Bachelor Of Science in Information Technology
Tertiary
Curriculum
- 01Full-Stack & OOP Development: Applied Object-Oriented Programming (OOP) principles using Java, JavaScript, and CSS/Advanced CSS layout modules—mastering core programming logic, control structures, array manipulation, and modular software design.
- 02System Quality Assurance (SQA) & SDLC: Trained across diverse Software Development Life Cycles (SDLC)—including Agile and Waterfall—implementing rigorous software testing methodologies, code reviews, and quality assurance standards to deliver reliable, bug-free applications.
- 03Web Systems & Integration: Designed and deployed interactive web applications while studying integrative programming, system integration, and deployment pipelines.
- 04Visual Systems Blueprinting (UML): Translated complex business requirements into concrete architectural blueprints using Unified Modeling Language (UML) diagrams—including Use Case Diagrams, Class Diagrams, Sequence Diagrams, and State Diagrams.
- 05Enterprise System Architecture: Mastered system integration patterns, application programming interface (API) design, platform technologies, and systems administration to support scalable enterprise infrastructures.
- 06Advanced Database Management: Engineered normalized relational database schemas, multi-table queries, and data management pipelines across Information Management and Advanced Database Systems courses.
- 07Data Structures & Quantitative Problem-Solving: Leveraged Data Structures & Algorithms, Discrete Mathematics, and Data Analytics to solve complex computational problems, optimize execution efficiency, and analyze business telemetry.
- 08Technical Communication & Stakeholder Articulation: Developed strong technical writing and public speaking skills through Purposive Communication and Effective Communication with Personality Development—learning to translate complex technical jargon into clear business language for non-technical stakeholders.
- 09Analytical Problem-Solving & Business Process Optimization: Studied Business Process Management (BPM) and Systems Analysis & Design, cultivating a structured approach to identifying operational bottlenecks, decomposing root causes, and engineering automated technical solutions.
- 10Ethical Governance & Cybersecurity Awareness: Built a strong foundation in Information Assurance & Security and Social & Professional Issues in Computing—instilling strict adherence to data privacy, ethical computing practices, intellectual property laws, and workplace compliance.
- 11Adaptability & Team Collaboration: Collaborated in cross-functional student teams during intensive lab sessions, research projects, and community involvement initiatives—fostering high emotional intelligence, interpersonal adaptability, conflict resolution, and peer leadership.
Full-Stack System Engineering: Engineered Acrostock, a web-based enterprise asset management system designed to digitize, streamline, and automate physical equipment tracking, asset allocation, lifecycle auditing, and maintenance scheduling across institutional departments.
Decoupled Architecture (React + Laravel PHP): Built a responsive full-stack application pairing a React.js single-page application (SPA) client with a Laravel (PHP) RESTful API backend and a MySQL relational database layer.
Core Functional Modules: Implemented real-time inventory telemetry, barcode/QR asset identification workflows, role-based access control (RBAC) for departmental staff, automated asset depreciation reporting, and audit logging.
Award-Winning Recognition: Honored with the Excellent Thesis Award for outstanding software architecture, database normalization, system performance, and real-world institutional impact.
Acrostock — Institutional Asset Management System