Our Mission
Our mission at MSRCE is to find the optimum solution, using scientific principles, to meet your needs in the areas of corrosion problems, materials science, metallurgical, electronic and mechanical systems, while adding value at competitive pricing.
Why Should You Hire Us?
James H. Howard, Ph.D.
Experience, Education, Problem Solving Abilities, and Integrity are the top reasons why our clients hire us.
Experience
James Howard is a gifted engineer professional with over 24-years in materials engineering, materials science and mechanical engineering. Highly adept at applying technical applications and milestones in the mechanical, structural, chemical, thermal, electrical, photonic-optical and magnetic behavior and development of metals, composites, polymer-plastic, semi-conductors and ceramic engineering materials properties. Have extensive experience in government and military contracting, equipment management, process design and automation, and cost analysis with Six Sigma/TQM.
Education
Post Doctorate Fellow Ph.D. GPA 3.8/4.0 holding a Doctorate in Materials Science and Engineering, and a double Master of Science in Mechanical Engineering, and Master Science of Engineering in Materials Science and Engineering, at University of Texas and Bachelor Science in Physical Sciences and Engineering at United States Naval Academy. Received over 700-hours of training in Supply Chain Management Logistics Engineering for corporate executives as 60 hours in Professional Engineering Ethics.
Problem Solving Abilities
Through root cause, failure, round-robin analysis, engineering management, solved problems in applied research, design, manufacturing, testing and litigation was able to solve problems for Spacecraft and Space Structures,
Electronics (Micro and Nano) Devices, Aviation-Aircraft, Ocean-Marine, Nuclear, Petrochemical, Bio-medical, and Civil Engineering applications. Proven record of accomplishment in program and project management, product engineering,
product testing, quality control development, computer aided production, and research. Also, called upon to upgrade designs, processes, products and services for quality competitiveness, new market development.
Integrity
Secret Security Clearances, Military Service, NASA Projects, and many other factors will give you peace of mind that your information will remain secure and your project will not be compromised by our involvement.
Experience
James Howard is a gifted engineer professional with over 24-years in materials engineering, materials science and mechanical engineering. Highly adept at applying technical applications and milestones in the mechanical, structural, chemical, thermal, electrical, photonic-optical and magnetic behavior and development of metals, composites, polymer-plastic, semi-conductors and ceramic engineering materials properties. Have extensive experience in government and military contracting, equipment management, process design and automation, and cost analysis with Six Sigma/TQM.
Education
Post Doctorate Fellow Ph.D. GPA 3.8/4.0 holding a Doctorate in Materials Science and Engineering, and a double Master of Science in Mechanical Engineering, and Master Science of Engineering in Materials Science and Engineering, at University of Texas and Bachelor Science in Physical Sciences and Engineering at United States Naval Academy. Received over 700-hours of training in Supply Chain Management Logistics Engineering for corporate executives as 60 hours in Professional Engineering Ethics.
Problem Solving Abilities
Through root cause, failure, round-robin analysis, engineering management, solved problems in applied research, design, manufacturing, testing and litigation was able to solve problems for Spacecraft and Space Structures,
Electronics (Micro and Nano) Devices, Aviation-Aircraft, Ocean-Marine, Nuclear, Petrochemical, Bio-medical, and Civil Engineering applications. Proven record of accomplishment in program and project management, product engineering,
product testing, quality control development, computer aided production, and research. Also, called upon to upgrade designs, processes, products and services for quality competitiveness, new market development.
Integrity
Secret Security Clearances, Military Service, NASA Projects, and many other factors will give you peace of mind that your information will remain secure and your project will not be compromised by our involvement.
Business Profile
Table of Contents1.0 Executive Summary
1.1 Mission Statement
2.0 Company Summary
2.1 Company Ownership
2.2 Company Location
2.3 Accounting Records
3.0 Services
3.1 Areas of Strength
3.2 Services Offered
3.3 Modus Operandi
4.0 Market Experience
4.1 Aerospace
4.2 Electronics
4.3 Government
4.4 Mechanical
4.5 Offshore/Ocean/Marine
4.6 Petrochemical
5.0 Research / Consultative Activities
6.0 Prior Clients and Employers
1.0 EXECUTIVE SUMMARYJames H. Howard, Ph.D., Sole Proprietor of Materials Science Research Consulting Engineers,LLC (MSRCE), has over 22 years of combined experience in research and consulting services for the United States military, federal contractors, universities, and many private sector companies. As employee and independent contractor/consultant, he has overseen and performed materials research, materials certifications, forensic engineering, quality analyses, laboratory operations, etc., for myriad industries (e.g., aerospace, civil construction, semiconductor/electronics, manufacturing, among others).
MSRCE offers quality, extensive reliability and quality control practices, and a scientifically rigorous approach that is focused on getting the job done right.
1.1 Mission Statement
Add customer value at competitive price through application of scientific principles in findingp optimum solution to corrosion problems, materials science, metallurgical, electronic and mechanical systems.2.0 COMPANY SUMMARY2.1 Company Ownership
Materials Science Research Consulting Engineers, LLC (MSRCE) is an independently owned business, established in 1990 by a Ph.D. with more than 22 years in consultative materials research, quality controls, root cause analysis and engineering.
2.1 Company Location
The company is located at 5420 Confetti Drive Suite C, El Paso, TX 79912.
2.2 Accounting Records
James H. Howard, Ph.D. (sole proprietor) maintains all accounting records.3.0 SERVICES3.1 Areas of Strength
A. Knowledge:
1.1 Mission Statement
2.0 Company Summary
2.1 Company Ownership
2.2 Company Location
2.3 Accounting Records
3.0 Services
3.1 Areas of Strength
3.2 Services Offered
3.3 Modus Operandi
4.0 Market Experience
4.1 Aerospace
4.2 Electronics
4.3 Government
4.4 Mechanical
4.5 Offshore/Ocean/Marine
4.6 Petrochemical
5.0 Research / Consultative Activities
6.0 Prior Clients and Employers
1.0 EXECUTIVE SUMMARYJames H. Howard, Ph.D., Sole Proprietor of Materials Science Research Consulting Engineers,LLC (MSRCE), has over 22 years of combined experience in research and consulting services for the United States military, federal contractors, universities, and many private sector companies. As employee and independent contractor/consultant, he has overseen and performed materials research, materials certifications, forensic engineering, quality analyses, laboratory operations, etc., for myriad industries (e.g., aerospace, civil construction, semiconductor/electronics, manufacturing, among others).
MSRCE offers quality, extensive reliability and quality control practices, and a scientifically rigorous approach that is focused on getting the job done right.
1.1 Mission Statement
Add customer value at competitive price through application of scientific principles in findingp optimum solution to corrosion problems, materials science, metallurgical, electronic and mechanical systems.2.0 COMPANY SUMMARY2.1 Company Ownership
Materials Science Research Consulting Engineers, LLC (MSRCE) is an independently owned business, established in 1990 by a Ph.D. with more than 22 years in consultative materials research, quality controls, root cause analysis and engineering.
2.1 Company Location
The company is located at 5420 Confetti Drive Suite C, El Paso, TX 79912.
2.2 Accounting Records
James H. Howard, Ph.D. (sole proprietor) maintains all accounting records.3.0 SERVICES3.1 Areas of Strength
A. Knowledge:
- Ph.D. in Materials Science and Engineering, University of Texas at El Paso
- Master’s in Mechanical Engineering, University of Texas at San Antonio
- Master’s in Materials Science and Engineering, University of Texas at Austin
- Bachelor’s in Physical Sciences and Engineering, U.S. Naval Academy
- Materials engineering of plastics, ceramics, adhesives, composites, semiconductors, superalloys and metals
- Root cause analysis of failure mode in: microelectronic devices, gas turbines, downhole equipment, marine structures, pressure vessels, printed circuit boards
- Forensics engineering support services
- Materials quality compliance
- Research, application and test of chemical/mechanical/electronic properties of materials
- Classical Aerodynamics
- Classical Hydrodynamics
- Classical Thermodynamics
- Computer simulation mathematical modeling
- Large systems optimization
- Surface ships, submarines and submersible operations and technology
- Aviation operations and technology
- Corrosion Analysis
- Research & Development
- Consulting
- Troubleshooting
- Root cause analysis
- Defining solutions
- Implementation
- Data collection
- Continuous process improvement
- System design
- Process and hardware innovation
- Forensic characterization/interpretation
- Materials Engineering Design
- Materials Selection
- Alloy Development
- Provide quality service on time, within specifications and budget
- Sharing of information
- Loyalty to team and customers
- Write articles for journals and conferences
- Innovative application of existing technologies
- Maintain minimum use of inventory
- Hardware/Equipment – stress corrosion cracking, hydrogen embrittlement, atomic oxidation
- Space shuttle orbitor payloads (satellites and experiments)
- MIR Station
- International Space Station
- Airframes
- Powerplants and Power
- Avionics
- Materials Engineering Technology
- Structural Engineering Technology
- Systems Engineering
- Semiconductors
- Telecommunications
- Optical
- Microelectronic devices and chip design
- Microelectronic device manufacturing
- Printed circuit board manufacturing
- Failure analysis
- Solder joint reliability
- Sensors
- Solar Cells
- Bridges
- Highways
- Bulkheads and docks (reinforced concrete in soil, saltwater, atmosphere exposure)
- Heavy equipment (cranes, bulldozers and dredging)
- Runways
- Buildings
- Military
- Vibrations
- Mechatronics Control Systems
- Propulsion
- Salt spray environments
- Air/sea interface
- Corrosion
- Stress corrosion cracking
- Submarines/Submersibles
- Surface Ships
- Lubrication Engineering
- Plastics Design
- High pressure (downhole) Materials Development
- High temperature (downhole) Materials Development
- Corrosion Forms and Prevention Methodology
- Failure mode analysis
- Root cause investigation
- Corrosion Prevention, Control and Mitigation
- Anodic protection (passive)
- Cathodic protection (active)
- Coatings
- Anodization
- Galvanization
- Effect of dissimilar metals
- Effects of stress
- Effects of high temperature
- Effects of vibration
- Effects of differential O2 pressure
- Effects of heat treatment
- Effects of welding
- Hydrogen attack (embrittlement)-cracks/corrosion
- Facilities Structure Engineering
- Manufacturing and Production
- ISO 9000/10000
- Six Sigma
- Mining and Metallurgy
- Gas and Steam Turbines
- Plastics Design
- Alloy Development
- Materials Engineering
- Electronics Engineering
- Mechanical Engineering
- High Temperature Materials
- Heat Treatment
- Forging
- Fracture Mechanics
- Materials Processing
- Powder Metals
- Welding
- Brazing
- Soldering
- Surface Engineering
- Ceramics
- Composites
- Polymer/Plastics
- Sealants/Adhesives
- Friction, Lubrication and Tribology-Wear
- Casting
- Sensors
- Applied Materials, Santa Clara, CA.
- Bergaila Engineering/Dual Inc., Houston, TX.
- Cameron Iron Works, Austin, TX.
- Department of Defense.
- Department of Energy.
- Department of Navy Aviation.
- Domco-Azrock-Nafco, Houston, TX.
- Express-Consolidated Scientific Instruments, Austin, TX.
- General Electric, McAllen, TX.
- IBM, Austin, TX.
- Insituform Technologies Gulf South, Houston, TX.
- James A. Babb Engineering Firm, Friendswood, TX.
- MCI Telecommunication, Dallas, TX.
- NASA-Johnson/Bergaila Engineering/Lockheed Martin, Houston, TX.
- Raytheon Corporation/Hill & Hill, Dallas, TX.
- Standard Aero/Lockheed Martin, San Antonio, TX.
- TAD Technical Services subcontracted by Texas Instruments, Austin, TX.
- TAD/Express-CSI/Burnett/ADIA, Austin, TX.
- The Babcock & Wilcox Company, Austin, TX.
- Trident Metals, Houston, TX.
- TwinStar Semiconductor – Texas Instruments/Hitachi, Austin, TX.
- U.S. Navy, Worldwide Assignments.
- United Technologies/Pratt & Whitney Engines, East Hartford, CT.
- University of Texas at Austin, Austin, TX.
- University of Texas at El Paso, El Paso, TX.
- University of Texas at San Antonio, San Antonio, TX.
Professional Profile
LICENSURE
Professional Engineer (PE) licensure in progress. Exam scheduled for 10/2015.
PROFILEJames H Howard, founder of MSRCE, has over 22-years in Materials Engineering, Materials Science, Spacecraft and Space Structures, Electronics/Microelectronic Devices, Aerospace, Metallurgy, Mechanical Engineering, and Engineering Management. He has a proven record of accomplishment in program and project management, product engineering, product testing, Quality Control development, Materiel, Logistics and Contracting Management, computer aided production, and research, with extensive experience in government and military contracting, equipment management, process design and automation, and cost analysis with Six Sigma/TQM certifications. Mr Howard has provided over 700-hours of training for corporate executives.
Private sector management positions include: Director of petrochemical corrosion laboratory; Manager of metallurgical laboratory; Technical Superintendent of 10 polymer line condition manufacturing technicians and laboratory technicians; and Senior Engineer of engineering refurbishment and development teams.
U.S. Naval Academy graduate. Commissioned Officer (Lieutenant) that directed and mentored civil service engineers, technicians, active duty, government contractors and support staff.
EDUCATIONPh.D., Materials Science and Engineering, University of Texas at El Paso (2012)
Dissertation Title: A Study of WO3 and W0.95 Ti0.05 O3 Thin Films Using a Comparative Spectroscopy.
Concentrations: Solid state semiconductor sensor applications to aviation an aerospace. Nanotechnology materials research for micro-electro-mechanicalsystems (MEMS) development. Gas turbine engine materials development.
M.S., Mechanical Engineering, University of Texas at San Antonio (2008)
Thesis Title: Composite Materials Engineering: State of the Art Engineering Materials Challenges to the Extended Limits of Superalloys In Aerospace for Aircraft Engine Gas Turbine Components.
M.S., Materials Science and Engineering, University of Texas at Austin (1991)
Thesis Title: A Comparative Study: Tensile and Stress Rupture Behavior of IN718 and Ticolloy Nickel-Iron-Base Superalloys.
B.S., Physical Sciences and Engineering, U.S. Naval Academy (1984)
Regents Diploma, Aviation Career & Technical Education High School (1979)
TECHNICAL SKILL SET / EXPERTISE
Materials Systems Spectroscopy:
1. Diffraction/Photoelectron/Fluorescence Spectroscopy (XRD/XPS/XRF)
2. Transmission/Scanning Electron Microscopy (TEM/SEM)
3. Auger Spectroscopy
4. Secondary In Mass Spectrometry
5. Low Energy Electron Diffraction (LEED)
6. Absorption Rotational Spectroscopy (MW)
7. Vibrational Spectroscopy (IR)
8. Resonance Nuclear Magnetic (NMR)
9. Electron Paramagnetic Resonance (EPR)
10. Mossbauer Spectroscopy
11. Bulk Magnetism
Materials Science and Systems Engineering:
1. Semiconductor Electronics
2. Petrochemical
3. Aerospace
4. Printed Circuit Modules
5. Clean Room
6. Coatings
7. Solid State Electronic Devices
8. Biomedical
9. Integrated Circuits
10. Instrumentation
11. Joining
12. Corrosion
13. Superalloys
Computer Systems, Languages, Software & Applications:
1. Systems : MOSIS, UNIX, OS/2, LAN/WAN, Appolo, Mac II, SUN, Motorola, Athena, Ada, DEC 5 & 3100, Harris, DOS, Cray, DSP TMS, Deltex, PerkinElmer, ConvTech CG1000, Intel 370, IBM, CAD-CAE/CAM SUPREM, Trapix, HP.
2. Programming Languages: Assembly, C++, Basic, Fort/Nast/Protran/ProE, ProLog, LISP, Pascal, IBM, Motorola, VAX, FORTRAN.
3. Software: LabView, LabBridge, LabWindows/CVI, MatLab, Measure, HiQ, DAQ, Lookout, HMI/SCADA, Touchtown, SPICE, ComponentsWork, GPIX, VXIbus, DSP, SPS, Math/Symbol, Cadence OPUS, Windows NT/95/Vista/7, FileMaker Pro.
4. Applications: Electronic Devices, Circuits-Signal-Process Flight Simulators, Tactical Weapons, Gas-Turbine Engines, Hydrostatics, Image/Statistics Recognition, Electrical/Mechanical Equipment Testing, Robotics, Data Acquisition, Tooling, Aerodynamics, Flight Controls, Intelligence, Graphics, Spreadsheets, Finite Element, Microanalysis and Hydrocodes.
Military Technologies and Systems:
1. Radar and Sonars : Mine detection, under-ice, wide aperture, surface ship, aircraft,
submarine search, tracking, 3D, guidance, range/bearing, control.
2. Missiles/Torpedo: Surface, aircraft, submarine, submarine launcher, antitank.
3. Controls : Fire control, missile and torpedo launchers, gun mounted turret, mine countermeasures.
4. Helicopters/Airplanes: CH46/53, SH2/3, AV-8, UH-1, F-4/14/18, A-4/6/7, S/P-3, E-2, C-9.
Department of Defense Research and Development Affiliates:
Sikorsky, Bell, Kaman, Northrop Grumman, McDonnell Douglas, Beechcraft, Boeing, Cessna, Raytheon, Goodyear, General Dynamics, Honeywell, RCA, Hughes, GE, IBM, Western Electric, Martin Maxson, Sperry, Cordion, Hazeltine, Sangamo, DRS, EDO, ITT.
Professional Engineer (PE) licensure in progress. Exam scheduled for 10/2015.
PROFILEJames H Howard, founder of MSRCE, has over 22-years in Materials Engineering, Materials Science, Spacecraft and Space Structures, Electronics/Microelectronic Devices, Aerospace, Metallurgy, Mechanical Engineering, and Engineering Management. He has a proven record of accomplishment in program and project management, product engineering, product testing, Quality Control development, Materiel, Logistics and Contracting Management, computer aided production, and research, with extensive experience in government and military contracting, equipment management, process design and automation, and cost analysis with Six Sigma/TQM certifications. Mr Howard has provided over 700-hours of training for corporate executives.
Private sector management positions include: Director of petrochemical corrosion laboratory; Manager of metallurgical laboratory; Technical Superintendent of 10 polymer line condition manufacturing technicians and laboratory technicians; and Senior Engineer of engineering refurbishment and development teams.
U.S. Naval Academy graduate. Commissioned Officer (Lieutenant) that directed and mentored civil service engineers, technicians, active duty, government contractors and support staff.
EDUCATIONPh.D., Materials Science and Engineering, University of Texas at El Paso (2012)
Dissertation Title: A Study of WO3 and W0.95 Ti0.05 O3 Thin Films Using a Comparative Spectroscopy.
Concentrations: Solid state semiconductor sensor applications to aviation an aerospace. Nanotechnology materials research for micro-electro-mechanicalsystems (MEMS) development. Gas turbine engine materials development.
M.S., Mechanical Engineering, University of Texas at San Antonio (2008)
Thesis Title: Composite Materials Engineering: State of the Art Engineering Materials Challenges to the Extended Limits of Superalloys In Aerospace for Aircraft Engine Gas Turbine Components.
M.S., Materials Science and Engineering, University of Texas at Austin (1991)
Thesis Title: A Comparative Study: Tensile and Stress Rupture Behavior of IN718 and Ticolloy Nickel-Iron-Base Superalloys.
B.S., Physical Sciences and Engineering, U.S. Naval Academy (1984)
Regents Diploma, Aviation Career & Technical Education High School (1979)
TECHNICAL SKILL SET / EXPERTISE
Materials Systems Spectroscopy:
1. Diffraction/Photoelectron/Fluorescence Spectroscopy (XRD/XPS/XRF)
2. Transmission/Scanning Electron Microscopy (TEM/SEM)
3. Auger Spectroscopy
4. Secondary In Mass Spectrometry
5. Low Energy Electron Diffraction (LEED)
6. Absorption Rotational Spectroscopy (MW)
7. Vibrational Spectroscopy (IR)
8. Resonance Nuclear Magnetic (NMR)
9. Electron Paramagnetic Resonance (EPR)
10. Mossbauer Spectroscopy
11. Bulk Magnetism
Materials Science and Systems Engineering:
1. Semiconductor Electronics
2. Petrochemical
3. Aerospace
4. Printed Circuit Modules
5. Clean Room
6. Coatings
7. Solid State Electronic Devices
8. Biomedical
9. Integrated Circuits
10. Instrumentation
11. Joining
12. Corrosion
13. Superalloys
Computer Systems, Languages, Software & Applications:
1. Systems : MOSIS, UNIX, OS/2, LAN/WAN, Appolo, Mac II, SUN, Motorola, Athena, Ada, DEC 5 & 3100, Harris, DOS, Cray, DSP TMS, Deltex, PerkinElmer, ConvTech CG1000, Intel 370, IBM, CAD-CAE/CAM SUPREM, Trapix, HP.
2. Programming Languages: Assembly, C++, Basic, Fort/Nast/Protran/ProE, ProLog, LISP, Pascal, IBM, Motorola, VAX, FORTRAN.
3. Software: LabView, LabBridge, LabWindows/CVI, MatLab, Measure, HiQ, DAQ, Lookout, HMI/SCADA, Touchtown, SPICE, ComponentsWork, GPIX, VXIbus, DSP, SPS, Math/Symbol, Cadence OPUS, Windows NT/95/Vista/7, FileMaker Pro.
4. Applications: Electronic Devices, Circuits-Signal-Process Flight Simulators, Tactical Weapons, Gas-Turbine Engines, Hydrostatics, Image/Statistics Recognition, Electrical/Mechanical Equipment Testing, Robotics, Data Acquisition, Tooling, Aerodynamics, Flight Controls, Intelligence, Graphics, Spreadsheets, Finite Element, Microanalysis and Hydrocodes.
Military Technologies and Systems:
1. Radar and Sonars : Mine detection, under-ice, wide aperture, surface ship, aircraft,
submarine search, tracking, 3D, guidance, range/bearing, control.
2. Missiles/Torpedo: Surface, aircraft, submarine, submarine launcher, antitank.
3. Controls : Fire control, missile and torpedo launchers, gun mounted turret, mine countermeasures.
4. Helicopters/Airplanes: CH46/53, SH2/3, AV-8, UH-1, F-4/14/18, A-4/6/7, S/P-3, E-2, C-9.
Department of Defense Research and Development Affiliates:
Sikorsky, Bell, Kaman, Northrop Grumman, McDonnell Douglas, Beechcraft, Boeing, Cessna, Raytheon, Goodyear, General Dynamics, Honeywell, RCA, Hughes, GE, IBM, Western Electric, Martin Maxson, Sperry, Cordion, Hazeltine, Sangamo, DRS, EDO, ITT.
Professional Affiliations
Alpha Sigma Mu – International Professional Honor Society for Materials Science and Engineering
American Counsel of Engineering Companies (ACEC)
American Foundry Society (AFS)
American Institute of Aeronautics and Astronautics (AIAA)
American Institute of Chemical Engineers (AIChE)
American Institute of Mining, Metallurgical and Petroleum Engineers (AIME)
American Nuclear Society (ANS)
American Society for Quality (ASQ)
American Society of Mechanical Engineers (ASME)
American Society of Metals (ASM)
American Society of Naval Engineers (ASNE)
American Society of Testing Materials (ASTM)
American Welding Society (ASW)
Association for Iron and Steel Technology (AIST)
Institute of Electrical and Electronics Engineers (IEEE)
International Society of Logistics (SOLE)
International Society of Optics and Photonics (SPIE)
National Air and Space Society
National Association of Corrosion Engineers (NACE)
National Institute of Ceramic Engineers (NICE)
National Society of Black Engineers (NSBE)
National Society of Professional Engineers (NSPE)
National Space Society (NSS)
Society of Automotive Engineers (SAE)
Society of Naval Architects and Marine Engineers (SNAME)
Society of Petroleum Engineers (SPE)
Society of Plastics Engineers (SPE)
The Minerals, Metals & Materials Society (TMS)
U.S. Army Corps of Engineers
MSRCE is a Service Disabled Veteran Owned Small Business
