Product Sustaining and Development of Apheresis Disposable Devices. New Product Development of Disposable Medical DevicesCommercialization and Life-Cycle Management of apheresis collections systems and related disposable components primarily Amicus and AmiCORE Product Families Technical Project Management, Technical Expertise, Engineering Guidance, Leadership, and management.Technical Innovation, Strategy Innovation, Cross-Functional Team Lead

Design Verification Product Requirement WritingDHF ImprovementProduct lifecycle managementBOM structuring & Standardization, Change management process.Product design and development, FMEA, PFMEA, Risk management, CAPA Process.Documentation process, engineering documentation and specification standardization.Design Analysis collected, organized, design related data from various specification documents.Analysis of Design parameters from various products.International Communication and Project Management.Document and Change Management in ERP, Teamcenter, SAP and other PLM Tools.Design configuration management.Document ownership and maintenance.SOP Writing, Review, and Revision

Medical Device Technical ExpertCentral R&D, Innovation IP Creation & DevelopmentFront-End Innovation, DiscoveryBrainstorming, Invention, Product DevelopmentTechnical Landscaping. Technical AssessmentBusiness Case PitchesDrug Reconstitution, Drug Container Design, Drug Solution Combination Devices, Point-of-Care Technology, Wearables,Technology Scouting, Technology Readiness Assessment, Technology Landscaping, Technical Feasibility Assessment.Disposables, Elastomerics, Infusion pumps, Ambulatory infusion pumps, Medication Delivery, Drug Delivery Devices, Intravenous Assess Sets, CAPA, CAPA Owner, CAPA Investigation Owner, Root Cause Analysis, DHF, -FMEA, RACTVerification and Validation Testing, Risk ManagementTest Setup Design and Implementation,Test Method Validation, Data Acquisition, Labview Mathematical Analysis, Statistical Analysis, Matlab, Excel, Monte Carlo Global Catalog Management, Product indexing and CompatibilityProcess Analysis, UDI GUDID, Project Planning and managementNew Product Development, Prototyping

Test and analyze blood collection/processing devises at the sub-system and system levels. Work collaboratively with, design engineers to formulate efficient, risk-based test strategies, test cases which can expose system weaknesses. Document the plans, execution, and results of tests and studies. Organize results and write reports. Trace tests, studies and results to system and subsystem requirements. Identify anomalies and issues, and investigate to identify root cause. Set up and maintain test articles, test fixtures, and laboratory environment. Prepare blood for testing, and characterize blood components after processing.

Sr. design engineer, acting chief engineer. Utilize design skills for making laparoscopic instruments. Utilized Solidworks and ESPRIT (CAD/CAM/CAE) skills as well as other tools to help further design, develop, and manufacture laparoscopic (keyhole) surgical instruments. DFMEA/PFMEA/Use-MisuseFMEA RACT and other quality & regulatory DMAIC'sUtilize knowledge of manufacturing methods, processes and techniques to reduce costs and improve efficiency. Utilize new tools for improved inspection and quality.Develop new tools with heavy emphasis on resuability and value added for end user.Develop disposable tooling. Source materials and suppliers, for new generation of products. Develop testing methods and equipment for research and development, as well as verification and validation work.

Manufacturing Engineer in charge of integrating CAD & CAM solutions into the manufacturing plant. Working in Advance Manufacturing Unit. Bridging gap between Design Engineering and Manufacturing Engineering. CAD technical expert, CAD support for Utilizing UG/NX 6.0 thru 8.0.Selection of CAM software. Implementation of ESPRIT CAM solutions. Working with tooling suppliers for exotic material cutting solutions. Cost savings thru advanced machining and fixturing techniques. Teaching CAM software use. Writing Post-Processors, Writing Macros, Writing G-Code for mutli-axis machines.Improve Process Flow. Use of SAP and Oracle. Evaluate tooling. Write Cost studies for tooling, software and program/process change.Adecco, Engineering Week, Engineer of the Year 2013

Solidworks Design, Energy Calculations, Hands-On Build