering

Master'S Degree, Chemical Engineering