Vince Socci

Vince Socci

Rockledge, Florida, United States
6K followers 500+ connections

Articles by Vince

  • Will You Move Forward?

    Will You Move Forward?

    Today is Memorial Day in the United States. It is a day to remember the fallen - those military soldiers, seamen, and…

    1 Comment
  • Happy Engineers Week!

    Happy Engineers Week!

    "Engineers create value." A good friend of mine told me that many years ago at an IEEE symposium we were co-chairing.

    2 Comments
  • ‘Twas the Week Before Christmas

    ‘Twas the Week Before Christmas

    ‘Twas the week before Christmas, when all through the place, Not a kid misbehaving, quite a nice change of pace; They…

    3 Comments
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Contributions

Activity

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Licenses & Certifications

Volunteer Experience

  • IEEE Graphic

    Canaveral Section leader

    IEEE

    - Present 2 years 4 months

    Canaveral section. I've served as Chair, Vice Chair, Secretary, PACE Chair, Programs Chair.

  • IEEE Graphic

    AESS Board of Governors, UAV Technical Chair

    IEEE

    - Present 10 years 3 months

    Science and Technology

    Elected to Board of Governors member for IEEE Aerospace and Electronic Systems Society; Chair of UAV Technical Panel; IEEE Standards Association Liaison; Global UAS Industry Development and Standardization.

  • IEEE Graphic

    Binghamton Section Leader

    IEEE

    - 23 years 1 month

    Science and Technology

    Binghamton section. I've served as Chair, Vice Chair, Secretary, PACE Chair, Programs Chair, and Chair for the Robotics and Automation, Vehicular Technology, Computer, Communications, and AES Chapters.

  • IEEE Graphic

    Board of Directors, IEEE Region 1 Director

    IEEE

    - 2 years 2 months

    Science and Technology

    IEEE Region 1 Director
    Elected to IEEE Board of Directors. Served two years as Director-Elect, gaining board leadership and management experience. Serving on the Board of Directors of IEEE and IEEE-USA from 2014-2015 while I lead IEEE Region 1 Board of Governors and its constituency.

  • SAE International Graphic

    Section leader, conference leader, regional speaker

    SAE International

    - Present 10 years 11 months

    Science and Technology

    Led programs, events, and technical tracks. Conference leader. Program development.

  • Project Management Institute Graphic

    Chapter leader, programs chair

    Project Management Institute

    - Present 14 years 8 months

    Education

    Developed and delivered educational programs to PMI chapters including certification training.

  • Free Methodist Church – USA Graphic

    Pastor, New Life Ministries

    Free Methodist Church – USA

    - 13 years 1 month

    Currently serving as Pastor of New Life Online - leading remote livestream and host team service. Also serving as Host Team Leader at Life.Church.
    Served as a pastor at New Life Ministries in Endicott and Owego, NY.
    Ordained minister of the Free Methodist Church, serving at New Life Ministries, concentrating in preaching, offertory, and counsel. Guest Services Team Leader. Group Life Leader.
    Licensed pastor, chaplain and pastoral counselor. Pastor/Leader for New Life Ministries -…

    Currently serving as Pastor of New Life Online - leading remote livestream and host team service. Also serving as Host Team Leader at Life.Church.
    Served as a pastor at New Life Ministries in Endicott and Owego, NY.
    Ordained minister of the Free Methodist Church, serving at New Life Ministries, concentrating in preaching, offertory, and counsel. Guest Services Team Leader. Group Life Leader.
    Licensed pastor, chaplain and pastoral counselor. Pastor/Leader for New Life Ministries - supporting roles in preaching, offeratory, guest services, worship team, teaching, small groups, etc.

  • IEEE Graphic

    IEEE Region 1 Director-Elect/Delegate-Elect 2012-2013

    IEEE

    - 2 years 2 months

    Science and Technology

    Ready to serve!
    Various Region 1 roles; Supporting the Binghamton Section (Chair, Vice Chair, Secretary, Programs Chair, PACE Chair, AES Chapter Chair, Computer Chapter Chair, Communications Chapter Chair), Region 1 (Pre-college Education Chair), IEEE-USA (Committee on Transportation and Aerospace Policy, Committee on Energy, PEC)

  • Project Management Institute Graphic

    Project Management Volunteer Leader

    Project Management Institute

    - Present 24 years 8 months

    Education

    Leader of programs, communities, and committees in Project Management Institute goals, initiatives, and administration.
    Certified Project Management Professional - developed and delivered certification training courses.

  • Boy Scouts of America Graphic

    Scoutmaster

    Boy Scouts of America

    - 8 years

    Children

    Served as a scout leader at all levels through Cub Scouts Pack 208 and Boy Scouts Troop 208. Volunteer leadership throughout the Baden-Powell Council. Wood Badge recipient. Search Results
    National Youth Leadership Training - Boy Scouts of America

  • Youth Sports Coach

    Youth Sports

    - 27 years 11 months

    Children

    Youth sports coach in a variety of sports, including basketball, football, softball, baseball, soccer.

  • Radio Technician and Instructor

    ARRL, The national association for Amateur Radio

    - Present 29 years 6 months

    Science and Technology

    Training community on radio procedures and technology. Supporting local amateur radio clubs and networks. Amateur radio club founder.

  • Professional Disc Golf Association Graphic

    Tournament Director

    Professional Disc Golf Association

    - Present 8 years 3 months

    i18n_veterans

Publications

  • Actuator Control Design for Safety-Critical Medical Applications

    IEEE Health-Tech Symposium

    Designers of safety-critical medical actuator control applications face rigorous requirements and standards to assess safety requirements, develop system architectures, and design component hardware and software. This paper demonstrates integrated techniques of safety-critical development with examples from various actuator applications. Strategies for safety analysis, engineering design and application of lifecycle guidelines are discussed. Methods of developing actuator controls with robust…

    Designers of safety-critical medical actuator control applications face rigorous requirements and standards to assess safety requirements, develop system architectures, and design component hardware and software. This paper demonstrates integrated techniques of safety-critical development with examples from various actuator applications. Strategies for safety analysis, engineering design and application of lifecycle guidelines are discussed. Methods of developing actuator controls with robust fault tolerance and testability are highlighted. The secrets of effective safety-critical development are revealed.

    See publication
  • System Design Considerations for Vehicle-based Mobile Electric Power Applications

    Power Electronics Technology Conference 2005

    Many of today’s mission systems require mobility and transportability. Therefore, they cannot be tethered to utility power or stationary generators. The industry response has been to use vehicle-based mobile electric power systems. The applications are growing in number, and have common problems that must be solved by the power systems engineers. The purpose of this paper is to discuss design considerations for vehicle-based mobile electric power systems. We will discuss a case study of a…

    Many of today’s mission systems require mobility and transportability. Therefore, they cannot be tethered to utility power or stationary generators. The industry response has been to use vehicle-based mobile electric power systems. The applications are growing in number, and have common problems that must be solved by the power systems engineers. The purpose of this paper is to discuss design considerations for vehicle-based mobile electric power systems. We will discuss a case study of a vehicle-based mission power system application, the specific needs associated with the application, and technologies being developed to address them. General strategies for vehicle power system architecture, conversion and distribution, control and management, and built-in-test will be outlined. A sample power system simulation model will be demonstrated. Design practices for power system grounding and protection will be summarized. The author will share his experiences and lessons learned developing military and commercial power systems for vehicle-based missions.

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  • Actuator Control Design for Safety-Critical Applications

    On Target Technology

    Designers of safety-critical actuator control applications face rigorous requirements and standards to assess safety requirements, develop system architectures, and design component hardware and software. This paper demonstrates integrated techniques of safety-critical development with examples from various actuator applications. Strategies for safety analysis, engineering design and application of lifecycle guidelines are discussed. Methods of developing actuator
    controls with robust fault…

    Designers of safety-critical actuator control applications face rigorous requirements and standards to assess safety requirements, develop system architectures, and design component hardware and software. This paper demonstrates integrated techniques of safety-critical development with examples from various actuator applications. Strategies for safety analysis, engineering design and application of lifecycle guidelines are discussed. Methods of developing actuator
    controls with robust fault tolerance and testability are highlighted. The secrets of effective safety-critical development are revealed.

    See publication
  • Adaptive Product Management: Adjust, Adapt, Overcome in Today’s Customer-Centric Environment

    IEEE Engineer's Week

    New product development engineers promote agile development and adaptive prototyping as methods to manage unpredictable engineering development. However, project managers reject the business challenges, risks and uncertainties of the adaptive development environment.
    Adaptive Product Management (APM) bridges the gap between unpredictable, adaptive technology development and predictive, practical product management techniques. The fundamental APM tasks (coordinate quick-draw innovation…

    New product development engineers promote agile development and adaptive prototyping as methods to manage unpredictable engineering development. However, project managers reject the business challenges, risks and uncertainties of the adaptive development environment.
    Adaptive Product Management (APM) bridges the gap between unpredictable, adaptive technology development and predictive, practical product management techniques. The fundamental APM tasks (coordinate quick-draw innovation, collaborate to innovate, enable flexible growth options, and encourage an APM culture) bring value to both product development and project management.
    The technical merits and management challenges of using adaptive development in today's customer-centric business environment are discussed. APM forces a product development paradigm shift from execution of known constraints to learning of unknown product potential.
    A "pull" development strategy creates a lean, value-add product development cycle. APM uses time-phased product demands to map development. APM implementation strategies, best practices and performance control warnings are outlined. Readers learn how to effectively deploy APM in their organizations and new technology development applications.

    See publication

Patents

  • Exhaust gas recirculation control system

    Issued US 5533489

    A control system for controlling exhaust gas recirculation in an internal combustion engine. The output of a throttle position sensor is used as an input to two parallel filters. The first filter is a lag-lead compensated filter which functions as a differentiator, producing an output proportional to the instantaneous rate of change of the throttle position.. The second filter is a fixed-rate tracking filter which generates a tracking signal that tracks the input signal. The tracking signal…

    A control system for controlling exhaust gas recirculation in an internal combustion engine. The output of a throttle position sensor is used as an input to two parallel filters. The first filter is a lag-lead compensated filter which functions as a differentiator, producing an output proportional to the instantaneous rate of change of the throttle position.. The second filter is a fixed-rate tracking filter which generates a tracking signal that tracks the input signal. The tracking signal, however, cannot vary by more than a maximum predetermined rate. The output of the second filter is the difference between the input signal and the tracking signal. The outputs of the two filters are summed and applied to a hysteretic comparator, which turns the EGR valve off when the sum exceeds an upper threshold and turns the EGR valve back on when the sum has decayed below a lower threshold.

Courses

  • Aerial Robotics

    -

Projects

Honors & Awards

  • IEEE William Terry Award

    IEEE

    For significant and sustained service and innovative contributions to IEEE that resulted in enhanced membership experiences and opportunities for its members at the Chapter, Section, and Region levels

  • IEEE Region 1 Award

    IEEE

    Region award for revitalizing a section into a sustainable organization.

  • Wood Badge

    Boy Scouts of America

    Recognized for highest leadership certification through hands-on, multi-year, service-related leadership training.

  • Boeing Golden Eagle Award

    Boeing Corporation

    Recognized for program turnaround - Took over a failing program (>1yr late, >$6M overspent), developed a recovery plan, executed with a sense of urgency, recovered schedule and budget, transitioned program from near cancellation to stellar success.

  • Boeing Silver Eagle Award

    Boeing

    Recognized for engineering leadership in program turnaround and improvement to top performance and delivery ratings.

Languages

  • English

    Native or bilingual proficiency

  • Spanish

    Limited working proficiency

  • French

    Elementary proficiency

  • Portuguese

    Elementary proficiency

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