December 4, 2023

VADM Peters: ‘Thank You for Setting the Bar High’

US Navy graphic

The winners of the NAVAIR Commander’s Awards were recognized virtually at the 21st annual awards ceremony March 31 for delivering capability faster, improving readiness and providing innovative technologies and business solutions.

“You have demonstrated that boldness, creativity and leadership that are the building blocks of our mission-aligned organization,” said NAVAIR Commander VADM Dean Peters. “Thank you for setting the bar high, and congratulations for a job well done. You have accomplished so much under the unprecedented environment of this last year.”

The winners, by category, are listed below:

Most Impactful Supervisor: Andrew Pontzer

The Surface Evaluation through Autonomous Collection Planning (SEACOP) project exemplified Pontzer’s employee development and creation of training opportunities. He sought out participation and collaborated with Air Test and Evaluation Squadron 24 (UX-24) to secure resources. Pontzer mentored the team as they designed, built and tested an autonomous system that gathered images of commercial shipping vessels using a Small Tactical Unmanned Aircraft Systems (STUAS).

The team was also required to complete a critical design review and flight readiness review attended by UX-24 and division leadership. The team had zero funding for material, so Pontzer encouraged them to use existing systems and low-cost micro and laptop computers for code development. They developed an innovative way to use the RQ-26 AeroStar as their STUAS testbed. This project developed successfully their knowledge, abilities and skills in an important emerging technology and encouraged collaboration among employees from the Engineer and Scientist Development Program. The SEACOP team presented their project at the Young Professionals Symposium and was a fiscal year 2020 Innovation Award nominee.

Business Innovation – Transaction or Affordability: NAWCAD FAST Tool

The NAWCAD FAST team achieved a 50% reduction in external funding document acceptance and solved multiple command shortfalls by creating an electronic workflow system for accepting tasking and funds from financial systems other than the Navy’s Enterprise Resource Planning system. Previously, acceptance of these funds was a manual, serial process with limited visibility into the status of workflow and no insight into turnaround times or performance metrics. The tool’s abilities to track documents and generate metrics on each stage of acceptance have greatly improved workload management.

Additionally, the FAST tool’s automation of communicating funds acceptance back to customers has eliminated more than 1,000 emails per year. The team continues to add incremental system enhancements to improve and streamline the process. Modifications are being incorporated to support science and technology funding documents, which have unique workflows. An interface to QLIK has been implemented, providing a robust set of dashboards for any user to monitor real-time data-driven metrics.  Since deployment across the NAWC, additional automation continues to be implemented to auto populate required data, wherever possible.

These recent and ongoing enhancements continue to further reduce the administrative workload of multiple stakeholders, provide improved visibility into performance metrics, and support informed command-level resourcing decisions, all while increasing NAWCAD’s ability to initiate support rapidly to the warfighter.

Procurement with Most Innovative Reduction in Cost and/or Cycle Time: Noncombat Survival Radio Team

The Noncombat Survival Radio Team completed procurement of a new noncombat survival radio, cutting the cycle time by two years, saving $30 million and using 98% of the funds for the end-item product.  The team identified and assessed commercially available radios using government engineering and test capabilities while simultaneously working with the manufacturer to address test results.

The immediate entry into testing, certification, and search and rescue capability demonstrations (with operational user partnership) enabled improved radio transmission capability for search and rescue use, resulting in a rapid, cost effective fielding of improved capability to locate and recover downed aircrew.

Best Performing Fleet Readiness Center/Integrated Product Team: Fleet Readiness Center East/T-64 Engine Production Team

The Propulsion Integrated Product Team (IPT) for the Heavy Lift Helicopter Program led the effort to increase the overall number of Ready for Issue T-64 engines. The Propulsion IPT increased T-64 overhaul inductions by 30%, developed flexible contracting strategies to account for budget volatility, improved fuel control reliability, and established a rotable pool of engine components to meet production requirements at Fleet Readiness Center East (FRCE). These efforts involved intensive coordination and collaboration across multiple stakeholders, directly improving fleet readiness and positioning the fleet for continued future success.

FRCE is returning CH-53E Super Stallion and MH-53 Sea Dragon engines back to the fleet by reducing the T-64 engine turnaround time significantly, from 472 days to 298 days. After building a substantial backload of engines over the past five years, the T-64 engine team met its aggressive fiscal year 2020 production goal of 54 engines, despite challenges presented by facility/material constraints and the coronavirus pandemic.

Further, this reduction in cycle time resulted in a lower cost per engine labor expenditure than in prior years.

The combined efforts of the Propulsion IPT and the FRCE Engine Production Team have resulted in a significant improvement to T-64 engine readiness levels. The amount of Ready for Issue engines increased from a low point of 544 to 594 – the highest level in seven years.

Best Performing Fleet Readiness Center Production Line (Quality Focus): T-6 Trainer Production Team

The Fleet Readiness Center Southeast (FRCSE) T-6 Trainer Team supported warfighter training by their continuous commitment to producing ready aircraft to the fleet. The efficiencies gained through the command-wide implementation and sustainment of the Naval Sustainment System, combined with the Naval Air Depot Maintenance System, allowed a record number of T-6 aircraft to be delivered back to the fleet in a shorter period of time, resulting in an increase of ready basic aircraft. They succeeded in providing urgent support and improved readiness to Commander, Naval Training Command, and Commander, Fleet Readiness Centers, depot activities.

The team’s performance improvements reduced the cycle time from 187 days to 77 days. FRCSE also improved the quality of the aircraft delivered to the fleet. The team updated engineering directives, work documents, routers, maintenance references and quality checkpoints to ensure the artisans on the shop floor received clear and concise guidance.

This resulted in an 18% reduction in defective work hours, a 16% reduction in the cost of poor quality and 24 of 33 aircraft delivered with zero deficiencies.

Best Progress in Technology Development or Transition for Warfighter Benefit: Augmented Reality Remote Maintenance Support Service Team

The Augmented Reality Remote Maintenance Support Service (ARRMSS) technology has the potential to save the DoD millions in travel and labor funds while decreasing mean time to repair. This year, the ARRMSS team developed a prototype version of the system, demonstrated the capability to leadership during the August 2020 Advanced Naval Technology Exercise, and won the 2020 DoD Virtual Maintenance Innovation Challenge.

The rapid development and deployment, especially during a global pandemic, was an exceptional example of speed to the fleet.

Most Collaborative IPT Lead: Heather Bromley

In the midst of a global pandemic, Bromley, the MQ-25 deputy program manager for the Unmanned Carrier Aviation Program Office, worked to award a modification successfully to the MQ-25 Engineering and Manufacturing Development contract in half the time typically required to support changing the MQ-25 Ground Control Station. She forged trusting relationships with all parties while supporting productive negotiations and elevated team members’ expertise, innovative ideas and solutions.

MQ-25 remains on track to be one of the fastest development programs to reach initial operational capability and deliver a critical warfighting capability to the fleet, largely due to Bromley’s visionary leadership.

Most Impactful Readiness Control Board Degrader Action Cell: P-8A Mission Capabilities Turret Deployment Unit Degrader Action Cell and V-22 Spinner Panel Reliability Control Board Degrader Action Cell Team

  • The P-8A Mission Capabilities Turret Deployment Unit (TDU) Degrader Action Cell (DAC) Team excelled in executing the Reliability Control Board (RCB) process. The team analyzed failure modes to determine true root cause and immediately initiated short- and long-term mitigation plans.  Their engineering rigor and timely execution according to plan resolved a top fleet P-8A mission degrader. The team designed, fabricated, tested and fielded an isolator plate to address the degrader root cause in fewer than 12 months. Their solution has resulted in no TDU failures since implementation and removed the TDU from the P-8A RCB One-List.
  • The V-22 spinner panel RCB DAC was instrumental in increasing dramatically the spinner panel availability and reliability. The team implemented multiple courses of action to increase reliability by 23%, save more than $1 million annually and make future improvements. Initiatives and dedication to improving the spinner panel’s reliability and availability have directly impacted overall V-22 readiness.

Best Improvement in T/M/S Mission Capable Readiness: H-1 Sustainment Program Baseline Team

The AH-1Z Viper readiness demonstrated large improvement during fiscal year 2020, increasing to 68% mission capable and topping out at a 72% monthly average at the end of the calendar year. This is the result of the Sustainment Program Baseline Team, who removed obstacles and refined new products and processes after defining measurable goals involving the entire H-1 team. This effort resulted in improved readiness for both AH-1Z and UH-1Y, despite ongoing challenges with supply and maintainability.

Small Business Advocacy Awards

This award recognizes individuals and teams that promote, practice and uphold the principles of the command’s Small Business Program.

  • Team Award: The PMA-201 Miniature Air Launched Decoy-Navy Container Team identified an opportunity to approach the acquisition of the MALD·N containers in an innovative manner that would increase the potential of small businesses’ contributions to the warfighter and help streamline the procurement timeline for metal weapons containers across NAVAIR. Instead of focusing on a single contact award for one program, the team pursued a more generic contract to produce and/or refurbish metal containers that will allow other programs to benefit from the effort required to compete and award a contract. Working with the NAVAIR Office of Small Business Programs, they identified an acquisition strategy for an award of a multiple award, indefinite delivery indefinite quantity contract to historically underutilized business zone small businesses. The team participated in every phase of the procurement process, including market research, which included conducting a virtual industry day, and drafting requests for proposal to assure the requirements were not overly restrictive or burdensome to the HUBZones. As a result, the award of five IDIQ contracts were made to qualified HUBZones for the containers. The award of these five contracts puts a contractual vehicle in place for programs to compete quickly and meet their metal weapons container requirements while increasing the potential of HUBZone contributions to the warfighter.
  • Team Award: The Equipment Procurement and Sustainment multiple award contract vehicle with 14 functional areas establishes an acquisition framework necessary to deliver a full scope of innovative, cost-effective equipment solutions and capabilities to support COMFRC. This effort will increase speed to the fleet and enable mission readiness across each of the FRC sites. The EPaS team met weekly with their site’s Office of Small Business Programs deputy director to discuss how they could maximize small business participation for this effort. During the market research phase, the team participated in various unique interactions with the small business community. As a result, 21 awards were made under the MAC, 15 of them to small businesses.
  • Individual Award: Marianne Wild has demonstrated outstanding initiative and innovation in increasing small businesses’ contributions to the warfighter and consistently ensures NAVAIR Office of Small Business Programs (OSBP) coordination and involvement in acquisition strategies occur early in the procurement planning process. Wild, the lead contract specialist for the MALD-N, identified an opportunity to approach the acquisition of the MALD-N container requirements in an innovative manner that would both increase the potential of small businesses’ contributions to the warfighter and help streamline the procurement timeline for NAVAIR programs that require metal weapon containers. Wild led the effort to compete a HUBZone set aside MAC for the refurbishment, repair and/or production of metal weapon containers, both supporting the command’s small business goals and putting a contractual vehicle in place that would help NAVAIR weapons programs meet their metal weapon container requirements. Wild’s dedication and support of the command’s Small Business Program goals resulted in the award of the metal weapons container IDIQ contracts to five HUBZone vendors.

Edward H. Heinemann Award

This award, sponsored by the Association of Naval Aviation, is presented annually to the individual or group of individuals within NAVAIR who achieved or helped achieve significant improvement in the design or modification of an aircraft or aircraft system.

The Distributed Aperture Infrared Countermeasure (DAIRCM) Team achieved significant accomplishments in 2020. The team completed joint urgent operational need (JUONS) testing and improved system performance through multiple hostile fire indication, missile warning, LASER warning and integration events.

The successful completion of these test events enabled accreditation of the Digital System Model by the Commander, Operational Test and Evaluation Force, in October 2020. The tireless work of the DAIRCM team to achieve this accreditation resulted in two fielding decisions by Chief of Naval Operations N98 for the US Navy and the Deputy Commandant of the Marine Corps, Aviation for the US Marine Corps for installing and fielding on operational aircraft.

Additionally, the team awarded successfully the $120 million engineering and manufacturing development contract, which will complete the non-recurring engineering required to transition the JUONS to a Program of Record and field this much needed capability on additional Department of the Navy platforms.

These efforts were challenged by coronavirus-mandated restrictions and the fiscally constrained environment, because of the reprioritization of more than $100 million from the fiscal year defense program budget.

This article was provided by NAVAIR News.

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