Daniel Stella Email & Phone Number

Princeton , Nj, Us

Responsible for identifying, championing, developing, and implementing digital data platform opportunities across organizations by partnering with CMC, Manufacturing, Supply Chain, Quality Operations, and IT functions.Data Strategy & Systems• Create vision and mission for data strategy aligned to organizational objectives.• Develop roadmap for data & knowledge systems to grow both digital maturity and overall organizational maturity• Communicate program plans and results to Senior Leadership and C-level stakeholders.• Lead development and expansion strategy for new data warehousing and end-user data consumption.Leadership & People Development• Establish framework, scope, and ways-of-working for data teams including development best practices and training programs.• Create training plans to broaden data analytics capabilities across technical teams utilizing self-paced training resources and instruction.Cross-Functional Collaboration• Serve on enterprise-wide digital transformation and AI initiatives (Gen AI Champion Program, Knowledge Management Systems implementation, etc.)• Design portfolio management and funnel systems for multiple functional areas.• Author internal and external technical responses for global agency interactions.• Provide support for technical teams from late-stage development through post-approval continuous improvement activities.Technical Guidance & Innovation:• Champion the adoption of Generative AI Tools (i.e. Copilot) for regular business use and document generation.• Guide teams in Six Sigma and Lean Startup principles for development environments such as experimental designs, rapid prototyping and fast-failure concepts.• Utilize response surface mapping, Monte-Carlo, time-series analysis, and other predictive tools to guide development decision-making.

Global, Global, Oo

Leadership and individual contributor position responsible for growing a dedicated data science team and developing novel digital solutions for product portfolio and internal processes. • Manage daily responsibilities and prioritization for associates.• Build teams and develop talent.• Lead teams to develop automated data pipelines from multiple sources and create databases.• Develop physics-based & statistical models to support product development, process analytics technologies and customer applications.• Develop novel digital solutions for integrating sensor technology into product portfolio.• Perform exploratory data analysis to support product and/or process development investigations.• Automate regular data analysis and visualization dashboards.• Represent R&D on cross-functional digital transformation efforts.• Communicate technical findings to non-technical leaders and stakeholders

Global, Global, Oo

Daily duties include:• Serve as SME for both data analytics and characterization of polymer membranes & raw materials.• Lead technical activities such as method development & verification, method transfer, and developing project outlines.• Use statistics and data analysis of R&D, Manufacturing, and Quality data to guide business & quality decisions, justify process validations, and support method development activities.• Provide training in Six Sigma/ statistical analysis across R&D• Collaborate cross-functionally to champion digital infrastructure improvements.• Develop physics-based models for the application of hollow fiber membranes.• Aggregate & wrangle data from multiple sources to be used in a variety of analyses• Voice user-needs input for data architecture & designs• Forecast expected resource demands based on business growth and project outputs• Communicate technical findings to non-technical leaders and stakeholders.• Support customer quality investigations and CAPA resolutions.• Act as Reviewer and/or Approver for technical reports across R&D, Manufacturing, and Quality departments.

Chicago, Us

Chicago, Us

BioProcess R&D Application Sciences Team focusing on tangential flow filtration methods and modeling.A technical leader for product improvement and development strategies, specifically dealing with polymer-based membrane manufacturing. I have experience developing membrane and material characterization test plans to better understand selective layer morphology, bulk morphology, chemical composition, and membrane performance of polymer-based membranes. To execute test plans I have used or coordinated the following techniques:Chemical Composition - FTIR, Raman Spectroscopy/Microscopy, XPS, and TOC. Morphology - SEM, AFM, and optical microscopy.Membrane Performance - Mixed dextran rejection, bubble point, air diffusion rate, and water permeabilityI have also taken on leadership roles for strategic customer investigations and CAPAs using Six Sigma principles and statistical analysis tools such as: Multivariate Regression Analysis, Logistic Regression, ANOVA, Ishikawa Diagrams (6M), 5 Why Methodology,

Chicago, Us

- Engage in all phases of product redesign for improvement or new product development, including concept, prototype build, test, documentation, supplier interfaces, manufacturing introduction.- Conducts analysis of existing and new product reliability using FMEA, DFR, risk management, and root cause analysis.- Write design verification/validation plans, perform required testing, and create reports.- Evaluate and document component redesign for chemical compatibility, tolerance stackup, functionality, inspection methods, and reliability.- Perform mold validations through IQ, OQ, and PQ sampling and First Article Inspections.- Work within a cross-functional team to deliver technical solutions and ensure deliverables meet product specification.- Lead design visualization efforts with 3D CAD models using SolidWorks. Create and explore multiple design option on component, sub-assembly, and assembly levels.

• Design, manufacture, and test static and dynamic load bearing structures used for high frequency (GHz – THz) radar measurements including test equipment transportation, test fixtures, and test targets.• Learn and incorporate radar cross-section, signal scattering, and laser system principles into mechanical component design.• Manufacture components using a vertical milling machine, lathe, cold saws, band saws, CNCs, etc.• Assemble designed testing structures, anechoic test chambers, testing layouts, etc.• Applied research environment requiring projects varying in scope and size ranging from single part CAD simulation using SolidWorks to designing, prototyping, testing, and documenting complex assemblies.

Washington, Dc, Us

• Revise maintenance standards for high pressure, sea water components to reflect updated machining tolerances during refurbishment, coating material and application methodology to minimize marine life growth, and visual inspection standards.• Adjust projected lifespan and maintenance scheduling using historical data and failure mode risk analysis for components subjected to high pressure and sea water.• Perform various engineering tasks including tolerance stack up calculations, component drawing reviews, contacting shipyard engineers and sailors to discuss component failures, and producing technical documentation.

• Aid in the process of designing residential septic systems and water drainage systems.• Create plans on AutoCAD using gathered field information and research from town/ state records. • Set construction markers, lot bounds, street bounds, and traverse points• Gather lot information such as topography, as-built measurements, and wetland placement.

Arlington, Virginia, Us

• Aid in training of over 1,000 newly recruited soldiers into US Army qualified Infantrymen.• Led teams of junior enlisted soldiers assigned to various duties• Responsible for the handling and transport of small arms weapons/ equipment valued at over $500,000.• Maintained soldier records along with organizing duty orders for graduating personnel.• Responsible for the storage/ access of Chemical, Biological, Radiological, and Nuclear (CBRN) supplies and records.• Maintain qualifications and proper technique with over 11 firearms, team and squad based tactics, hand-to-hand combat, radio communications, emergency combat first-aid, and a high level of physical fitness.

Master Of Science (M.S.) In Engineering, Mechanical Engineering

Bachelor Of Science (B.S.), Mechanical Engineering