Anthony Intravaia

Location: *** Houghton Street Mountain View, California 94041

Email: adrfsj@r.postjobfree.com

Phone: 650-***-**** Conference: 650-***-****

Professional Summary & Background:

More than 30 years architect, design, and implement Hardware / Software functionality along with a test-driven approach. Expert in translation of requirements into functional specifications technologist and innovate solutions within a team. Ensured delivery of reliable and maintainable code, and actively participated in code reviews. Effective communicator, sound judgment and analytical skills for hands on problem solving. 30+ years of software programming expertise in one of these languages - Java or C++. python, and development tools Experience designing and developing large-scale distributed systems. Working knowledge of Network Cloud application using Google Kubernetes and Containers. Excellent Working knowledge of Python Programming language. In-car network protocol development (including CAN, MOST) communication bus. LabVIEW instruments package

C++ Java Python MATLAB VxWorks, Configuration Controls/Release, Linux, Network Administration Network Installation Microsoft Windows, and Apple OS. Complied and installed Docker and Kubernetes, Jenkins, Ruby. Have written device drivers in C for serial stream via ethernet RS422. Excellent working systems in CD CI tools, Scrum Manager certification. Managed and used network applications for cloud-based containers (Google Cloud AWS Cloud Microsoft Azure) and web-based applications using the latest Apache server This cloud configuration is running on a Giga-bit networks interfaces using computers Qty (4) Xeon 16 core 3.5ghz Intel Super Micro Based servers. The applications running over X2go are Freecad and Kicad for Mechanical and Electronic design and fabrication. Managed and wrote code for control systems PCL, SCADA to drive motors both rotational and linear. Managed and developed Firmware for spaceflight experiments and laboratory experiment equipment.

Information Systems Management with Space-based Communications, Tracking Data Relay Satellites and Deep Space Network satellites using KU and X band. These Space-based networks are shared with the Department of Defense(DOD)

Created networks for intercenter WAN network using TCP-IP over Wired and Optical paths. Local area networks for Science Space based Payloads at all NASA Centers. My computer use started with Digital Equipment Corporation’s Vax 11-780 running UNIX in the early 1980s attached to the Darpanet or TCP-IP development. The internet did not yet exist. Object Oriented Program methods using C++ and the yet to be developed SYSML structures. Java, Python, bash and Linux programs tools experience, systems administration IT security manager. The DOMAIN used and managed by Stanford Research Institute (SRI) where .GOV and .MIL and .EDU, .COM did not yet exist. This work brought me experience in Neural Networks and Vestibular biophysics and was a laboratory Manager for over a decade using experiments and analysis to conduct scientific research, both ground and spaceflight experiments. NASA Planetary Missions, Science Mission Directorate.

Contracts & Grants:

Responsible for contracts, subcontracts, and procurement efforts in support of a major program and projects. This activity occurred throughout the contract life cycle, including Grants proposal negotiations; draft and prepare RFPs, RFIs and other bid documents for subcontractors. Managed add-on task orders under existing awards; and reviewed all terms and conditions to minimize risks.

Education:

Computer Science San Jose State University - San Jose, CA 1988-01

FAA Aviation Inspector, Airframe and Power Plants in Aerospace systems

Flight schools FAA Technical Training, Pilot, Mechanic, Inspector - Mountain View, CA 1974-08 – 2020-03

Aerospace Engineer, Information Systems Manager in Aviation, Engineering - National Aeronautics and Space Administration - Moffett Field, CA

Skills:

Software Development C++ Java, Python, Go, Docker, Jenkins, Ruby, Apache, Debian 10, Cloud based Network Management, MATLAB, VxWorks, Configuration, Controls/Release Versions Linux Network Administration Network Installation, Programming, Microsoft Windows, and Apple OS Management, Contract Management Construction Facilities, Systems Engineering, Information Technology Management, Aviation Flight Pilot, Mechanic, Inspector Airframe Powerplant Avionics Inspections, FCC Radio Licenses, Project Management, Scientific Development, Design & Fabrication, Welding, Machining, Space Flight, Aeronautics structures, FEM Analysis, Patran Nastran Technical Training, Project Scheduling, Operations Management, Schedule Management, Inventory Control

Certifications & Licenses:

FAA Pilot License Mechanics Inspector

Incose Systems Engineering Certification

Lean Six Sigma Certification Six Sigma Black Belt

Project Management Certification

Scrum Manager

Professional Experience:

Management Aerospace Information Systems

Private - United States of America

2019-Current

NASA Technical Management

Biophysics Laboratory Engineering Manager, NASA - Moffett Field, CA

2000-2019

Provide Scientific leadership in biophysics flight experiments and Ground based studies. The study Area: This adaptability, termed neural plasticity, is defined as long-lived changes in neuron structure or function, which affect behavior. Thus, the vestibular system offers an important model to study functional and possessional brain plasticity https://journals.physiology.org/doi/full/10.1152/jn.2001.86.4.2118

Information Systems Manager

Electron Microscope, Experiment developed equipment. The Bio- Visualization, Imaging and Simulation (BioVIS) Technology Center at NASA's Ames Research Center is dedicated to developing and applying advanced visualization, computation, and simulation technologies to support NASA Space Life Sciences research and the objectives of the Fundamental Biology Program. Research ranges from high resolution 3D cell imaging and structure analysis, virtual environment simulation of fine sensory-motor tasks, computational neuroscience, and biophysics to biomedical/clinical applications. Computer simulation research focuses on the development of advanced computational tools for astronaut training and education. Virtual Reality (VR) and Virtual Environment (VE) simulation systems have become important training tools in many fields from flight simulation to, more recently, surgical simulation.

Chief Pilot NASA Aeronautics Surface simulation for Los Angeles World Airports study,

In June 2003,NASA's air traffic control tower simulator, FutureFlight Central (FFC), located at NASA Ames Research Center, Moffett Field, conducted a study of a proposed center taxiway at LAX to help prevent runway incursions. Participating in the simulations were four LAX-based Federal Aviation Administration (FAA) air traffic controllers and an official from the National Air Traffic Controllers Association acting as a technical advisor. Observing the study were officials from Los Angeles World Airports (LAWA) and representatives from major passenger and cargo air carriers.

Lead Systems Engineer

NASA JSC Human Research Program, International Space-Station Systems Engineering

The Human Health & Performance (HH&P) Directorate provides a full spectrum of systems engineering functions across the entire project life cycle to ensure crew health and safety, including functional architecture definition, concept of operations, development and management of requirements and interfaces, design integration, verification and

validation, flight certification, configuration, and data management, as well as risk identification and management. Systems and projects developed within HH&P support human factors engineering, space cell biology, space radiation, Crew Health Care Systems (CHeCS), Advanced Exploration Systems (AES), International Space Station Medical Project(ISSMP) and various payloads.

Flight Mars Science Laboratory NASA landed Curiosity, a Mars rover, in Gale

Crater on August 6, 2012, Mars Science Laboratory arrived at Mars through technological innovations that tested a completely new landing method. The spacecraft descended on a parachute, then during the final seconds before landing, the landing system

fired rockets to allow it to hover while a tether lowered Curiosity to the surface. The rover landed on its wheels, the tether was cut, and the landing system flew off to crash-land a safe distance away.

Interim Response Team (IRT) and Investigating Authority (IA)

The Phoenix lander landed on Mars on May 25, 2008. The Phoenix mission was the first chosen for NASA's Scout program, an initiative for smaller, lower-cost, competed spacecraft. Named for the resilient mythological bird, Phoenix used a lander that was intended for use by 2001's Mars Surveyor lander prior to its cancellation. It also carried a complex suite of instruments that were improved variations of those that flew on the lost Mars Polar Lander.

Interim Response Team (IRT) and Investigating Authority (IA) Member

NASA Safety Center, NASA Mishap Investigation Western Region Manager

Mishap investigations allow NASA to understand the root cause of incidents and adjust prevent recurrence. NASA conducts mishap investigations in accordance with NASA Procedural Requirements for Mishap Reporting, Investigating, and Recordkeeping which describes the procedure for reporting, investigating and

documenting mishaps, close calls, and previously unidentified workplace hazards to prevent similar occurrences in the future.

NTSB Mishap investigation Leader, NTSB Training Center

The NTSB Training Center is the training facility for the National Transportation Safety Board, an independent federal agency that investigates all civil aviation accidents in the United States and selected accidents in other modes of transportation. After STS107, The aviation industry, now emerging from a decade of consolidation and defense budget drawdowns, faces growing pressures from an increasingly competitive international marketplace. A more litigious legal has raised the stakes for resolving airplane crash liability, and the growing popularity of flying for pleasure, personal transportation, and business continues to feed the seemingly limitless demand for air travel.

Technical Assistance NASA Engineering & Safety Center, Human Factors Expert Technical Assistant

The NASA Engineering and Safety Center (NESC) was created fifteen years ago as an organization dedicated to ensuring safety – achieved by directing outstanding engineering expertise to the toughest technical problems. Having ready access to that expertise from outside the program or Center that needs it, even outside of NASA itself, is one of the unique features that defines the NESC. The hardest engineering problems are at interfaces: between subsystems and between operations, environments, software, and people. Working challenging technical problems with a systems engineering

NASA Computer Security Officer IT Security Manager for The Science Directorate.

National Institute of Technology and Standards (NIST) The FISMA Implementation Project was established in January 2003 to produce several key security standards and guidelines required by Congressional legislation. These publications include FIPS 199, FIPS 200, and NIST Special Publications 800-53, 800-59, and 800-60.

Aerospace Engineering Manager

NASA - Moffett Field, CA

1997-2000

Provide Engineering Management Leadership. Space Shuttle/Spacelab Scientific Mission STS90 Neuro-lab Partner with Europe, Japan Space Agencies National Institutes of Health National Science Foundation https://jamanetwork.com/journals/jamaneurology/article-abstract/789001

NASA, General Electric - Moffett Field, CA

1981-01 – 1996

Mission supported STS-51-B, STS-51-F, STS-40, STS-42, STS-50, STS-47,STS-58, STS-65, STS-71

Provide Leadership in Information technology for Space Shuttle Payloads using the Spacelab.

Provided Information Computer systems to support science data capture in operational flight programs Work performed at all NASA installations national and international Spacelab components.

Flew on a total of about 32 Shuttle missions, depending on how such hardware and mission are tabulated. Spacelab allowed scientists to perform experiments in Earth orbit. There was a variety of Spacelab-associated hardware, so a distinction can be made between the major Spacelab program missions with European scientists running missions in the Spacelab habitable module, missions running other Spacelab hardware experiments, and other STS missions that used some component of Spacelab hardware.

Skills:

AWS

Git

MySQL

Agile

Information Security

JavaScript

SQL

Microsoft SQL Server

Jira

XML

CI/CD

C/C++

GitHub

Test Cases

HTML5

User Interface (UI)

Hadoop

AWS

HDFS

Spark

Scala

S3

Signal processing

Firmware

Sensors

FPGA

Test Automation

ARM

Ethernet

Electrical engineering

Shell Scripting

Robotics

Data collection

Debugging

Software deployment

Data structures

Machine learning

PostgreSQL

Tableau

Redshift

Scripting

R

Power BI

Revit

AutoCAD

Program Management

Project Management Software

Product Management

AI

Process Engineering

Kaizen

Pivot Tables

Continuous Improvement

Experimental Design

Google Docs

SAP

IATF 16949:2016

LabView

Microsoft Access

ISO 13485

Visual Basic

Product Development

Scrum

Microsoft Project

Quality Control

Visio

Mentoring

Mechanical Engineering

Project Engineering

Tooling

Data Modeling

Research & Development

Lean Manufacturing

Product Demos

Software Troubleshooting

PyTorch

TensorFlow

Azure

C#

Distributed Systems

OS Kernels

NFS

SAS

SolidWorks

CNC

Root Cause Analysis

Plastics Injection Molding

CAD

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