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Senior Aerospace and Mechanical Engineer specializing in the Thermal Sciences, applied to the areas of flight dynamics and propulsion. His expertise covers the disciplines of aerodynamics, gas dynamics, hydrodynamics, thermodynamics, combustion, heat transfer and fire dynamics.  He is a former military pilot who is experienced in all aspects of flight vehicle performance including flight mechanics, gas turbine engines, flight reconstruction, simulation as well as flight and ground testing.  He is also a specialist in aircraft, marine, ground vehicle and stationary power applications of gas turbines.

Has taught undergraduates for fourteen years as an Associate Professor of Aerospace Engineering at the United States Naval Academy, as well as at other Universities.

His forensic engineering experience includes a number of gas turbine issues, specifically:

  • Westinghouse/Northeast Utilities – involving Turbine blade failure of a Westinghouse W501 industrial gas turbine in a co-generation plant.

  • United 232/Sioux City – involving an uncontained General Electric CF6 engine fan disc failure in flight.

  • CIT Group Engine Repair Claim – involving a General Electric CF56 engine damaged during improper over road transport for installation.


He has provided expert testimony as to his findings in courts of law and at hearings.




Academic Background

  •  PhD, Aerospace Engineering, University of Maryland, 1984

  •  M.Sc., Aerodynamics, Cranfield Institute of Technology, UK, 1977

  •  M.Sc., Mechanical Engineering, Cranfield Institute of Technology, UK, 1976

  •  BS, U.S. Naval Academy, 1969


 

Professional Experience

  •  Senior Aerospace and Mechanical Engineer consultant, RTI Group, LLC (RTI), Annapolis, MD, 2003 - Present.

  •  Senior Engineer, FTI Corporation, Annapolis, Maryland, 1986 - 2003.

  •  Associate Professor, Aerospace and Mechanical Engineering Departments, U.S. Naval Academy, 1979 - 1992.

  •  United States Marine Corps Aviator, Aircraft Maintenance Supervisor, 1969 - 1978.

  •  Professional Honors

  •  Fan Makers Company Prize in Aerodynamics, 1977, Cranfield Institute of Technology


 

Professional Associations and Activities

  •  International Association of Arson Investigators

  •  Adjunct and Graduate Affiliate Faculty, Plymouth State University, NH

  •  American Institute of Aeronautics and Astronautics

  •  American Society of Mechanical Engineers

  •  Associate Professorial Lecturer, George Washington University Graduate Program

  •  Lecturer, Anne Arundel Community College

  •  Lecturer, Johns Hopkins University

  •  National Fire Protection Association

  •  Society of Automotive Engineers

  •  Subsonic Aerodynamic Testing Association


Research Activities

  •  Aircraft Drag Reduction

  •  Combustion and Fire Modeling

  •  Computational Fluid Dynamics Analysis

  •  Computer Simulation of Flight

  •  Marine Gas Turbine Exhaust Diffusers

  •  Surface Effect Ship Smoke Nuisance




More than forty years experience in engineering, construction and facilities management.  He is a graduate of Penn State University and holds a Master’s degree from the University of Pittsburgh.  He is a Registered Professional Engineer in six states and holds an Asbestos Inspection license in Virginia.  Served 7.5 years on active duty in the Navy’s Civil Engineer Corps and retired in 2001 with thirty years active and reserve combined service.

As a member of the Adjunct Faculty in ODU’s Continuing Engineering Education program, he taught basic contract law and various management courses.




Academic Background

  • The University of Pittsburgh, M.S., Public Works Administration, 1975

  • The Pennsylvania State University, B.S., Industrial Engineering, 1969


 

Continuing Education

  • Architect/Engineer Contract Management Course

  • Environmental Officer Course

  • Advanced Civil Engineering Corps Officer’s Course

  • Emergency Management Course

  • Construction Contracts Administration

  • Government Contract Law

  • Contingency Contracting and Real Estate Leasing

  • Installations Planning

  • Comprehensive Supervisory Training Course

  • Public Works Management


 

Certifications and Affiliations

  • Registered Professional Engineer – MD, NC, Ohio, PA, VA, FL

  • Licensed Asbestos Inspector – Virginia

  • LEED Accredited Professional

  • Certified as Construction Documents Technologist – Construction Specifications Institute

  • Commander, U.S. Navy Civil Engineer Corps Reserve, Retired

  • Member – Chesapeake Bay Preservation Area Board


 

Professional Experience

RTI Group, LLC, Annapolis, MD, 2012 – Present

  • Consulting Senior Engineer – Construction and Facilities Management.


Clark Nexsen, Norfolk, VA, 1997 – 2012

  • Associate, Director of Quality Management, Director of Construction Administration.  Reported to CEO. Managed quality staff of four and two consultants; Performed quality reviews of all Clark Nexsen projects, Interfaced with all disciplines on quality issues, Served as corporate safety/environmental manager.  Managed CA staff of six; Managed all construction period services for Clark Nexsen’s Norfolk Operations’ projects; Primary contact on Virginia higher education projects during construction; Reviewed and processed Requests for Information, Submittals, Schedules and Requests for Payment; performed site inspections; Advised staff on contract interpretations, safety, asbestos, mold and lead based paint issues.  In 2012 Clark Nexsen was ranked 132nd on ENR’s Top 500 Design Firms list and ranked 50th on ENR’s Top 100 Green Design Firms.


Centennial Contractors Enterprises, Inc., Virginia Beach, VA, 1995 – 1997

  • Quality Control/Safety/Environmental Manager for the Navy’s $35.0M Job Order Contract.  Reported to Vice President.  Staff of one responsible for reviewing submittals and test reports, inspecting construction and final close out of construction projects throughout the Tidewater area.  Delivery orders exceeded 131 projects in Norfolk and $31.0M from 1995 to 1997.


Clark, Nexsen, Owen, Barbieri and Gibson, Norfolk, VA, 1993 – 1995

  • Senior Engineer, Reported to Vice President.  Served as Quality Assurance/Resident Engineer at the Hoffman Federal Courthouse and Chrysler Museum renovation projects.  Included client interface, quality assurance, on-site engineering, change order scope and cost development, and monthly schedule and payment processing.


O’Brien and Gere Engineers, Inc., Virginia Beach, VA and the U.S. Navy Reserve, 1992 – 1993

  • Senior Engineer, Reported to Managing Engineer.  Developed corporate marketing plan and approach to the Navy’s $600 million annual environmental program.


Nationsbank  Financial Corporation (Bank of America), Norfolk, VA, 1987 – 1992

  • Vice President, Facilities Management Reported to Senior Vice President.  Staff of nine;  Managed all new construction, renovation, O&M and rent/utility allocation for more than 850,000 square feet of corporate space and 70 full service branches.  Other activities included operations planning, food service management and parking management for ten garages.  Total construction exceeded $1.5M for 1990; total budget exceeded $15.5M.

  • ­Successfully managed 160 construction projects totaling $30.0M.

  • ­Refined procedures to reduce operations and maintenance costs by 19% after inflation.


Sobota, Inc., Engineering Services, Virginia Beach, VA, 1985 – 1987

  • Vice President, Provided construction quality assurance, construction inspection services, project management, and construction claims investigations for U.S. Navy and private agencies.

  • ­ Managed the construction inspection of the $3.5M Special Mission Hanger at Andrews AFB and two boiler replacements – $1.5M and $1.2M for the Naval Research Laboratory.

  • ­ Served as on-site engineer and project manager for the $1.5M Effluent Treatment Facility, Con Agra Inc. and the $11.4M Army Helicopter Hanger project, West Fort Hood, Texas.


Weidlinger Associates, Consulting Engineers, New York, NY, 1983 – 1985

  • Associate, Chesapeake, Virginia office.  Reported to Partner.  Functioned as Construction Services, Marketing, and Contracts Manager; liaison among client, technical, and contract communities for federal, state, and private agencies.

  • ­Marketing efforts yielded $234,000 in construction services income.


U.S. Navy Civil Engineer Corps, 1976 – 1983

Naval Supply Center, Norfolk, VA, 1982 – 1983

  • Director of Facilities, Reported to Operations Director.  Staff of 42, including 8 engineers.  Responsible for initiating, developing, and coordinating all facility projects.  Norfolk Center included 90 major buildings with an annual facilities alteration and repair budget of $11.5M.


Headquarters, Defense Nuclear Agency, Alexandria, VA, 1980 – 1982

  • Contracting Officer’s Representative, Reported to Director, Strategic Structures.  Managed Navy’s R&D program for shock response of ships and submarines.  Annual budget of $2.0M.  Granted Top Secret Clearance during this period.

  • ­Initiated computer model shock simulation for the AEGIS class cruisers.

  • ­Awarded the Joint Services Commendation Medal.


Chesapeake Division, Washington, D.C.,  1978 – 1980

  • Assistant Resident Officer in Charge of Construction, Reported to Resident Officer.  Managed construction contracts for office, quarters, and pipeline projects at Andrews AFB and Henderson Hall, USMC Base.


Naval War College, Newport, RI, 1976 – 1978

  • Public Works Officer, Reported to Dean of Administration.  Responsible for construction, repair, and rehabilitation of eight War College buildings, including five on the National Registry of Historic Places.  Three new construction buildings occupied during this period.


Columbia Gas Of New York, Binghamton, NY, 1970 – 1974

  • Distribution Engineer, Designed and monitored the construction of pipeline and key valve projects.




Geotechnical and Tunnel Construction Consultant with over forty years experience in geology, engineering geology, heavy and underground construction, microtunneling, mechanical excavation, and dredging. He developed standards used in the industry for predicting, analyzing, and improving mechanical excavation performance and tunnel excavation efficiency. He developed and continues to enhance analytical methods to assess feasibility, select underground construction equipment, forecast, and evaluate excavation performance, and cutting efficiency, to minimize downtime, delays, difficulties with geotechnical conditions, and improve excavation efficiency. He has developed extensive studies of labor efficiencies, daily progress, and construction coordination to improve construction performance. This expert has developed analytical techniques for analyzing and understanding rock cominution under difficult conditions and has published a treatise on that subject. He has developed, established, and defined the technical elements of differing site condition claim for evaluation and presentation by the contractor and review and analysis by owners and engineers. His work on this subject has been published, widely accepted, and used in the industry.




Academic Background

City College of New York, NYC B.Sc., Geology 1964

University of Tennessee at Knoxville M.Sc., Geology 1967

University of Illinois @ Urbana-Champaign Ph. D., Civil Eng. 1975

 

Former professional licenses

Reg. Prof. Geologist California (1978); Georgia (1978); Idaho (1972);

 

Languages

Fluent English and Hungarian; Rusty French & German; Some comprehension of Spanish

 

Former affiliations

Member of Disputes Review Board Foundation (Education Committee); Member American Society of Civil Engineers; Boston Society of Civil Engineers; Geological Society of America; International Association of Engineering Geologists; Association of Engineering Geologists; British Tunnelling Society; Tunnel Association of Canada; International Tunneling Association; Society of Mining Engineers



Former air traffic controller, manager, aviation safety, and accident investigation specialist with over 39 years of aviation experience.  He has managed numerous accident investigations while Director and Acting Managing Director of Taiwan’s Aviation Safety Council (ASC).  Began his career as an Air Traffic Controller, and advanced to of Chief, Chiang Kai-shek Radar Approach/Tower.

He then served as Acting Managing Director; Director, Aircraft Accident Investigation Division and Air Traffic Services (ATS) Group Chairman for Taiwan’s Aviation Safety Council (ASC) where he managed numerous major aviation accidents.  More recently he supported an Air Navigation Service Provider to implement a Communication, Navigation, Surveillance and Air Traffic Management (CNS/ATM) program as a Chief Engineer and Liaison to Civil Aeronautics Administration (CAA).  He has considerable experiences in Air Traffic Control Operations and Facility Management, Air Traffic Control (ATC) Project Development and System Programming.  He has acted as liaison with the International Civil Aviation Organization (ICAO), Air Traffic Control Association (ATCA) and the International Federation of Air Traffic Controllers’ Associations (IFATCA).

 




Academic Background

  • BA degree at University of Chinese Culture, Taipei, Taiwan;  June 1969

  • Aircraft Accident Investigation, Southern California Safety Institute (SCSI), USA;  September 1999

  • Safety Program Management, University of South California; 1994

  • Management Course, Cheng-Chi University; May 1987

  • ATC Automation System, Euro Control Institute, Luxembourg; March 1988

  • Air Traffic Control (En Route) , Taipei, Taiwan;  April 1977

  • Air Traffic Control (Approach), Taipei, Taiwan;  March 1973

  • Air Traffic Control (Aerodrome), Taipei, Taiwan;  October 1971


 

Professional Experience

  • RTI Forensics, LLC, Hayward, CA, Aviation Air Traffic Control, Safety and Accident Investigation, 2011 to present

  • The MITRE Corporation, McLean, VA, Chief Air Traffic Management Engineer,          2005 – 2011

  • Aviation Safety Council (ASC), Taiwan, Republic of China – Acting Managing Director, Director, Aircraft Accident Investigation Division and ATS Group Chairman, Investigation Team, 1998 – 2005

  • Civil Aeronautics Administration (CAA), Republic of China Ministry of Transportation and Communications, Taipei, Taiwan. Positions included:

  • Chief, Chiang Kai-shek Radar Approach/Tower

  • Deputy Chief, Chiang Kai-shek Radar Approach/Tower

  • ATC Personnel Development Specialist, 1990 – 1996

  • Engineer, Air Traffic Control Project Development and System Programming


Professional Associations and Activities

  • Board Director, Air Traffic Controllers Association, Taiwan, Republic of China (ROCATCA)

  • Correspondent, Air Traffic Control Association (ATCA), USA

  • International Liaison Officer, International Federation of Air Traffic Controllers Associations (IFATCA)

  • Member, International Society of Air Safety Investigators (ISASI)




He is a versatile Civil Engineer who has strongly advocated his clients’ interests for over 30-years. His forensic focus is design, contracts, construction, permits, and operations of roadways, buildings, and site properties. His services include field investigations, review of technical and contractual documentation, interviews, research and analysis, development of options and recommendations, authoritative reports, and expert witnessing. With a reputation of high ethics, diligence, and good discretion, he confirms actions and responsible parties, and negotiates favorable client outcomes with third parties such as regulatory and government agencies. His appreciation of interdisciplinary integration allows him to either lead or provide a supporting role in a team environment for a wide range of jurisdictions and clients. He can be counted on for the following:

• Stormwater and Drainage Concerns – ponds, culverts, inlets, flooding, ESD, rainfall and hydrologic modeling, building discharges, combined sewers, and storm drain repairs
• Erosion and Sediment Complaints – permit compliance, proper sequencing, scour protection and mitigation measures, grading, and environmental protection.
• Bid Support - quality assurance of contract documents, constructability and cost estimates, and contractor price and technical proposals
• Construction Conflicts and Claims – disputes, change order and shop drawing reviews, materials selection, RFI, compliance orders, redline revisions, and claims for time or money
• Roadways – safety audits (design standards against actual field conditions), ADA compliance investigations, and automotive and pedestrian crash studies
• Insurance and Legal Investigations – cause and origin studies for reported loses such as sinkholes, hail, mold, termites, storms, etc. or post construction including code analysis
• Buildings and Site Work – demolition and restoration consulting, operation and system needs, utility design and placement, architect coordination, and permit coordination




Academic Background

• Various teaching and publications for professional societies and community colleges, ongoing
• M.B.A. University of Maryland, College Park, MD, 1994
• B.S., Agricultural Engineering University of Kentucky, Lexington, KY, 1985
• Ongoing professional and technical training both in-house and at vendor locations

 

Professional Experience

• RTI Group, LLC, Annapolis, MD, Civil Engineer Consultant, 2013 to present
• City of Baltimore DOT, Baltimore MD, Project Manager, 2012 to present
• Private engineering firm, Chief Engineer, 2011 to present
• EBA Engineering, Inc., Baltimore, MD, Project Manager, 2009-2011
• Wallace, Montgomery & Associates LLP, Towson, MD, Project Manager, 2004-2009
• URS Corporation, Hunt Valley, MD, Senior Civil Engineer, 1996-2004
• Greenman-Pedersen, Inc., Laurel, MD, Senior Engineer, 1988-1996

 

Professional Registration

• Professional Engineering License, State of Maryland
• Professional Engineering License, District of Columbia
• Erosion Control Certification “Green Card, Maryland MDE
• Confined Space Training Certification, State of Maryland
• 10-Hour Construction Safety and Health, OSHA

 

Affiliations

• Recipient of multiple personal and project awards from various agencies
• Baltimore City Stormwater Advisory County, Ex-Officio Member representing DOT
• American Society of Civil Engineers (ASCE), Member
• Maryland ASCE Stormwater Committee, Founder & Subsequent Public Relations Liaison
• Carroll County Utility Advisory Council, Chairman
• South Carroll Swim Club, Technology/Webmaster Former Board Member
• University of Maryland Alumni Association, Member
• American Society of Highway (ASHE), Member



Summary
He has a P.E., S.E., and Ph.D. with over 30 years of broad engineering experience in all aspects of the construction process: from design through construction and service. He has effectively served as an expert witness and litigation advisor on hundreds of cases in the past decade. He has advised in construction defect, building collapse, system and material failures, product liability, personal injury, construction work site injuries, multi-employer worksite matters, as well as building code compliance and insurance claims throughout the mid-Atlantic region. His expertise in structural/civil and mechanical engineering allows a broad perspective of potential matters beyond the traditional engineering solutions while bringing powerful engineering tools and concepts such as finite element methods and numerical modeling to bear on the issues at hand. He is a practicing Licensed Professional Engineer in Virginia, Maryland, West Virginia, Pennsylvania, Ohio, New York, and Delaware, a practicing Licensed Structural Engineer in Washington, D.C., and a Model PE NCEES record holder. He is a current member of the New York City Building Code Revision Committee for 2018.

 




Academic Background
• University of Wyoming, Doctorate of Philosophy in Civil Engineering,
Structural Engineering Focus, 1999

• Kansas State University, Master of Science in Mechanical Engineering,
Theoretical and Applied Mechanics Concentration, 1990

• Kansas State University, Bachelor of Science in Mechanical Engineering
Machine Design Emphasis, 1988

• Decatur Area Vocational Center
Building Trades Vocational Program Residential Construction,1983

 

Professional Experience

RTI Group, LLC, Annapolis, MD, Structural/Civil and Mechanical Engineer, 2018 to present

Private Engineering Company, June 2004 - Current – Principal
Practicing Engineer. Offers total design and fabrication drawings for light gage, structural
steel, and steel-concrete composite construction clients. Work includes conceptual design of midrise structures, total building design and analysis, component design and analysis, and construction-site problem solving, forensic analysis inspections, calculations and served as expert witness for construction/mechanical/structural/ and construction accident litigations.

Private Engineering Company – November 2015 to Current - Principal
Practicing Engineer. Offers total design and fabrication drawings for light gage, structural
steel, Masonry and steel-concrete composite construction clients. Work includes conceptual design of structures, total building design and analysis, component design and analysis, and construction-site problem solving. Ongoing work includes operating as EOR including Sheeting/shoring, Foundations, and Base Building Structures.

University of the District of Columbia, Aug 2015 to Current Adjunct Professor
Adjunct Professor for Department of Architecture teaching Structures to Architectural Students courses include Statics and Strength of Materials, Structural Analysis, and Structural Steel Design.

Private Engineering Company, February 2013 to Current –Forensic Structural/Civil/Mechanical Engineer
Practicing Forensic Structural/Civil/Mechanical Engineer. Conducted forensic analysis inspections, calculations and served as expert witness for construction/structural/ and construction accident litigations.  Provided expert testimony for both Plaintiff and Defense clients on a wide variety of projects ranging from trip and falls to first responder insurance inspections.

Private Engineering company, Aug 2009 to January 2012 Structural/Civil/Mechanical Engineer
Practicing Structural/Civil/Mechanical Engineer. Conducted forensic analysis inspections, calculations and served as expert witness for construction/structural/ and construction accident litigations. Provided expert testimony for both Plaintiff and Defense clients on a wide variety of projects ranging from residential inspections to multiple death construction accidents. Strengths include structural OSHA analysis, Structural Analysis, Cost Estimating, Building Code issues, Engineering design, Construction Project Management, and Accident Reconstruction. Extensively deposed and served as trial expert witness.

Engineered Framing Systems, January 2003 – June 2004 – Project Structural Engineer
Practicing Structural Engineer working in the fast paced Design-Build environment. Work is centered on light gage construction of multifamily multistory buildings. Work includes solving field issues, design of new structures, light gage and structural steel design, and concrete transfer slab design. Directed the design and the means and methods for panelized light gage multifamily structures in Maryland, New Jersey, and Massachusetts.

Theobald Bufano and Associates, April 2001 to January 2003 – Structural Engineer/Project Manager
Practicing Structural Engineer in Washington DC working for a mid size firm responsible for the structural construction phases of two significant cast in place 12 story concrete buildings, the inspection of concrete balcony repairs for major apartment complexes, the design phases of multiple smaller building rehabs, and the initial investigation of multiple feasibility studies. The construction phase work centers around fielding construction question and concerns, shop drawing evaluation and authorization, spot checking the rebar placement and inspection programs, and designing repairs for the contractor mistakes. The investigation of the balcony repairs includes the direct evaluation including sounding, observations, and physical testing of 400+ cantilevered concrete balconies on a twelve story apartment complex. The most common small project designed are two way concrete slabs being evaluated and designed for change conditions such as new stairs, larger loads, slab penetrations, and proposed additions. Some of the designs for contractor omission and or mistakes are shear collars, new load bearing walls to replace misplaced columns, retrofit steel beams for omitted concrete beams, anchor alterations, severed bar splices, wrong elevation slabs, etc. The feasibility studies conducted have been for minor jobs, such as change use for fitness facilities, elevator installation in mansions, corroded pan deck investigations, and open web joist corrosion evaluations.

NAHB Research Center, Inc., August 1999 to April 2001- Project Manager
Involved with projects related to roadmapping, physical testing, design methods, building code submittals, and in-situ housing condition assessments under contracts to HUD, PCA, NAHB, and others. In particular, project manager responsible for a pilot study to statistically evaluate the in-situ condition of housing stock in the United States, the Panelized Construction Portfolio, and Concrete Wall ICBO Evaluations among others.
Besides being active in the development of code submittals, also worked to ensure that the concerns of residential home builders are being heard on the various structural design standards committees such as ACI 332 and ASCE 7.

Reiman Corp. Construction, March 1998 to May 1999 - Project Manager/Structural Engineer
Employed as a Project Manager and Structural Engineer for a six-state bridge and commercial General Contractor. Duties included project management and engineer of record for projects, ranging in scope from interstate bridge jacking with live traffic flow to small commercial renovation designs. Also developed the concrete form designs for 15 superintendents. Active in the construction process design, bidding, project evaluation, and direct management of the project superintendents of awarded projects. A project of particular reward was the initial construction process design for the Timber Fishing Bridge in Yellowstone Park.

University of Wyoming, August 1995 to May 1999 Graduate Research Assistant
Primary investigator on developing material and design guidelines for Asphalt Plug Joints, a class of bridge expansion joints for the States of Colorado and Wyoming. These joints are highly visco-plastic, temperature sensitive pavement segments which span from the stationary pavement to the moving bridge deck. These joints required developing high-level time, temperature, and demand interrelations for the mathematical modeling of their physical behavior that was paramount to their understanding and design.  The research yielded a complete understanding of their behavior and limitations that was brought back to a simple and easily understandable design methodology that is being implemented in Wyoming today.

Caterpillar, Inc., August 1990 to August 1995 Design Engineer, Construction and Mining Trucks
Responsible for the design, analysis, and implementation of various systems for the Construction and Mining Trucks division of Caterpillar, Inc. This business unit focused on the 35-ton through 100-ton payload capacity rigid frame mining trucks typically used for civil infrastructure construction and small stationary mines. Responsibilities included Suspensions, Steering, Transmissions, Autonomous Mining Truck Program, Structural Analysis, and Regulatory Compliance. I also worked as a research engineer for the Articulated Mining Truck Program. Specific duties included developing, verifying, and interpreting dynamic simulation analytical models that predicted the ride characteristics for various design options during product development. These models were used to gain knowledge and insight prior to actual test vehicle construction.

Kansas State University, January 1989 to August 1990 Graduate Research Assistant
Conducted research funded by Boeing Military Aircraft on bolt loading of IM6/PEEK composites.  IM6/PEEK is a carbon fiber reinforced thermoplastic material used in aircraft skins. This research required building finite element models using the orthotropic material behavior of the composite laminates. These models were analytically loaded through all possible orientations to determine the most critical orientations. Finally, constructed actual coupons were constructed and loaded utilizing a controlled load frame to create a correlation between the controlled experiments and finite element investigation. A reasonable correlation between the analytical and experimental results was developed.

 

Professional Registrations and Awards

Registered Structural Engineer
• District of Columbia
• Structural II State of Illinois - Inactive

Registered Professional Engineer
• State of Pennsylvania
• State of Florida - Inactive
• State of Ohio
• State of Maryland
• State of New York
• State of Virginia
• State of Delaware
• State of West Virginia

1996-1999 Eisenhower Transportation Research Fellowship Federal Highway Administration Osha 10 and Osha 30



Expert 011170 is a Materials Engineer with over 40 years of experience in accident reconstruction, product liability, intellectual property, factory safety, user safety, product design, process development, equipment design, machine guards and user safety. He has extensive experience with thermal and chemical strengthening of glass, including strength analysis and failure analysis. In addition, he was heavily involved in the process development and failure analysis of laminated glass with a previous employer.

His expertise in failure and analysis includes both materials and design. These analyses include glass damage and failures, as well as metal failures, ceramic structure failures, plastic and rubber component failures, wood product failures, and electronic device failures. He has proven expertise in the analysis of product design as it relates to user safety. As an manufacturing engineer, he is knowledgeable in all aspects including patents, tooling processing, product design, factory safety, quality control, quality verification, reverse engineering, factory procedures, statistical process control and the patent process.  He is a proven expert in the field of manufacturing process evaluation, which includes both the technical and economic viability of processes.

This expert is also knowledgeable and experienced in all aspects of elemental surface analysis and laboratory techniques.  This includes scanning and transmission electron microscopy and all forms of spectrographic analysis (EDAX, Auger, SIMS, ISS and FTIR).

He has provided expert testimony as to his findings in courts of law.

 




Areas of Expertise

Accident Reconstruction – User and Worker safety, Product Liability and equipment design (Includes device safety, factory safety and machine guards)

Failure Analysis (Includes both materials and design)
· Glass Damage & Failures: Jars, Bottles, Laminated Safety Glass, Windows, Windshields, Wire Glass etc.
· Ceramic and Porcelain Failures:  White Ware, Grinding Wheels, Cutoff Blades and Structural Ceramics
· Polymer (Plastic) Degradation and Failures: Piping, Joints, Seals, Packaging, Chairs, Medical Devices, Implants,
· Metallurgical Failures:  Implants, Pipes, Bolts, Cables, Welds, Gears, Chairs, Prosthetics, Ladders, Plumbing, etc.
· Corrosion Failures:  Galvanic, General; this includes materials selection and electronic devices.
· Manufacturing Defects:  Any manufactured Item. Tubing failures (metal glass and plastics)
· Wood Failures: Chairs, Ladders, Stairs, Window Leaks etc (Includes deterioration from rot).

 

Manufacturing Expertise:  Includes Patents, Tooling, Processing Equipment, Product Design, Factory Safety (Machine Guards), Quality Control, Quality Verification, Reverse Engineering and Factory Procedures

 

 

Academic Background

● Ph.D., Materials Science and Engineering, Stanford University, 1972
● MS, Materials Science, Stanford University, 1969
● Diploma, Tercer Curso Pan Americano de Metalurgia, Buenos Aires, Argentina, 1968
● B.S., Metallurgical Engineering, University of Pennsylvania (Summa Cum Laude), 1965

 

Registration

● Registered Professional Engineer, California

 

Professional Experience

● Senior Materials Science and Engineering Consultant, RTI Group, LLC , Annapolis, Maryland, 2006-present
● Engineering Consultant, 1975-present
● Senior Materials Scientist, Rheodyne, LLC, Rohnert Park, California, 2001-2003
● Senior Materials Science and Engineering Consultant, FTI Corporation, San Francisco, California, 1993‑2003
● Scientist and Manager of Research and Analysis, Komag Materials Technology, Santa Rose, California, 1994-2000
● Senior Thin Film Project Engineer, Deposition Sciences, Inc., Santa Rosa, California, 1988-1994
● Reliability Engineering Manager/Thin Film Circuit Engineering Manager, Microwave Technology Inc., Fremont, California, 1984-1988
● Project Engineer and Engineering Manager, Hewlett Packard Co., Santa Rosa, California, 1975-1984
● Senior Development Engineer, Optical Coating Laboratories Inc., Santa Rosa, California, 1974-1975
● Senior R&D Engineer, Corning Glass Works, Corning, New York, 1972-1974
● Associate Engineering Consultant, Failure Analysis Associates, Stanford, California, 1968‑1972

 

Language Skills

● Fluent in written and spoken Spanish



Summary

He specializes in aerospace human factors, aviation safety and patient safety, has a unique background as one of a very few qualified military pilot-aerospace researchers and experts. The first F-16 “Pilot-Physician” in the USAF, he was recruited to help reduce the incidence of accidents and fatalities from Spatial Disorientation and High Sustained G forces.  Later he worked for 6 years in aeromedical and human performance laboratories in the USAF and Britain’s Royal Air Force, and was the Chief Scientist (acting) of the USAF Armstrong Aeromedical Laboratory.  Having studied human performance in the air, and in high risk areas of hospitals, he is expert in both these domains, and has worked in knowledge and behavior transfer from cockpit to operating room and ER. Plus, he has been selected for leadership positions in hospitals and healthcare networks at the senior, executive level.




Areas of Expertise
• Psychophysiology and human factors of individual and group performance.
• Aerospace safety, accident analysis and prevention.
• Patient Safety in hospitals and outpatient care.
• Human acceleration and impact tolerance, ejection seat performance.
• Aircrew health and preventive medicine.
• Airsickness causation and treatment.
• Fear of flying causation and treatment.
• Human subject use in research.

 

Specific Competencies

Psychophysiology of human performance:
• Highly experienced at determining the combined effects of flight stressors: orientation, workload, acceleration, and altitude.
• Designed experiment to assess adaptation to cross-coupled, Coriolis forces in a planetary motion tactical flight simulator.
• Designed experiment to determine minimum type and level of training, correlated with state/trait anxiety, and with personality type, that will allow commercial space passengers to tolerate sub-orbital spaceflight.
• Studied, flew, and taught the interaction of physiology and workload demands in F-16.
• Designed, flew experiment to prove decrement in positive g tolerance from negative g.
• Designed, flew experiment to prove that pilot may falsely feel inverted after take-off.
• Project pilot in experiment to prove heat-load safety of occlusive anti-g ensemble.
• Evaluated in-cockpit mobility with occlusive anti-G ensemble.
• Analyzed USAF G-induced Loss of Consciousness (GLOC), and disorientation accidents.
• Designed system for tracking pilots’ eyes in cockpit.
• Analyzed deficiencies in FAA proposal on airline crew duty periods.
• Proved USAF stand-by Attitude Indicator is reliable from actual flight data.
• Presented analysis of cockpit warning systems at engineers’ conference.
• Learned Cockpit Resource Management and applied it in hospital setting

 

Aviation Safety and Accident Analysis.
• Designated F-16 Weapons System Flight Surgeon by Tactical Air Command.
• Member, consultant on accident investigation boards in USAF.
• USAF observer on Royal Air Force Board of Inquiry.
• Wrote systematic model of F-16 accident causation.
• Analyzed the emotional substrate of accident causation.
• Analyzed USAF accidents caused by Night Vision Goggles.
• Predicted future cockpit problems in national aeromedical safety lecture.

 

Human acceleration, impact tolerance, and ejection seat performance.
• Proved ejecting on the runway is as safe as above 2000 feet.
• Evaluated head, neck, spine injuries in USAF ejections.
• President, safety board certifying safe flight of heavier helmets with displays (HMD).
• Experimental subject in human neck impact tolerance experiment.
• Researched survival data in light aircraft accidents.

 

Aircrew health and preventive medicine.
• Directed and performed USAF, FAA flight physicals and waivers for 15 years.
• Evaluated pilots injured by ejection, burns, and phobias for fitness to fly.
• Designed, performed, analyzed mass screenings for cardiac risks at two USAF bases.
• Responsible for Shuttle astronaut rescue and treatment at Edwards AFB.

 

Airsickness causation and treatment.
• Desensitized over 30 airsick Royal Air Force aircrew in the air, returned all to flying.
• Analyzed 10 years of the treatment program.
- Elucidated desensitization effects, duration, and time-of-day factors.
• Flew research experiment into skin resistance as predictor of airsickness.

 

Fear of flying causation and treatment.
• Evaluated all RAF aircrew who had become fearful of flying, began ground treatment.
• Improved the Systematic Desensitization method of treatment to include actual psychotherapy in the air.
• 9 of 10 regained confidence and resumed military flight duties.

 

Use of human subjects in research.
• Consultant in human research ethics to ETC NASTAR, the spaceflight training company
• Member, Institutional Review Board, Oregon Health Sciences University, 2005-7
• Chairman, Institutional Review Board, Albany VA Medical Center, 2002-3
• Chairman, Human Use Committee at Armstrong Laboratory, 1996-7
• Member, Wright State University human use committee, 1996
• Medical monitor, human subject safety for high-risk centrifuge, impact track.

 

Academic Background
• B.Sc., US Air Force Academy, extra courses for Major in Public Policy, 1963
• USAF Undergraduate Pilot Training, 1963-4
• M.D., Albany Medical College, Albany, New York, 1974
• Diploma in Aviation Medicine, Royal College of Physicians, London, England, 1992
• MBA, University at Albany 2002
• Surgery-Medicine Internship, Albany Medical Center Hospital, Albany, New York.1974

 

Additional Academic Activities / Honors
• US Delegate to the Medico-Physiologic Committee, Federation Aeronautique Internationale, 2002-
• Assistant Professor, Department of Family Practice, Oregon Health Sciences University
• Assistant Clinical Professor, Wright State University School of Medicine
• Fellow, Aerospace Medicine Association
• Safety Committee 1990-8, Chairman 1997-2001
• Women’s Issues Safety Subcommittee, 1994-7
• Fellow, Royal Aeronautical Society
• Fellow, American Academy of Family Practice.
- Recertified 1993-2000.  Current in BLS, ACLS
• Member, Editorial Board, Aviation Space and Environmental Medicine, 2004-
• Member, Editorial Board, Society for Human Performance in Extreme Environments, 2000-1
• Member, SAFE Association.  Program Committee Chairman, Wright Brothers chapter, 1997
• Senior Service School: National Security Management, 1980
• USAF Primary Course in Aerospace Medicine, 1982
• Crash Survival Investigator's School, Tempe, Arizona, 1984
• USAF Commanders' Course, 1985
• Graduate courses in statistics, public health, University of South Florida, 1984-.
• TQM basic and advanced courses in methods, strategic planning, SPC, metrics, 1989-95
• Joint Commission Accreditation of Healthcare Organizations TQM course, 1995
• Past President, International Association of Military Flight-Surgeon Pilots, ASMA
• Member, Aerospace Human Factors Association
• Decorations:  Distinguished Flying Cross, 10 Air Medals
• Promoted early to Major, Lieutenant Colonel, and Colonel

 

Professional Experience
• RTI Group, LLC, Annapolis, MD, Aerospace Medicine, Human Performance, and Safety Consultant – 2017 to Present
• Assistant Clinical Professor, teach military aviation medicine to graduate level physicians.
• Principles of Clinical Medicine course, first year medical students, Private University, 2005-Present
• Chief Medical Officer, VA Northwest Network, Vancouver, WA, 2004-
• Director, Medicine and Surgery, US Veterans Affairs Upstate New York Network 1999-2004
• Chief, Aeromedical Services and Chief Scientist (Acting) Armstrong Laboratory, Crew Systems Directorate, Wright-Patterson Air Force Base, Ohio, 1995-97.
• Commander, 2nd Medical Group Barksdale Air Force Base, Louisiana, 1993-95
• USAF Exchange Officer with Royal Air Force (RAF) Institute of Aviation Medicine, Farnborough, Hampshire, England, 1989-93
• Commander, Air Force Systems Command Hospital, Edwards AFB, California, 1988-89
• Commander, 432 Medical Group, Misawa Air Base, Japan, 1985-88
• Chief, Aeromedical Services MacDill Air Force Base, Florida, 1982-85
• Noble Hospital, Westfield, Massachusetts 1975-82
• Partner, Family Medicine Associates, Westfield, Massachusetts, 1975-82
• Designed and taught basics of G tolerance to all F-16 pilots.
• Taught Advanced Life Support to all trainee RAF nurses and operating theater technicians

 

Professional Associations and Activities
• Lectured in accident prevention to RAF Diploma in Aviation Medicine students.
• Yearly presentation or panel chairman at Aerospace Medicine Association Scientific Meeting.
• Invited to Norwegian AF, Indonesian AF by name to lecture on G, Workload topics.



Summary
He is a B-757/767 pilot for United Airlines, with over 20 years of flying experience in Part 91, 135, and 121 operations. He also serves as the Air Line Pilots Association (ALPA) Advanced Accident Investigation Course Director and as a Chief Accident Investigator. These roles have given him the opportunity to instruct in numerous ALPA safety courses, as well as leading the redevelopment of the ALPA Advanced Accident Investigation Course.
Prior to his current positions with United Airlines and ALPA, he served as Senior Air Safety Investigator-in-Charge (IIC) with the National Transportation Safety Board (NTSB) for 7 years. During this time, he was responsible for investigating high visibility, complex, and unique accidents and incidents, involving a wide range of aircraft which spanned the industry from general aviation to air carrier operations. Most notably, he was involved in the investigations of: the John F. Kennedy Jr. accident, the Space Shuttle Columbia accident, the World Trade Center terrorist events, a mid-air collision between a Boeing 737 and Embraer Legacy in Brazil, and hundreds of additional accidents. He developed numerous Safety Recommendations during his tenure as an NTSB IIC, which resulted in notable safety changes in the aviation industry.




Professional Licenses
• FAA Airline Transport Pilot: multi-engine land rating
• FAA Commercial Pilot: single-engine land and sea ratings
• Aircraft Type Ratings in Boeing 737, 757, 767, and IAI 1124 Westwind

Academic Background
• Daniel Webster College, BS, Aviation Management/Flight Operations, 1994

Professional Awards and Honors
• Air Line Pilots Association Intl. Presidents Citation for Safety - 2016
• United Airlines United 100 Annual Award - 2013
• Safety Board Performance Award – 2002
• Safety Board Performance Award – 2001
• Safety Board Performance Award – 2000
• Safety Board Spot Award for participation with the JFK Jr. Accident - 1999
• Safety Board Spot Award for participation with the General Aviation Accident Prevention Seminar - 2001

 

Professional Experience
RTI Group, LLC, Annapolis, MD, Senior Pilot, Flight Safety and Accident Investigator, 2018 to present.

United Airlines, Airline Transport Pilot, 2006 – Present
• Duties have included flight operations conducted to domestic and international high-density use airports. Additional duties included flight and weather planning, aircraft fueling and pre-flight inspections, navigational literature updating, and north Atlantic and north Pacific operations. Equipment utilized for operations consisted of Boeing 737-300, 737-500, 737-700, 737-800, 737-900, 737-900ER, 757-200, 757-300, 767-200, and 767-400 series aircraft.
• During March and April 2015, he participated as an iPad Subject Matter Expert (SME) to distribute devices and provide instruction to the pilot population (approximately 2,000 pilots).
• From September 2014 through February 2015, he was selected by the Chief Pilot, for special assignment as an Operations Efficiency Training (OET) Facilitator, where he was responsible for leading classroom instruction and discussion on operational efficiency and line-oriented culture to pilots and dispatchers.  He was required to travel to all UAL bases and be in place to manage logistics and deliver OET content, establish appropriate audio and visual connectivity to deliver classroom content, work with co-facilitators (pilot or dispatcher), and provide feedback to OET management team on effectiveness of presentation and recommendations for improving all areas of training.
• During March 2012, through April 2013, he was selected as an original iPad SME, to distribute devices and provide instruction to the pilot group. For his performance as an original iPad SME, he was presented with the United 100 Annual Award in 2013. Also, during 2013, he was selected as a Preferential Biding System (PBS) SME and Base Lead. His duties included instructing the pilot group on the new PBS system, and assisting them on bidding strategies. He also was responsible for coordinating the scheduling of 8 additional SME's and assure their compliance with the instructional program.

Air Line Pilot Association, Accident Investigation Board/Advanced Accident Investigation Course Director, 2011 – Present
• As an ALPA Accident Investigation Board member, he is responsible for participating in accident investigations involving an ALPA carrier(s). Responsibilities include proceeding to the scene of an accident to provide logistical, administrative, and technical support to the ALPA accident effort as required. He is also responsible for assisting the coordination of post NTSB field investigation phases, e.g. public hearing, technical review, report and petition preparation. Coordinating efforts of other components of the ALPA Air Safety Organization and the affected MEC to ensure appropriate expertise is available, monitor progress of the investigation team, advisement to the Master Executive Council (MEC), ALPA Aviation Safety Chair and ALPA National Safety Coordinator on the advisability of an NTSB public hearing, and ensures appropriate reports are completed.
• Additionally, as an ALPA Accident Investigation Board member, he actively participates in ALPA Safety Schools, instructing new and established ALPA Safety Volunteers on numerous aspects of accident/incident investigation procedures and policies.
• As the Course Director for the ALPA Advanced Accident Investigation course (AI-3) he led the redevelopment of the program from a scenario based on a basic reciprocating engine accident investigation, into a complex Part 121 scenario utilizing a Boeing 727.

Air Line Pilot Association United Airlines Master Executive Council (MEC), Chief Accident Investigator, FOQA Analyst, 2008 – Present
• Chief Accident Investigator: Serving as the United Airlines MEC Chief Accident Investigator, requires him to lead, on the union’s behalf, any accident or incident investigation involving a United Airlines aircraft. This requires working with federal and company individuals, and coordination of his staff during an investigation. He is also responsible for the coordination on behalf of the UAL MEC for NTSB investigations, public hearings, technical reviews, as well as the development and preparation of NTSB Party Submissions, and/or reconsideration petitions.
• Participated as the ALPA MEC Chief Accident Investigator for approximately 30 accidents or incident that has involved United Airlines and subsidiary aircraft.\

Notable accidents while serving in this capacity:
o CAL Flight 1404, Denver, Colorado – assigned as the Chief Accident Investigator and Party Coordinator for the Continental Airlines ALPA MEC. In addition, he was also assigned to participate as a member of the Structures Group.
o Colgan Air Flight 3407, Buffalo, New York - assigned to this accident to provide technical assistance relating to accident investigation procedures to the Colgan Air ALPA MEC. In addition, was also assigned to participate as a member of the Structures Group.
o FOQA Analyst (2011-2013): As one of four CAL ALPA FOQA Analysts, he was required to support the CAL FOQA Program Manager with administration of FOQA efforts, to ensure proper analysis of flight data for the purpose of improved flight safety. The duties included monitoring the data collection process of the aircraft fleet in conjunction with Maintenance and Engineering, coordinate the development, verification and validation of aircraft specific event definitions, assist in the preparation of flight operations trending analysis and charts, compile and present FOQA data summaries for use by management, regulators, pilots, and union officials, prepare reports, presentations, and statistical data required to keep the FOQA community informed of the status and programs of the FOQA information.
o Additionally, he worked with state-of-the-art software and equipment hardware, perform data analysis, root cause analysis, conducted verbal crew contacts, prepared recommendations, and determined corrective actions of digital flight data to determine adverse events or trends in flight and maintenance operations.

National Transportation Safety Board, Senior Air Safety Investigator, 1999-2006
• Served as a Senior Air Safety Investigator-in-Charge (IIC) for the National Transportation Safety Board’s Office of Aviation Safety, Washington, DC. In this capacity, he was responsible for investigating high visibility complex and unique accidents/incidents involving general aviation aircraft, public use, air taxi, air carrier, field major accident investigations, and as the Accredited Representative for the United States on foreign accident investigations. Responsible for coordinating aircraft accident investigations with federal, state, local officials and foreign governments, maintaining overall control and leadership of the investigation.
• During his tenure as an IIC, he investigated hundreds of accidents. The tasks involved in completing an accident investigation included: briefing the news media, briefing family members, documenting the accident site, analyzing the evidence, writing reports, performing analyses, and briefing Board Members and other high-level industry and government officials.
• Developed a number of safety recommendations in the course of his work as an IIC. The issuance of these safety recommendations has had a direct impact on the safety of the aviation industry.

Some of the more notable accidents in which he was involved included:
o World Trade Center, September 11th investigation – On September 11, 2001, he was required to respond to the World Trade Center site to assist the FBI with their investigation of the disaster. Led a team of FBI, police, and other first responders in searching demolished buildings to locate aircraft parts, particularly aircraft recorders. In leading these teams, he was requested to provide the FBI with accident investigation procedures and techniques used during aircraft investigations.
o Space Shuttle Columbia accident investigation – Served as one of the NTSB representatives who led a team of NASA engineers in the reconstruction efforts of recovered wreckage from Space Shuttle Columbia at Kennedy Space Center. He was requested to provide his expertise with determining the most effective accident investigation methods for the reconstruction efforts, and assist in the development and production of detailed analytical reports for use by the CAIB.
o The John F. Kennedy Jr. accident near Martha’s Vineyard, MA
o A Continental Express overrun accident in Cleveland, OH
o A Colgan Air Beechcraft 1900D accident in Hyannis, MA
o An IAI-1124 Air Medical Flight accident, Tocumen, Panama
o Icing event involving a CL-600 in Montrose, Colorodo
o Overrun accident involving a CL-601 in Teterboro, New Jersey
o In-flight Collision between a Boeing 737 and Embraer Legacy in Brazil
o Midwest Airlines B-717 in-flight loss of control

Cheyenne Services, 14 CFR Part 91 Pilot, 1999-2006
• Duties focused on flight operations conducted to high density airports; including flight and weather planning, aircraft fueling pre-flight inspections, passenger safety briefings, and navigational literature updating. Equipment utilized for operations consisted of Piper PA-42-1000, IAI-1124A Westwind II, and Cessna CE-550 aircraft.

Shuttle America Airlines, 14 CFR Part 121 Line Pilot, 1998-1999
• Duties focused on flight operations conducted to high density airports; including flight and weather planning, aircraft fueling pre-flight inspections, passenger safety briefings, and navigational literature updating. Equipment utilized for operations consisted of de Havilland DHC-8-300 aircraft.

Epps Aviation, 14 CFR Part 135 Line Pilot, 1997-1998
• Duties included cargo flight operations conducted to high density and low/limited use airports. Additional duties included flight and weather planning, aircraft fueling and pre-flight inspections, navigational literature updating, and post maintenance test flights. Equipment utilized for operations consisted of Cessna CE-500 Citation, and Mitsubishi MU-2 series aircraft.

Action Airlines, 14 CFR Part 135 Line Pilot, 1996-1998
• Duties included on-demand passenger and cargo flight operations conducted to high density and low/limited use airports. Additional duties included flight and weather planning, aircraft fueling and pre-flight inspections, navigational literature updating, and post maintenance test flights. Equipment utilized for operations consisted of Cessna CE-172, Piper PA-23, PA-32, PA-34, PA-31, and PA-31T1 series aircraft.

 

Professional Associations and Activities
• Aircraft Owners and Pilots Association (AOPA) Member
• International Society of Air Safety Investigators (ISASI) Member



Summary
• Consulting Services specializing in amusement and entertainment industry safety training, inspections, ASTM audits, and general safety consulting as well as performing as liaison for governmental affairs.
• Program manager for Maryland Safety Inspection unit for 3 years overseeing amusement ride, boiler, elevator, and railroad inspection units.
• Supervised the amusement ride safety unit for the State of Maryland for 4 years.
• Inspected amusement rides for 10 years.
• Conducted accident investigations for the State of Maryland and for independent consulting firms.
• Current member of the NAARSO Certification Committee
• Past President of the Council for Amusement and Recreation Equipment Safety.
• Conducted training for new employees who would inspect amusement attractions.
• Voting member of the ASTM F-24 Committee on Amusement Rides and Devices.
• 17 years small business management experience.
• More than 3 years’ experience working at Baltimore Washington International Airport coordinating and performing fuel operations.
• Served a three-year term on the United Auto Workers Local 239 Election Board.
• Testified before Legislative Committees of the Maryland General Assembly on various safety unit issues.




 

Certifications
• NAARSO Level 2, Amusement Ride Inspector
• NAARSO Level 2, Operations Certification
• AIMS Level 2, Certified Ride Inspector
• Participating Instructor at NAARSO & AIMS Schools
• Attended NAARSO Schools in ’09,’10, ’11, ’12, ’14, ’15, ’16, ’17, ‘18
• Attended AIMS School in ’16, ’17

 

Academic Background
ITT Technical Institute Owings Mills, Maryland Associate Degree of Science in Drafting and Design, graduated September 2008, Sept 2005 – Sept 2008
• Served as Student Council Vice President.
• Member of the National Technical Honor Society.
• Studies include the importance of tolerances, proper design of structures (houses, buildings, mechanical components etc.), and overview of construction materials and their uses and stress factors.

 

Professional Experience
RTI Group, Annapolis, MD, Senior Ride Safety and Operations Consultant, 2018 - Present.

 

Owner, Consulting Services, March 2016 - Present

 

Program Manager for Maryland Safety Inspection Unit.  November 2014 - 2108
Oversee Amusement Ride, Boiler, Elevator, and Railroad safety programs. Develop policies for the Safety Unit. Assist with creation of legislation and regulation designed to protect the public through inspections of elevators, rail roads, amusement attractions and boilers. Assist with the development of and adherence to the program budget. Act on behalf of the Commissioner of Labor and Industry as needed to advance the policies of the division.

 

Supervisor of the Maryland Amusement Ride Safety Unit. September 2010 - November 2014
Review of schedules and work assignments. Work to implement departmental policies.  Develop a training program for new employees and monitor their progress in the field. Work with each field inspector to ensure inspections are conducted according to the law and regulations governing amusement attractions in Maryland. Assist in the development of new regulations. Assisted in implementing Praeses online amusement ride database. Developed web-based database for amusement ride manuals. Assisted inspectors in studying to ensure successful completion of NAARSO certification tests.

 

Amusement Ride Inspector Level 2 State of Maryland. February 2008 – September 2010
Inspection of amusement attractions, vertical, inclined and stairway lifts, personnel hoists and other related devices in order to ensure compliance with applicable laws, rules, regulations and codes in order to safeguard the general public. Maintaining State equipment including a vehicle. Completion of paperwork. Investigation of accidents and incidents occurring on amusement attractions. Training of new employees.

 

Auto Assembler, General Motors, Baltimore, MD.  January 1997 – June 2006
Worked on a maintenance crew tasked with the maintenance and repair of chain drives, personnel hoists, hydraulic lifting platforms, electric motors, and boom lifts. Inspected, repaired, and adjusted elevators and material hoists. Prepared and filed inspection reports for plant management. Certified on aerial lifts and fork lifts, including the inspection, maintenance, and repair of hydraulic systems of the equipment. Certified in the use of fall protection and operating in confined spaces requiring the issuance of a permit. Certified in the use of machinery lockout / tag out procedures. Prepared and assembled parts for placement on the vehicles. Worked in material handling and sanitation departments. Inspected parts for tolerance compliance and overall quality. Tracked scrap and repair costs as well as monitoring safety on the assembly line.

 

Electrician's Local 24 IBEW, Baltimore, MD. February 1996 - December 1996
Daily operation of boom lifts and scissor lifts. Ran power to and installed electric motors for use in temporary construction elevators. Installed and terminated wires to ensure proper connections and function. Bent and installed pipe runs for various high and low voltage applications. Installed motors, switch gear, and other electrical components. Completed trouble shooting on electrical systems and repaired electrical components. Worked on projects for the Baltimore Convention Center expansion, T Rowe Price Computer Center, and the T Rowe Price office complex in Owings Mills Maryland.

 

Aircraft Fueling Technician Signature Flight Support, Baltimore, MD. April 1992 - Jun 1995
Inspected and repaired air lines and hydraulic systems necessary for the operation of fueling equipment on the airfield. Inspected and repaired hydraulic systems on deicing truck boom lifts.  Inspected and operated personnel hoists and boom lifts on deicing trucks. Fueled aircraft for USAir, Northwest Airlines, Delta Airlines, Southwest Airlines, and various others. Fueled ground equipment for airlines.  Coordinated fueling operations for several major airlines.  Deiced aircraft prior to their departure. Trained potential Technicians for operations on the air field.  Completed training for refueling and deicing of all major airlines. Completed necessary training to correctly calculate fuel conversions from pounds to gallons and the processes needed to fuel planes with inoperative gauges. Obtained certification for fire suppression and hazardous materials handling.