Experience

Frontgrade Technologies

• United States
• Defense and Space Manufacturing
• 200 - 300 Employee

• Principal Engineer, Additive Manufacturing

  • Nov 2022 - Present

  Development of Additive Manufacturing processes for RF components for aerospace and defense applications in compliance with NASA requirements for spaceflight systems . Validation of design for manufacturability Development of Additive Manufacturing processes for RF components for aerospace and defense applications in compliance with NASA requirements for spaceflight systems . Validation of design for manufacturability



Cordis

• United States
• Medical Equipment Manufacturing
• 700 & Above Employee

• Metals Subject Matter Expert

  • Dec 2020 - Nov 2022

  • Resolving Medical Device Regulatory issues related with materials compliance aspects. • Developing and managing compliance tests of new and existing medical devices products to analyse risk different regulations (MDR, REACH, POP, RoHS , Cal Proposition 65, etc.) • Overview Develop regulatory changes and support interaction with regulatory bodies. • Resolving Medical Device Regulatory issues related with materials compliance aspects. • Developing and managing compliance tests of new and existing medical devices products to analyse risk different regulations (MDR, REACH, POP, RoHS , Cal Proposition 65, etc.) • Overview Develop regulatory changes and support interaction with regulatory bodies.



UMiami College of Engineering

• United States
• Higher Education
• 1 - 100 Employee

• Lecturer

  • Jan 2020 - Nov 2022

  • Taught two graduate/undergraduate level courses in Additive Manufacturing processes for metals and alloys used in Aerospace and medical devices industries. • Developed courses introducing Additive Manufacturing processes, structure, and property relationships in metals, ceramics, polymers, polymer-based composites, and bio-compatible materials fabricated using additive manufacturing. Design for additive manufacturing. • Taught two graduate/undergraduate level courses in Additive Manufacturing processes for metals and alloys used in Aerospace and medical devices industries. • Developed courses introducing Additive Manufacturing processes, structure, and property relationships in metals, ceramics, polymers, polymer-based composites, and bio-compatible materials fabricated using additive manufacturing. Design for additive manufacturing.



Johnson & Johnson

• United States
• Hospitals and Health Care
• 700 & Above Employee

• Principal Materials Processing Engineer

  • Apr 2018 - Nov 2020

  • Led R&D work in the Collaborative 3D Printing Lab of JnJ and University of Miami, FL. • Managed 3D printed processes for fast prototyping of implants and parts for medical instruments • Led projects in development of additive manufacturing processes for new bio-medically compatible materials. Developed AM processes for 420, 17-4ph, 455, 465, Biodur108 stainless steels, CP Ti, Ti64, Nitinol alloys. • Managed development of pre and post-processing 3D printing steps ( AM parts… Show more • Led R&D work in the Collaborative 3D Printing Lab of JnJ and University of Miami, FL. • Managed 3D printed processes for fast prototyping of implants and parts for medical instruments • Led projects in development of additive manufacturing processes for new bio-medically compatible materials. Developed AM processes for 420, 17-4ph, 455, 465, Biodur108 stainless steels, CP Ti, Ti64, Nitinol alloys. • Managed development of pre and post-processing 3D printing steps ( AM parts orientation, support structures, heat treatment and surface finish, FEA analysis of residual stresses). • Led design verification of new product prototypes for additive manufacturing (CAD, FEA). • Managed metal powders and 3D printed parts characterization (geometry analysis, mechanical, chemical microstructure and porosity tests). • Managed R&D projects with Technology Readiness Level from 0 up to 3, and support of higher level TRL (see listed above materials). • Performed management of lab personnel and mentoring M.S. and PhD. level graduate students in their R&D projects (4 engineers and 5 coop-students). Show less • Led R&D work in the Collaborative 3D Printing Lab of JnJ and University of Miami, FL. • Managed 3D printed processes for fast prototyping of implants and parts for medical instruments • Led projects in development of additive manufacturing processes for new bio-medically compatible materials. Developed AM processes for 420, 17-4ph, 455, 465, Biodur108 stainless steels, CP Ti, Ti64, Nitinol alloys. • Managed development of pre and post-processing 3D printing steps ( AM parts… Show more • Led R&D work in the Collaborative 3D Printing Lab of JnJ and University of Miami, FL. • Managed 3D printed processes for fast prototyping of implants and parts for medical instruments • Led projects in development of additive manufacturing processes for new bio-medically compatible materials. Developed AM processes for 420, 17-4ph, 455, 465, Biodur108 stainless steels, CP Ti, Ti64, Nitinol alloys. • Managed development of pre and post-processing 3D printing steps ( AM parts orientation, support structures, heat treatment and surface finish, FEA analysis of residual stresses). • Led design verification of new product prototypes for additive manufacturing (CAD, FEA). • Managed metal powders and 3D printed parts characterization (geometry analysis, mechanical, chemical microstructure and porosity tests). • Managed R&D projects with Technology Readiness Level from 0 up to 3, and support of higher level TRL (see listed above materials). • Performed management of lab personnel and mentoring M.S. and PhD. level graduate students in their R&D projects (4 engineers and 5 coop-students). Show less



GE Aerospace

• United States
• Aviation and Aerospace Component Manufacturing
• 700 & Above Employee

• Advanced Lead Engineer

  • Apr 2016 - Apr 2018

  • Led Mechanical group in development of power conversion equipment from concept to mass production for air force, marine and ground vehicle application. • Conducted design management, design verification, FEA analysis, reliability tests development based on specification dictated environmental stress conditions (Vibration fatigue, impacts, and thermal shocks). • Performed resolving of thermal and mechanical reliability design issues. • Mentored Finite Element Analysis of electronic… Show more • Led Mechanical group in development of power conversion equipment from concept to mass production for air force, marine and ground vehicle application. • Conducted design management, design verification, FEA analysis, reliability tests development based on specification dictated environmental stress conditions (Vibration fatigue, impacts, and thermal shocks). • Performed resolving of thermal and mechanical reliability design issues. • Mentored Finite Element Analysis of electronic and electro-mechanical assemblies to meet environmental stresses for developed products. Show less • Led Mechanical group in development of power conversion equipment from concept to mass production for air force, marine and ground vehicle application. • Conducted design management, design verification, FEA analysis, reliability tests development based on specification dictated environmental stress conditions (Vibration fatigue, impacts, and thermal shocks). • Performed resolving of thermal and mechanical reliability design issues. • Mentored Finite Element Analysis of electronic… Show more • Led Mechanical group in development of power conversion equipment from concept to mass production for air force, marine and ground vehicle application. • Conducted design management, design verification, FEA analysis, reliability tests development based on specification dictated environmental stress conditions (Vibration fatigue, impacts, and thermal shocks). • Performed resolving of thermal and mechanical reliability design issues. • Mentored Finite Element Analysis of electronic and electro-mechanical assemblies to meet environmental stresses for developed products. Show less



Dell EMC

• United States
• IT Services and IT Consulting
• 700 & Above Employee

• Principal Engineer, Global Hardware QA

  • Apr 2001 - Jul 2015

  • Led new product design verification and projects in resolving manufacturing an field application issues for electronic assemblies and data storage systems. • Conducted and managed thermo-mechanical design verification analysis and tests of mechanical and electronic assemblies for IT hardware and data storage systems (FEA, HALT, HASS, ESS). • Performed FA analysis and root cause analysis for new and released products (PCB assemblies, fiber optics assemblies, mechanical parts, system… Show more • Led new product design verification and projects in resolving manufacturing an field application issues for electronic assemblies and data storage systems. • Conducted and managed thermo-mechanical design verification analysis and tests of mechanical and electronic assemblies for IT hardware and data storage systems (FEA, HALT, HASS, ESS). • Performed FA analysis and root cause analysis for new and released products (PCB assemblies, fiber optics assemblies, mechanical parts, system integration issues etc.). • Worked as a link between R&D Engineering, Manufacturing, Service, and QA to resolve design, reliability and manufacturability issues for new and existing products; • Provided engineering teams and suppliers with technical expertise related and resolving a functional design and manufacturability issues for improving yield and quality. • Assisted in transition of EMC Corp. to a Pb-free electronic assembly technology: evaluated of Pb-free solder alloys, solder pastes, fluxes, long-term reliability tests of Pb-free electronic assemblies. Show less • Led new product design verification and projects in resolving manufacturing an field application issues for electronic assemblies and data storage systems. • Conducted and managed thermo-mechanical design verification analysis and tests of mechanical and electronic assemblies for IT hardware and data storage systems (FEA, HALT, HASS, ESS). • Performed FA analysis and root cause analysis for new and released products (PCB assemblies, fiber optics assemblies, mechanical parts, system… Show more • Led new product design verification and projects in resolving manufacturing an field application issues for electronic assemblies and data storage systems. • Conducted and managed thermo-mechanical design verification analysis and tests of mechanical and electronic assemblies for IT hardware and data storage systems (FEA, HALT, HASS, ESS). • Performed FA analysis and root cause analysis for new and released products (PCB assemblies, fiber optics assemblies, mechanical parts, system integration issues etc.). • Worked as a link between R&D Engineering, Manufacturing, Service, and QA to resolve design, reliability and manufacturability issues for new and existing products; • Provided engineering teams and suppliers with technical expertise related and resolving a functional design and manufacturability issues for improving yield and quality. • Assisted in transition of EMC Corp. to a Pb-free electronic assembly technology: evaluated of Pb-free solder alloys, solder pastes, fluxes, long-term reliability tests of Pb-free electronic assemblies. Show less



M&G Industries Corp.

• Milwaukee, WI

• Engineering Supervisor (Part-time)

  • Jun 2000 - Apr 2001

  Managed floor processes and developed SOPs: welding operations, CNC machining and CNC programming. Training and assistance for manufacturing operations, maintain continuous involvement with manufacturing personnel. Managed floor processes and developed SOPs: welding operations, CNC machining and CNC programming. Training and assistance for manufacturing operations, maintain continuous involvement with manufacturing personnel.



Marquette University

• United States
• Higher Education
• 700 & Above Employee

• Teaching Assistant/ Research Assistant, Mechanical Engineering Dept.

  • Jun 1994 - Apr 2001

  Powder Metallurgy, Materials evaluation. Investigation of the effect of high-density electric current pulses on sintered PM aluminum MMC (Electromigration, Electroplastic effect). Powder Metallurgy processes for Aluminum Metal Matrix Composites, Super-plastic deformation. Teaching of Material science and practical training of students with material testing equipment: MTS systems, NDE, Scanning Acoustic Microscopy, TEM, SEM, Data acquisition, Manufacturing processes and automated… Show more Powder Metallurgy, Materials evaluation. Investigation of the effect of high-density electric current pulses on sintered PM aluminum MMC (Electromigration, Electroplastic effect). Powder Metallurgy processes for Aluminum Metal Matrix Composites, Super-plastic deformation. Teaching of Material science and practical training of students with material testing equipment: MTS systems, NDE, Scanning Acoustic Microscopy, TEM, SEM, Data acquisition, Manufacturing processes and automated production: welding, CNC machining, robotics, programmable controllers, mechanical measurements. Show less Powder Metallurgy, Materials evaluation. Investigation of the effect of high-density electric current pulses on sintered PM aluminum MMC (Electromigration, Electroplastic effect). Powder Metallurgy processes for Aluminum Metal Matrix Composites, Super-plastic deformation. Teaching of Material science and practical training of students with material testing equipment: MTS systems, NDE, Scanning Acoustic Microscopy, TEM, SEM, Data acquisition, Manufacturing processes and automated… Show more Powder Metallurgy, Materials evaluation. Investigation of the effect of high-density electric current pulses on sintered PM aluminum MMC (Electromigration, Electroplastic effect). Powder Metallurgy processes for Aluminum Metal Matrix Composites, Super-plastic deformation. Teaching of Material science and practical training of students with material testing equipment: MTS systems, NDE, Scanning Acoustic Microscopy, TEM, SEM, Data acquisition, Manufacturing processes and automated production: welding, CNC machining, robotics, programmable controllers, mechanical measurements. Show less