Key Takeaways
- Reserve Mercury began as a UCF Senior Design project in 2021 to replace the Army Reserve’s paper‑based DA 1380 workflow and has since scaled to thousands of reservists nationwide.
- Each semester a new student team inherits the existing codebase, refines features, fixes bugs, and adds functionality based on direct feedback from soldiers.
- Recent upgrades include a Pay Type Limits tracker, improved dental‑form validation, and a redesigned, actionable notification system; upcoming work focuses on multi‑factor authentication and a full UI overhaul.
- Reservist units describe the platform as a “game changer,” citing faster approvals, reduced administrative burden, and better readiness tracking.
- Students gain real‑world software‑engineering experience—frontend/backend development, AWS services, testing, deployment, and stakeholder collaboration—while contributing to a mission that supports military readiness and retention.
Origin and Nationwide Expansion
Reserve Mercury was conceived in 2021 when UCF Senior Design students partnered with the U.S. Army Reserve to digitize the cumbersome DA 1380 submission process, which previously required printing forms, manual routing, and lengthy approval chains. Since its initial launch in 2023, the mobile and web application has been adopted by thousands of reservists across the country, transforming a once‑paper‑intensive workflow into a streamlined, digital experience accessible from any device.
Enduring Partnership and Continuous Student Involvement
The project thrives on a long‑running collaboration among UCF’s College of Engineering and Computer Science, the Defense Innovation Unit (DIU), and the Army Reserve. Associate Lecturers Matthew Gerber and Richard Leinecker guide each Senior Design cohort, while Army Reserve subject‑matter experts, led by Program Manager Lt. Col. Jonathan LacKamp, provide domain knowledge and validation. This structure ensures that every new team inherits a living system rather than starting from scratch, fostering continuity and institutional memory.
Core Functionality: Digitizing DA 1380
At its heart, Reserve Mercury replaces the paper DA 1380 form used for pay, absence, and medical requests. Soldiers now complete and submit these forms electronically; leaders receive instant notifications and can approve or reject submissions with a few clicks. The shift eliminates physical paperwork, reduces processing delays, and helps ensure timely compensation and accurate service‑record updates—critical factors for both readiness and soldier satisfaction.
Team Structure for Spring 2026
The Fall 2025–Spring 2026 Senior Design II team comprised 15 students specializing in data science, artificial intelligence, and full‑stack development. Organized into three sub‑teams—backend development, bug fixes/maintenance, and new feature development—the group began the semester by reviewing documentation, attending handoff meetings, and consulting prior developers to understand the five‑year‑old codebase. This approach enabled them to maintain system stability while planning targeted improvements.
Recent Feature Enhancements
User feedback from the onboarding of 84 new reservists from the 6th Battalion, 52nd Aviation Regiment drove several key updates. A Pay Type Limits feature was added to help commanders monitor annual submission thresholds tied to DA 1380 compensation requests, preventing overspend and improving budget oversight. The dental‑form process received required‑field validation, submission confirmations, and refined signature handling to boost accuracy for deployment‑readiness checks. Most notably, the notification system was completely redesigned: alerts are now actionable, display clear read/unread status, and direct users to the relevant screen, eliminating reliance on a passive activity log.
Planned Security and UI Upgrades
Building on the current momentum, the team is advancing two major initiatives. First, multi‑factor authentication (MFA) is being integrated to strengthen account security and comply with federal cybersecurity standards. Second, a large‑scale user‑interface redesign aims to modernize the platform’s look and feel, improve accessibility for users with diverse needs, and enhance overall usability. These upgrades will keep Reserve Mercury aligned with evolving technology trends and military IT policies.
Impact on Reservist Units
Field feedback underscores the platform’s transformative effect. Maj. Jeffrey Garner, Reserve Mercury onboarding and implementation lead, recounted a unit struggling with an HR administrator shortage across multiple companies. After adopting Reserve Mercury, leaders described the tool as a “game changer” and immediately requested onboarding for additional units. The ability to submit and approve forms rapidly has reduced administrative bottlenecks, freed personnel for mission‑critical tasks, and improved soldiers’ confidence that their pay and records are handled correctly.
Student Learning Outcomes and Career Preparation
For participants, the project offers more than academic credit; it delivers tangible, career‑ready skills. Team members gain hands‑on experience with frontend and backend frameworks, AWS cloud services, automated testing, continuous integration/deployment pipelines, and release management. Collaborating directly with military stakeholders mimics professional software‑engineering environments, teaching students how to translate user needs into technical specifications, conduct iterative testing, and document changes for future teams. Many cite the mission‑driven context as a powerful motivator to master new tools and adopt industry best practices.
Stakeholder Perspectives on Purpose and Future
Shaun Gorllapati, functional test and continuous improvement lead for the current team, emphasized that knowing the end users are real service members adds purpose to every line of code: “It motivates us to learn new tools, improve our technical skills, and apply best practices to ensure the application is reliable, efficient, and easy to use.” Lt. Col. Jonathan LacKamp echoed this sentiment, highlighting the synergistic power of reservist customers, DIU’s innovation sponsorship, and the dedication of successive student teams. He noted that administrative efficiency directly supports operational readiness and soldier retention, positioning Reserve Mercury as a cornerstone of the Army Reserve’s modernization strategy.
Conclusion: A Collaborative Model for Lasting Impact
Reserve Mercury exemplifies how academic‑industry‑government partnerships can yield durable, mission‑critical software. By continuously refining a platform that serves thousands of reservists, UCF students not only honor the legacy of earlier teams but also lay the groundwork for broader adoption across the Army Reserve. The project’s ongoing success demonstrates that when students tackle real‑world problems with guidance from experienced mentors and direct input from end users, the result is a solution that enhances both technological capability and the lives of those who serve.