Arun K. Murthi has 36 years of experience in system safety and reliability across multiple domains including aviation, space, defense, and automotive. He has specialized expertise in software, electronics, hardware design assurance and implementing safety standards. Some of his accomplishments include developing techniques to monitor functions over disjoint paths and closed loop monitoring of data links. He has experience performing safety analyses and assessments to demonstrate regulatory compliance for various organizations and projects.
Summary Arun_Murthi Software System Safety SMEARUN MURTHI
Arun K. Murthi has over 36 years of experience in system safety and reliability for aviation, space, defense, and other domains. He has expertise in safety standards from organizations like FAA, NASA, DoD, UK MoD, and has contributed to standards like ARP 4754A. He has implemented safety technologies and developed safety architectures to help designs get certification and regulatory approval. He has worked on projects for companies like NASA, USAF, Honeywell, Boeing, Lockheed Martin, and more. His specialties include hazard analysis, safety case development, software/hardware certification, and helping organizations achieve compliance with safety standards.
This document provides an overview of the capabilities of Assurance Technology Corporation, including:
- Evaluation, testing, modeling, and analysis services for electrical, structural, and thermal systems
- Hardware, software, and systems development for space, avionics, and tactical applications
- Engineering and management consulting services including reliability analysis, quality assurance, and program management
It also lists the company's major areas of expertise, corporate overview, facilities and equipment, experience in space applications, and examples of systems developed.
Technical Engineering Operations Manager with Expertise in Energy Interventions with a vast skills set that includes the following FIVE attributes:
• ONE | STRATEGIC PLANNING. Ability to envision how specific parts should look
and flow, and communicate those ideas to architects, designers, and upper management, always with positive results.
• TWO | STRENGTHS. Expertise in scope assessment and collaborating with
cross-functional teams throughout the course of a job to point out oversights that
would unnecessarily consume client time and money.
• THREE | STAKEHOLDER ENGAGEMENT. Skilled in building lasting relationships with
stakeholders, who frequently request project advice.
• FOUR | PERSONALITY AND WORK-STYLE PRACTICES. Pride in the quality of my
work, and a willingness to personally perform even the most menial tasks to remove
project obstacles, and get the job completed.
• FIVE | MENTORING. Excellent skills in guiding, motivating, training and mentoring
skilled tradesmen.
The document discusses the objectives and approach of the sUAS Standards Development Task Group, which aims to finalize draft standards related to design, construction, testing, production, and quality assurance for small unmanned aircraft systems (sUAS). The Task Group will work to ensure the standards are acceptable to the FAA and provide affordable, reliable solutions for industry and users. It outlines the Task Group's core team, constraints including FAA guidelines, and process for developing consensus standards through multiple ballots and revisions in alignment with the FAA's Notice of Proposed Rulemaking.
This brief was given to Industry by Terry Martin at Nova Systems, during the UTM Trials held in May 2017. The brief includes a selection of the slides describing the trial management activities that Nova was responsible for
This presentation was given by the Industry Co-Chair of the CASA UASSC at the AAUS "RPAS in Australian Skies Conference", June 2017.
It provides a refresher on CASA UAS Standards Sub-Committee Roadmap approach alongside a better methods for identifying the intrinsic Air Risk for use in the JARUS SORA, (proposed by Dr Aaron McFadyen from QUT) alongside more detail on some of the challenges embedded within CNPC expectations, particularly in reference to separation distances and ATC intervention.
Flight testing – a part of the road to NVG introduction in SwAFJonas Linde
This document summarizes Sweden's development of night vision goggle (NVG) capability for its fighter aircraft. It began in the 1980s with trials modifying the Viggen and developing NVG standards. In the 1990s, the SK-60 jet trainer was modified for NVG trials to help develop capability for the Gripen. Extensive ground and flight testing from 2005-2008 qualified the Gripen for limited NVG operations. While an "urgent" capability was planned for 2008, issues with displays, ejection seats and NVG availability prevented full certification. Further testing focused on refining NVG integration and expanding operational use.
Field service of reconnaissance capabilityJonas Linde
The document discusses Saab's field service support of Sweden's reconnaissance operations during NATO's intervention in Libya in 2011. Saab provided on-site field service engineers who helped with troubleshooting, education, and tactical advice. Their presence allowed for short turnaround times and immediate expertise. Lessons learned included the need to plan for on-site support of new technical systems from the start and to integrate field service personnel fully with the air wing.
Summary Arun_Murthi Software System Safety SMEARUN MURTHI
Arun K. Murthi has over 36 years of experience in system safety and reliability for aviation, space, defense, and other domains. He has expertise in safety standards from organizations like FAA, NASA, DoD, UK MoD, and has contributed to standards like ARP 4754A. He has implemented safety technologies and developed safety architectures to help designs get certification and regulatory approval. He has worked on projects for companies like NASA, USAF, Honeywell, Boeing, Lockheed Martin, and more. His specialties include hazard analysis, safety case development, software/hardware certification, and helping organizations achieve compliance with safety standards.
This document provides an overview of the capabilities of Assurance Technology Corporation, including:
- Evaluation, testing, modeling, and analysis services for electrical, structural, and thermal systems
- Hardware, software, and systems development for space, avionics, and tactical applications
- Engineering and management consulting services including reliability analysis, quality assurance, and program management
It also lists the company's major areas of expertise, corporate overview, facilities and equipment, experience in space applications, and examples of systems developed.
Technical Engineering Operations Manager with Expertise in Energy Interventions with a vast skills set that includes the following FIVE attributes:
• ONE | STRATEGIC PLANNING. Ability to envision how specific parts should look
and flow, and communicate those ideas to architects, designers, and upper management, always with positive results.
• TWO | STRENGTHS. Expertise in scope assessment and collaborating with
cross-functional teams throughout the course of a job to point out oversights that
would unnecessarily consume client time and money.
• THREE | STAKEHOLDER ENGAGEMENT. Skilled in building lasting relationships with
stakeholders, who frequently request project advice.
• FOUR | PERSONALITY AND WORK-STYLE PRACTICES. Pride in the quality of my
work, and a willingness to personally perform even the most menial tasks to remove
project obstacles, and get the job completed.
• FIVE | MENTORING. Excellent skills in guiding, motivating, training and mentoring
skilled tradesmen.
The document discusses the objectives and approach of the sUAS Standards Development Task Group, which aims to finalize draft standards related to design, construction, testing, production, and quality assurance for small unmanned aircraft systems (sUAS). The Task Group will work to ensure the standards are acceptable to the FAA and provide affordable, reliable solutions for industry and users. It outlines the Task Group's core team, constraints including FAA guidelines, and process for developing consensus standards through multiple ballots and revisions in alignment with the FAA's Notice of Proposed Rulemaking.
This brief was given to Industry by Terry Martin at Nova Systems, during the UTM Trials held in May 2017. The brief includes a selection of the slides describing the trial management activities that Nova was responsible for
This presentation was given by the Industry Co-Chair of the CASA UASSC at the AAUS "RPAS in Australian Skies Conference", June 2017.
It provides a refresher on CASA UAS Standards Sub-Committee Roadmap approach alongside a better methods for identifying the intrinsic Air Risk for use in the JARUS SORA, (proposed by Dr Aaron McFadyen from QUT) alongside more detail on some of the challenges embedded within CNPC expectations, particularly in reference to separation distances and ATC intervention.
Flight testing – a part of the road to NVG introduction in SwAFJonas Linde
This document summarizes Sweden's development of night vision goggle (NVG) capability for its fighter aircraft. It began in the 1980s with trials modifying the Viggen and developing NVG standards. In the 1990s, the SK-60 jet trainer was modified for NVG trials to help develop capability for the Gripen. Extensive ground and flight testing from 2005-2008 qualified the Gripen for limited NVG operations. While an "urgent" capability was planned for 2008, issues with displays, ejection seats and NVG availability prevented full certification. Further testing focused on refining NVG integration and expanding operational use.
Field service of reconnaissance capabilityJonas Linde
The document discusses Saab's field service support of Sweden's reconnaissance operations during NATO's intervention in Libya in 2011. Saab provided on-site field service engineers who helped with troubleshooting, education, and tactical advice. Their presence allowed for short turnaround times and immediate expertise. Lessons learned included the need to plan for on-site support of new technical systems from the start and to integrate field service personnel fully with the air wing.
Symvionics is an engineering and technical services company that has been in business for over 24 years. It provides a range of services including systems engineering, software engineering, hardware engineering, modeling and simulation, training systems, and flight test engineering. Symvionics has a diverse customer base that includes various branches of the military as well as NASA, commercial companies, and prime contractors. It prides itself on proven performance, a breadth of experience across contracts, and a commitment to customer satisfaction.
This curriculum vitae summarizes Steve Jurovich's extensive experience over 38 years in test engineering roles, with a focus on design and implementation of test systems using LabVIEW. He has worked on projects in aerospace, defense, optics, lasers, communications and more. His background includes experience in test planning, instrumentation, data acquisition, analysis and documentation. He is seeking a role as a primary contributor on an R&D technical staff where he can apply his diverse test engineering expertise.
John Fitzpatrick has over 30 years of experience in engineering and electronics, including expertise in test equipment, engineering labs, temperature and vacuum testing, space radio, EMI testing, and more. He has worked for several companies supporting projects for NASA, the military, and private sector. His background includes circuit design, thermal vacuum testing, and training personnel in electronics, ESD safety, and cleanroom protocols.
NASA is developing technologies to enable routine unmanned aircraft access to the national airspace system. The project is addressing key technical challenges including developing sense and avoid systems to maintain safe separation from other aircraft, standards for ground control stations and communications systems, and a distributed test environment. The project will generate data and analysis through simulations and flight tests to support regulatory approval of unmanned aircraft operations.
Mechanical aerospace project design engineer experienced cezar puicaCezar C. Puic?
Cezar Puică has over 20 years of experience as a mechanical design engineer specializing in CATIA and SolidWorks 3D modeling. He holds a BS in Mechanical Engineering and has worked for several aerospace companies, including Parker Hannifin and Goodrich Landing Gear, designing parts for aircraft like the Airbus A380 and Lockheed Martin F-35. He is currently seeking a new role utilizing his skills in design, analysis, and product development.
The document discusses COTS FACE solutions from RTI and Wind River that can help address challenges in developing airborne systems. It describes how the FACE initiative uses standardized interfaces and layered architectures to enable software reuse and reduce costs. RTI provides a Transport Services Segment that uses DDS for loose coupling between applications. Wind River offers FACE-aligned operating systems like VxWorks 653 that achieve safety certifications. Together these COTS solutions form a partner stack that delivers FACE-compliant capabilities to warfighters faster and at lower cost.
Well experienced and dedicated professional with over 25 years of avionics and field systems engineering, technical aviation, quality management, leadership and training experience in the aerospace industry. Pursuing a permanent position to utilize my skills of avionics, flight test, leadership, and customer quality acceptance of system requirements within your company.
The document is a resume for Andrew A. Kranak, an electronics technician with experience in troubleshooting, maintenance, and installation of various electronic and electromechanical systems. He has a background in the military working on computer, radar, and weapons systems. Currently he works as an RF test technician supporting testing of components for satellite communications.
Thomas R. Waddle has over 26 years of experience in aerospace and semiconductor industries as a mechanical engineer, holding roles in design, engineering, software development, and system integration. He currently works at Lockheed Martin performing mechanical design reviews and providing technical support on missile and vehicle programs. Prior to his current role, he held engineering positions at other companies where he led projects in areas like radar systems, semiconductor wafer handling equipment, and data center installations.
Sean G. O'Sullivan has over 25 years of experience designing and integrating high technology systems. He currently works as a Senior Staff Systems Engineer at Lockheed Martin, where he has led projects integrating electro-optical payloads and developing requirements. Prior experience includes roles as a Failure Review Board Lead and managing engineering teams. O'Sullivan has expertise in systems engineering, project management, requirements development, and risk management. He holds a BS in Electrical Engineering and Computer Sciences and is a Certified Product Engineer with Top Secret security clearance.
Kevin Carlson is an electro-optical associate engineer seeking a position that values both its products and employees. He has over 25 years of experience in design, engineering, manufacturing, quality assurance, and testing of laser and electro-optical devices for military, aerospace, and commercial applications. His background includes roles in R&D, production, and supporting major programs for companies such as United Technologies, Goodrich, and Decade Products.
This 3-day, classroom and practical instructional program provides individuals or teams entering the unmanned aircraft system (UAS) market with the need to 'hit the ground running'. Delegates will gain a working knowledge of UAS system classification, payloads, sensors, communications and data links. You will learn the UAS weapon design process and UAS system design components. The principles of mission planning systems and human factors design considerations are described. The critical issue of integrating UAS in the NAS is addressed in detail along with major considerations. Multiple roadmaps from all services are used to explain UAS future missions.
This document provides information about the Cal UAS Portal project at Inyokern Airport in California. Some key points:
- Cal UAS is competing to be one of 6 FAA-designated test sites for research into integrating unmanned aircraft systems into the national airspace.
- The site in Inyokern offers infrastructure like hangars, labs, and restricted airspace well-suited for UAS research.
- Research focus areas include safety, command and control, sense and avoid technologies, environmental impacts, and integration with air traffic control.
- Partners include universities, industry, and the nearby China Lake naval base, offering opportunities for collaboration.
Lockheed Martin is a major American defense contractor with 97,000 employees across over 590 facilities in the US and operating in over 70 countries. It has four main business areas: Missiles and Fire Control, Space Systems, Aeronautics, and Rotary and Mission Systems. Space Systems is focused on surveillance, navigation, communications, human space flight, and strategic defense. It has multiple centers of excellence and subsidiaries focused on payloads, sensors, materials, signals, and data analytics to deliver capabilities faster.
Mechanical Aerospace Project Design Eng experienced-Cezar PCezar C. Puic?
Cezar Puică has over 16 years of experience as a mechanical design engineer specializing in CATIA V4/V5 and SolidWorks modeling. He holds a BS in Mechanical Engineering and has worked for companies like Parker Hannifin, Eaton, and SL Industries designing parts for the aerospace, medical device, and defense industries. His experience includes conceptual design, thermal analysis, failure mode analysis, prototype development, and project management. He is proficient in CAD software, FEA, and technical documentation like drawings and specifications.
Danial J. Mack has over 20 years of experience designing and testing military electronic systems. He has specialized in radar, radio frequency, microwave, and optical systems for airborne platforms. Most recently, he worked on the Miniature Air-Launched Decoy program, for which he received an award for his contributions. He holds a Master's degree in Electrical Engineering and is seeking new opportunities in engineering.
Michael K Bartosewcz is seeking a leadership position as a Senior Systems EO/IR Engineer and/or Program Manager on an EO/IR space flight hardware/software/algorithm program. He has significant experience in systems engineering and program management for C4ISR systems including SBIRS High, ABL, IKONOS, U-2 Multispectral Camera, and more. He has expertise in requirements analysis, system architecture analysis, interface definition, mission analysis, certification as a Thermal Vacuum/Vibration Test Engineer, and program/project management. He has a BS in Electrical Engineering from the University of Vermont and an MS in Physics from the University of Vermont.
Barth L. Maher has over 25 years of experience in manufacturing engineering roles supporting aerospace and defense programs. He has a background in harness and cable design, manufacturing process planning, and SAP MES implementation. Currently, he works as an independent consultant with a DoD secret clearance and extensive experience developing assembly instructions, test fixtures, and performance metrics for programs including GlobalHawk and Guardrail.
This document provides a summary of Cindy L. Siems' experience and qualifications. She has over 30 years of experience as a systems analyst and programmer with expertise in Oracle, SQL, PL/SQL, COBOL, JCL, and UNIX/Linux. She has a BS in Computer Information Systems and has managed complex projects from requirements gathering through implementation. Her skills include systems analysis, database administration, programming, and project management.
Beth Klucher has over 30 years of experience in quality management, program management, engineering, and business development across the aerospace and chemical industries. She held several leadership roles at Ball Aerospace developing quality management systems and assessing customer satisfaction. Prior to that, she managed technology development programs at AlliedSignal Aerospace and process engineering projects at Air Products. She has a B.S. in Chemical Engineering and an M.B.A.
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Symvionics is an engineering and technical services company that has been in business for over 24 years. It provides a range of services including systems engineering, software engineering, hardware engineering, modeling and simulation, training systems, and flight test engineering. Symvionics has a diverse customer base that includes various branches of the military as well as NASA, commercial companies, and prime contractors. It prides itself on proven performance, a breadth of experience across contracts, and a commitment to customer satisfaction.
This curriculum vitae summarizes Steve Jurovich's extensive experience over 38 years in test engineering roles, with a focus on design and implementation of test systems using LabVIEW. He has worked on projects in aerospace, defense, optics, lasers, communications and more. His background includes experience in test planning, instrumentation, data acquisition, analysis and documentation. He is seeking a role as a primary contributor on an R&D technical staff where he can apply his diverse test engineering expertise.
John Fitzpatrick has over 30 years of experience in engineering and electronics, including expertise in test equipment, engineering labs, temperature and vacuum testing, space radio, EMI testing, and more. He has worked for several companies supporting projects for NASA, the military, and private sector. His background includes circuit design, thermal vacuum testing, and training personnel in electronics, ESD safety, and cleanroom protocols.
NASA is developing technologies to enable routine unmanned aircraft access to the national airspace system. The project is addressing key technical challenges including developing sense and avoid systems to maintain safe separation from other aircraft, standards for ground control stations and communications systems, and a distributed test environment. The project will generate data and analysis through simulations and flight tests to support regulatory approval of unmanned aircraft operations.
Mechanical aerospace project design engineer experienced cezar puicaCezar C. Puic?
Cezar Puică has over 20 years of experience as a mechanical design engineer specializing in CATIA and SolidWorks 3D modeling. He holds a BS in Mechanical Engineering and has worked for several aerospace companies, including Parker Hannifin and Goodrich Landing Gear, designing parts for aircraft like the Airbus A380 and Lockheed Martin F-35. He is currently seeking a new role utilizing his skills in design, analysis, and product development.
The document discusses COTS FACE solutions from RTI and Wind River that can help address challenges in developing airborne systems. It describes how the FACE initiative uses standardized interfaces and layered architectures to enable software reuse and reduce costs. RTI provides a Transport Services Segment that uses DDS for loose coupling between applications. Wind River offers FACE-aligned operating systems like VxWorks 653 that achieve safety certifications. Together these COTS solutions form a partner stack that delivers FACE-compliant capabilities to warfighters faster and at lower cost.
Well experienced and dedicated professional with over 25 years of avionics and field systems engineering, technical aviation, quality management, leadership and training experience in the aerospace industry. Pursuing a permanent position to utilize my skills of avionics, flight test, leadership, and customer quality acceptance of system requirements within your company.
The document is a resume for Andrew A. Kranak, an electronics technician with experience in troubleshooting, maintenance, and installation of various electronic and electromechanical systems. He has a background in the military working on computer, radar, and weapons systems. Currently he works as an RF test technician supporting testing of components for satellite communications.
Thomas R. Waddle has over 26 years of experience in aerospace and semiconductor industries as a mechanical engineer, holding roles in design, engineering, software development, and system integration. He currently works at Lockheed Martin performing mechanical design reviews and providing technical support on missile and vehicle programs. Prior to his current role, he held engineering positions at other companies where he led projects in areas like radar systems, semiconductor wafer handling equipment, and data center installations.
Sean G. O'Sullivan has over 25 years of experience designing and integrating high technology systems. He currently works as a Senior Staff Systems Engineer at Lockheed Martin, where he has led projects integrating electro-optical payloads and developing requirements. Prior experience includes roles as a Failure Review Board Lead and managing engineering teams. O'Sullivan has expertise in systems engineering, project management, requirements development, and risk management. He holds a BS in Electrical Engineering and Computer Sciences and is a Certified Product Engineer with Top Secret security clearance.
Kevin Carlson is an electro-optical associate engineer seeking a position that values both its products and employees. He has over 25 years of experience in design, engineering, manufacturing, quality assurance, and testing of laser and electro-optical devices for military, aerospace, and commercial applications. His background includes roles in R&D, production, and supporting major programs for companies such as United Technologies, Goodrich, and Decade Products.
This 3-day, classroom and practical instructional program provides individuals or teams entering the unmanned aircraft system (UAS) market with the need to 'hit the ground running'. Delegates will gain a working knowledge of UAS system classification, payloads, sensors, communications and data links. You will learn the UAS weapon design process and UAS system design components. The principles of mission planning systems and human factors design considerations are described. The critical issue of integrating UAS in the NAS is addressed in detail along with major considerations. Multiple roadmaps from all services are used to explain UAS future missions.
This document provides information about the Cal UAS Portal project at Inyokern Airport in California. Some key points:
- Cal UAS is competing to be one of 6 FAA-designated test sites for research into integrating unmanned aircraft systems into the national airspace.
- The site in Inyokern offers infrastructure like hangars, labs, and restricted airspace well-suited for UAS research.
- Research focus areas include safety, command and control, sense and avoid technologies, environmental impacts, and integration with air traffic control.
- Partners include universities, industry, and the nearby China Lake naval base, offering opportunities for collaboration.
Lockheed Martin is a major American defense contractor with 97,000 employees across over 590 facilities in the US and operating in over 70 countries. It has four main business areas: Missiles and Fire Control, Space Systems, Aeronautics, and Rotary and Mission Systems. Space Systems is focused on surveillance, navigation, communications, human space flight, and strategic defense. It has multiple centers of excellence and subsidiaries focused on payloads, sensors, materials, signals, and data analytics to deliver capabilities faster.
Mechanical Aerospace Project Design Eng experienced-Cezar PCezar C. Puic?
Cezar Puică has over 16 years of experience as a mechanical design engineer specializing in CATIA V4/V5 and SolidWorks modeling. He holds a BS in Mechanical Engineering and has worked for companies like Parker Hannifin, Eaton, and SL Industries designing parts for the aerospace, medical device, and defense industries. His experience includes conceptual design, thermal analysis, failure mode analysis, prototype development, and project management. He is proficient in CAD software, FEA, and technical documentation like drawings and specifications.
Danial J. Mack has over 20 years of experience designing and testing military electronic systems. He has specialized in radar, radio frequency, microwave, and optical systems for airborne platforms. Most recently, he worked on the Miniature Air-Launched Decoy program, for which he received an award for his contributions. He holds a Master's degree in Electrical Engineering and is seeking new opportunities in engineering.
Michael K Bartosewcz is seeking a leadership position as a Senior Systems EO/IR Engineer and/or Program Manager on an EO/IR space flight hardware/software/algorithm program. He has significant experience in systems engineering and program management for C4ISR systems including SBIRS High, ABL, IKONOS, U-2 Multispectral Camera, and more. He has expertise in requirements analysis, system architecture analysis, interface definition, mission analysis, certification as a Thermal Vacuum/Vibration Test Engineer, and program/project management. He has a BS in Electrical Engineering from the University of Vermont and an MS in Physics from the University of Vermont.
Barth L. Maher has over 25 years of experience in manufacturing engineering roles supporting aerospace and defense programs. He has a background in harness and cable design, manufacturing process planning, and SAP MES implementation. Currently, he works as an independent consultant with a DoD secret clearance and extensive experience developing assembly instructions, test fixtures, and performance metrics for programs including GlobalHawk and Guardrail.
This document provides a summary of Cindy L. Siems' experience and qualifications. She has over 30 years of experience as a systems analyst and programmer with expertise in Oracle, SQL, PL/SQL, COBOL, JCL, and UNIX/Linux. She has a BS in Computer Information Systems and has managed complex projects from requirements gathering through implementation. Her skills include systems analysis, database administration, programming, and project management.
Beth Klucher has over 30 years of experience in quality management, program management, engineering, and business development across the aerospace and chemical industries. She held several leadership roles at Ball Aerospace developing quality management systems and assessing customer satisfaction. Prior to that, she managed technology development programs at AlliedSignal Aerospace and process engineering projects at Air Products. She has a B.S. in Chemical Engineering and an M.B.A.
Similar to Summary Arun_Murthi Software System Safety SME (20)
1. ARUN K. MURTHI, SENIOR SAFETY TECHNOLOGY ARCHITECT AND MENTOR
akm20814@ yahoo.com (714) 529-3855 Page 1
THIRTY-SIX (36) Years of Experience in Complex, Integrated System Safety and Reliability Design,
Technology, Risk Assessment, Airworthiness, Certification and Regulatory Compliance Domains:
"Unfamiliar Problem Meets Unfamiliar Solution"
Senior Mentor and Specialist in Software, Electronics Hardware System Function, Design and
Development Assurance: Subject Matter Expert, Content Expert and Cross-Functional Technical
Area Expert: Multiple Safety Assurance Standards, Domains and Disciplines:- •FAA •NASA •DoD •UK
MoD •Auto •Rail. NASA/Rogers Commission, 51-L Accident Investigation Team. Contributing Author-
ARP 4754A, Aircraft and System Design and Development. Standard Private Pilot.
Implement Safety Technology: Develop, implement and certify approved Safety Technology into the
design of aviation, space, missile, communication, computers, and weapons systems. Design,
develop and incorporate proven and/or patented safety techniques to increase design capabilities of
safety and mission critical products, across functional domains to reduce regulatory compliance costs
and mitigate certification risk.
Developer, Technical Safety Objectives and Safety Architecture: Functional Hazard Assessment,
decomposition and mitigation. Augment functions for design error detection and correction,
protection, fail-safe/fail-operate alternate independent, dissimilar paths, monitor and control variables,
Safe States, Reset/Restart, Automatic Recovery/ Rejuvenation, processor exception handling,
memory error management.
Accomplishments: "Disparate Function Monitor over a Disjoint Computational Path", Closed Loop
Monitoring and Control of Data Link", "Safety Pilot - Degraded Mode Controller", "Functional Monitor
Pattern Controller for Detection and Correction of Generic Errors". FAA GPS/WAAS Safety
Architecture, Precision Approach Risk Tree.
Design Validation Safety Analysis: "Show Regulatory Compliance":- Construct/prototype and
demonstrate safety approval objectives (minor perturbation to product design/certification basis) with
functional path diagrams and model based safety assessment; Use standards in system theory of
control, forward and reverse engineering guidance and user role/requirements creation and
allocation.
Verification Safety Analysis: Implementer/Practitioner - Derive/Allocate safety requirements, compile
certification basis, Author Plans for SW, HW, System Safety and Certification; Agree and Obtain
approval from regulatory authorities. Perform 2x.1309 safety compliance analysis and assessments,
Produce artifacts and Evidence of compliance. Assess confidence level or the degree of
accomplishment of safety requirements. Senior Mentor, provides standards, guidance, advisory and
technical assistance to developers and users.
Implemented Standards: •FAA 2x.1309 • RTCA/DO-178B&C/254/278/297 •MIL-STD-882E •ARP
4761 •NASA 8719.13 •AMCOM 385-17 •WSESRB SSSTRP 8020.60E •UK DEFSTAN 0055/56 •IEC
61508 •ISO 26262 •EN5012X •AC 23/25.1309 (Arsenal) •Joint Services SW Safety Hdbk-27 Aug
2010 •NATO AOP-52 Weapons SW Safety •EWR 127 •NASA 1700.1 V1-B Range Safety RSM 93,
AFSCPCMAN 91-710.
Tools/Languages: •OMG •Static Code Analyses •MATLAB/SIMULINK •Real Time Test •DOORS
•BEACON •Imagix4D •SPICE •Chronology •Timing Designer •RTOS •DEOS •ARINC653 •VxWorks
•Integrity •LynxOS •Red Hat Enterprise LINUX (RHEL) •Data Distribution Service (DDS) •ADA•C/C++
2. ARUN K. MURTHI, SENIOR SAFETY TECHNOLOGY ARCHITECT AND MENTOR
akm20814@ yahoo.com (714) 529-3855 Page 2
Chronological Summary: Safety Tasks:- 2x.1309 Safety Design Analysis •Safety Design Model •AFHA
•SFHA •PASA/FTA •PSSA/ASA •SSA •FMECA •FFPA •217 Predictions •Safety Review Boards, •Common
Mode/Zonal Analysis •Particular Risk •PHA •SR/CA •SHA •SSHA •O&SHA •SAR •FMET •Robustness Testing
•Safety Critical Property Enforcement •Pentium•Soft Core µProc •FPGA •8086•68000•SofCheck•Doxygen•Understand
2014 – 2016 UAS Design for Certification •Safety Monitor Executive Design for flight and cockpit pilot
controls •End-End Thread Analysis •SysML•MagicDraw Model •Code Static Analysis
2012 – 2014 USA Counter Rocket Artillery Mortar Aircraft • Stinger Missile, Gun, Interceptor •Comm-
and Control Software Full Material Release from WSESRB/SSSTRP
2007 – 2012 USAF SMC GPS OCX •USMC NAVAIR Sikorsky CH-53K•S92 Helicopter,
•BAMS/Shadow UAS, USA Hunter •NAVSEA WSESRB SSSTRP •NASA MSFC
Constellation•Space Launch System Human Rating ARES-1 Control •FTS
2000 – 2009 Honeywell EPIC Business & Regional Jets, Boeing 787 Flight Control, FAA/ICAO GPS
WAAS Aircraft Approach and Landing Certification and Ground Systems Approval
•NASA Orbital Space Plane PRA, Human Rating
2002 – 2007 Modified Boeing 767 Aerial Refueling Tanker STC, USAF SMC GPS-OCX, NASA
Space Shuttle SSME and J2X Engine Human Rating
2000 – 2002 E-Systems Raytheon ASTOR UK MoD Safety Case •Boeing 747 Zonal Safety Analysis
•Bombardier Global Express Software Certification TC/STC •USMC General Dynamics
Amphibious Assault Vehicle Control Software Safety Board Approval
1995 – 2000 USA Lockheed Martin Rocket System/ Patriot Missile •Wilcox Hughes FAA Lockheed
GPS/Japanese GPS, NASA GSFC JPL Satellite Lifetimes, Shuttle Payload KSC VAFB
Launch Approval, Embraer Regional Jet EGNOS
1997 – 1999 Harmon AMTRAK Incremental Train Control System Safety Design to early draft
versions of IEC61508, ISO 26262, EN5012X Functional Safety Standards
1995 – 1998 FAA Wilcox Hughes Aircraft Lockheed GPS WAAS •Safety and Software Certification
1991 – 1995 NASA GSFC WFF ELV Range Safety Officer (Alternate) •Launch and First Stage
Ignition •Flight Software •FTS Certification •Defense Airborne Reconnaissance UAV
Source Selection •Amber•Condor •Pioneer
1989 – 1991 USAF Peacekeeper-MX, Rail Garrison and SHF SATCOM Nuclear Hardening
•Rockwell B-1B Nuclear Effects/HEMP Circuit Analysis •GSFC/VAFB MSPSP ARAR
1988 – 1990 United Space Boosters Solid Rocket Booster Electronics and FTS WCA, KSC Range
Safety and NASA JSC Battaglia Safety Panel Certification
1985 – 1988 NASA STS-51L SRM, SRB, FTS, Shuttle On Board Computer, Redesign/ Rebaseline
•KSC Launch STS-26A RSO Alternate
1982 – 1986 LITTON EA-6B •GTE Digital Switch •NASA GOES Satellite WCA/Radiation Effects
1980 – 1982 USAF Griffiss SAC AFB RADC CMOS Digital Microcircuit Design for 217 Reliability
Safety Culture: Promote "safety objective based certification and regulatory compliance" vision and
culture within organizations. Take formal credit for safety features, re-balance with investments in
safety against "too much level-of-rigor" design assurance based certification.
Why I Do What I Do:
Bring home the hopes and dreams of great successes that are possible: Regulations are thoroughly
understood, supporting guidance is clear, and those in the culture embrace the regulations, abiding
by the requirements and using permissions granted to them to their advantage.
Education: Advanced degrees in Engineering, Math/Physics/Science (Madras and Cambridge
University). Masters in Solid State Science and Technology (Electronics) (Syracuse University).