Academic Quality Management Platform for Higher Education
Higher education institutions across Latin America have long struggled with fragmented, manual processes for managing curriculum design, syllabus development, and learning outcomes. Academic departments operated in silos, relying on spreadsheets and disconnected documents to track course plans, program structures, and assessment data — making it nearly impossible to maintain institutional coherence, accreditation readiness, or data-driven academic decision-making at scale.
uAssessment was purpose-built to solve this. As part of uPlanner's Academic Quality and Delivery suite, it gave universities a centralized platform to design and align study plans with institutional objectives, manage the full lifecycle of course syllabi, measure learning outcomes, and publish an accessible public course catalog. The goal was to replace institutional chaos with structured, collaborative academic governance — giving administrators, faculty, and students a single source of truth.
Over joined uPlanner in December 2016 as a Frontend Developer and spent 5.5 years growing into a Software Engineer with full-stack responsibilities across three core products, including uAssessment. He contributed to the platform from its early stages, building UI components, developing REST APIs, leading a major frontend migration, and even building an Android application — evolving from an individual contributor into a technical owner with deep product context and cross-functional influence.
Enabled academic teams to design and organize study plans aligned with institutional objectives. Faculty and administrators could define program structures, map course dependencies, and ensure curriculum coherence across departments — replacing ad hoc spreadsheet workflows with a structured, collaborative design environment.
Centralized the creation, review, and updating of course programs across the institution. Faculty could author syllabi within a standardized framework while department heads maintained visibility and approval control — dramatically reducing version fragmentation and ensuring accreditation-ready documentation at any point in the academic cycle.
Provided tools to measure and analyze learning outcomes at the course and program level. Academic coordinators could track competency attainment, identify curriculum gaps, and generate reports that informed strategic decisions — shifting institutional quality assurance from reactive to evidence-based.
Delivered a public-facing, always-current view of the institution's course offerings. Students and prospective enrollees could access up-to-date course information without depending on administrative staff — reducing inquiry volume while improving institutional transparency and student experience.
The centerpiece technical initiative of Over's tenure was leading the full migration of the frontend codebase from AngularJS to Vue.js with Nuxt and TypeScript. This was not a rewrite from scratch but a deliberate, phased transition on a live production platform serving institutional clients — requiring careful feature parity management, team coordination, and zero disruption to ongoing academic operations. The migration modernized the development experience, improved performance, and set the foundation for long-term maintainability.
TypeScript adoption was central to the migration strategy, bringing static typing to both the Vue.js frontend and Node.js backend layers. This reduced runtime errors, improved developer confidence during refactoring, and established code standards that scaled across a growing engineering team.
Over expanded into full-stack development by building and maintaining REST APIs using Node.js, initially with Express and later adopting NestJS for its structured, opinionated architecture. NestJS brought dependency injection, modular organization, and improved testability to the backend — aligning it with the same engineering rigor applied on the frontend.
Quality assurance was built into the development workflow through multiple testing layers. Cypress covered end-to-end user flows, validating critical academic workflows against real browser environments. Mocha and Chai handled unit testing on the backend, ensuring API reliability across a platform where data integrity directly impacted institutional decision-making.
Over a seven-month period, Over expanded his scope to native mobile development, building an Android application in Kotlin. This demonstrated the technical range expected of a senior engineer on a lean product team — moving across platforms as business needs demanded without compromising delivery quality.
Over's 5.5-year tenure at uPlanner represents one of the clearest examples of long-term technical ownership in his career. He joined as a junior-to-mid frontend developer and left as a full-stack Software Engineer who had shaped the architecture, led a major platform migration, built mobile software, and contributed to a product used by higher education institutions across Latin America. The AngularJS-to-Vue.js migration in particular stands as a significant technical achievement — modernizing a production SaaS platform incrementally, without service interruption, while simultaneously continuing feature development. uAssessment's impact is measured not in vanity metrics but in institutional outcomes: universities that replaced fragmented academic management with structured, data-informed processes for curriculum governance, learning assessment, and accreditation readiness.
I'm available for freelance projects worldwide — from leading your frontend from day one, to modernizing an existing app, to building an MVP end-to-end.