OBJECTIVE: A system safety engineering position, which offers diverse
responsibilities supporting and working with a broad spectrum of science
and engineering disciplines with the opportunity to participate in problem
resolution, and research and development assignments.
Experience:
. Worked 14 years in NASA space flight industry
. Worked 3 years in the chemical plant industry
EDUCATION:
B.S., Industrial Engineering, Texas A&M University, 1988
Continuing Education: Reliability Prediction, Human Factors in Accident
Investigation, Design Reliability, Quality Engineering, System Safety, Root
Cause Analysis, Payload Safety Review & Analysis Course, Probability Risk
Assessment, and Project Management
PROFESSIONAL EXPERIENCE:
March 2005 - September 2010
Sr. System Safety Engineer
Lockheed Martin, 595 Gemini, Houston, Texas 77058
Responsibilities include: Perform flight and hazard analyses on manned and
unmanned systems. Develops and reviews element and integrated system hazard
analyses. Review vehicle specifications, engineering drawings, technical
documentation, and changes. Review and provide input to FMEA/ CIL. Assess
safety impacts for launch, on-orbit, and ground operations in accordance
with NASA policies and procedures. Prepare System Safety Review Panel
(SSRP) presentations and participate in telecom and face-to-face meetings.
Establish safety requirements for assigned systems. Recommend safety
criteria in system design, equipment, and procedures to control or
eliminate hazards. Develop safety documents as required to support
customer and contract requirements. Perform integrated hazard assessment
for pressurized carriers, unpressurized carriers, and contractor-sustained
hardware, packed bags. Attend weekly US and Russian flight team meetings.
Interface frequently with diverse NASA customers to ensure effective and
open communication.
Served as Flight Lead for ISS Flight 10A
Served as Flight Lead for ISS Flight ULF4
Served as Flight Lead for ISS Soyuz Flight 24S
Served as Flight Lead for ISS Progress Flight 40P
Safety & Mission Assurance Certification of Flight Readiness (CoFR) Lead
November 2002 - October 2004
Payload Engineering & Integration
Cimarron, 1115 Gemini, Houston, Texas 77058
Responsibilities Include: Responsible for maintenance of the following
documents: SSP 57010, Pressurized Payloads Generic Payload Verification
Plan (GPVP), SSP 57011, Payload Verification Program Plan (PVPP), and SSP
57013, Generic Attached Payloads Verification Plan (GAPVP). The
verification engineer is also responsible for coordinating the review of
the Unique PVPs submitted by the Payload Developers (PD) and processing
verification data submitted by the PDs. At the completion of verification
activities for a Stage, the verification engineer is responsible for
generating the Stage Verification Report.
While these tasks are being preformed, the Flight Verification Engineer is
responsible for maintaining database: This involves the following
activities: Establishing Microsoft Access queues, updating tables,
reviewing Requirements Changes Assessment Reports (RCARs), writing RCARs as
required, reviewing and approving CEFs, preparing the presentation for the
current flight verification status which is presented to the weekly Payload
Engineering Control Panel (PECP). The Flight Verification Engineer is
responsible for establishing the Certification of Flight Readiness (CoFR)
report and presenting any issues and how they will be resolved.
July 2000 - November 2002
ISS GFE Facility and Payloads Safety & Mission Assurance Reliability
Engineer
SAIC, NASA Johnson Space Center, 2101 NASA Rd.1, Houston, TX 77058
Responsibilities Include: Performs many functions to assure safe and
successful space missions and provide recommendations for risk reductions:
Assure that appropriate requirements are defined and implemented for new
COTS programs and projects, participate in design activity, identify design
problems and provide design solutions or improvements, and assure that
hardware operational uses, operating limits, hazard controls, and fault
tolerance are verified prior to flight. Identify risk to program and
project management and provide options to mitigate risk.
Responsibilities also includes reviewing design analyses on medical
experiments/equipment subsystems in order to predict system
reliability/maintainability, determine critical failure modes, and identify
safety concerns, planning test activities such as component screen tests,
reliability demonstration tests, reliability environmental tests, as well
as system or part qualification tests. Also possess final responsibility
for verifying that this hardware passes such tests for the closure of this
space center's ISO 9000 certification process for space flight as per the
NASA JSC's SR&QA Division in support of the International Space Station
(ISS) and the Space Shuttle (STS) programs. Major Project: multi-million
dollar Human Research Facility (HRF) science support project (first
facility class payload of its kind) to be installed in the U.S. Laboratory
as part of the ISS. Also responsible for operational control safety
procedures training and implementation for department
November 1996 - July 2000
ISS GFE Payloads EEE Parts Reliability & Assurance Engineer
SAIC, NASA Johnson Space Center, 2101 NASA Rd.1, Houston, TX 77058
Responsibilities: Perform electrical, electronic, and electromechanical
parts assessment for the international space station COTS government
furnished projects / NASA hardware, Responsible for 20+ projects. Review
requirements' documents, EEE parts lists, EEE parts stress analysis,
manufacturers' specifications and research information pertinent to the
certification of flight readiness of hardware. Support design reviews,
hardware meetings, and EEE parts' control board. Represent Parts
Engineering & Analysis at the GFE Integration Panel.
Establish status reports for the Parts Control Board. Designed report
template for Parts Engineering & Analysis's certification of flight
readiness verification. Assisted with the design of the parts hardware
matrix and continues revisions as needed, Assigned to the following teams:
Computer Ergonomics, Human Factors in Accident Investigation, and SAIC
SR&QA Safety Committee.
March 1993 - November 1996
Plant Marine Traffic DCS Operator
Formosa Plastics Corp., 201 Formosa Dr., Point Comfort, TX 77978
Responsibilities Include: Coordinate, expedite and keep track of all
incoming and outgoing shipments of products (Hydrocarbons and caustic soda
(NaOH)) transferred between Formosa and its customers, and Formosa and its
suppliers. Designed screen layouts for the Distributive Control System
(DCS)
Performed "lockout"/"tagout" on equipment not suited for operation,
Reviewed MSDSs, Performed PH readings on tanks, barges, ships, and any
plant location to determine safe environments for personnel, prepared
systems for product transfers to other areas of plant and/or barges /
ships.
Revised and updated standard operating procedures (SOPs) for systems within
department, Operated pumps, valves and incinerator system for ethylene
dichloride (EDC), Cleared pipelines and tanks of products for repair,
Selected as Lead operator for the "tank farm.", Gave presentations and
reports on procedure changes and new equipment, as well as, presented daily
reports upon shift change.
HONORS:
Received the following honors:
. "the Texas A&M University Minority Leadership Award" in 1988,
. "An Accommodation" for taking on additional responsibilities in
position of Distribution Control Operator (DCS) for Formosa Plastics
Corp.
. in 1994, SAIC "SR&QA Environmental Compliance Health & Safety Award"
. in 1999 and 2000 for outstanding contributions to safety and health,
SAIC SR&QA "Outstanding Performance Award"
. in 2000 for outstanding effort and dedication, SAIC S&MA "Bravo
Awards"
. in 2001 for exceptional performance of the Operation Control
Agreement Document (OCAD) database and ensuring that the Life Sciences
Human Research Facility (HRF) BCSS Project proceed through the
certification process in a timely manner with very little turn-around
time,
. The "Achievement Award" for continued Boeing Payload Engineering
Integration quality verification support in 2003 the "Appreciation
Award" for Boeing Shuttle Cargo Integration Safety in 2004.
. In October 2007, received the "Spot Award" for work completed on
Flight 13A.1 and assuming added responsibility to support NASA
customer action team
. Received recognition from management for position of ULF4 Flight Lead
in June 2010
. Completed the system safety analysis for the Heater Rejection
Subsystem Radiator (HRSR) team members that were recognized with the
highest Lockheed Martin company award in July 2010
SERVICE:
. From 1996 - 2001 served as SR&QA EEE Parts Safety Monitor & Fire
Warden
. From 2006 - 2010, served as member of the CMC Diversity Council
. 2007 - serve on the CMC Safety Committee
. From 2009 - 2010 - served as CMC Diversity Council Lead
The references listed below include former managers, leads, and co-workers.
Pam Branch
NASA GIDEP
GIDEP Alerts Focal
NASA - Houston, Texas
Johnson Space Center (JSC)
Houston, Texas, 77058
E-mail: ***.******-*@****.***
Work: 281-***-****
Don Kilbourn
Safety & Mission Assurance (S&MA) Manager
Lockheed Martin Cargo Mission Contract
595 Gemini Street
Houston, Texas 77058
E-mail: ***.********@****.***
Work: 281-***-****
Dan Porter
System Safety Lead
Cargo Mission Contract
Bastion/ Lockheed Martin
595 Gemini Street
Houston, Texas 77058
E-mail: ******.******@****.***
Work: 281-***-****
Clint Thornton
Reliability & Maintainability Manger
Lockheed Martin Cargo Mission Contract
595 Gemini Street
Houston, Texas 77058
E-mail: *****.********@****.***
Work: 281-***-****
Mobile: 713-***-****
Michael Defrancis
Senior EEE Parts Engineer
SAIC Corporation
Houston, Texas 77058
E-mail: *******.*.**********@****.***
Work: 281-***-****
Tom Tinsler
Ground Safety Review Panel (GSRP) Safety Engineer
NASA - Kennedy Space Center, Florida
Kennedy Space Center Fla.
***.*******@****.***
Work: 321-***-****
Additional references available upon request