Programming Proficiency – Learn to write, test, and debug code in multiple programming languages based on solid understanding of programming fundamentals.

Algorithmic Thinking – Understand how to design and analyze efficient algorithms to solve complex problems, with attention to performance and scalability.

Data Structures – Knowledge of data structures such as arrays, linked lists, stacks, queues, trees, and graphs to organize and process data effectively.

Operating Systems – Understand process management, memory allocation, file systems, and concurrency in modern operating systems.

Problem-Solving – Develop capabilities to systematically analyze problems, trace errors, and develop creative and efficient solutions using structured approaches.

Software Development Lifecycle Management – Apply principles of software engineering, including planning, design, testing, debugging, version control, and maintenance of software systems.

Web Development – Familiar with designing and building dynamic web applications using modern frameworks, front-end and back-end technologies, and secure data handling practices.

Network and Data Communication – Understand the principles of data transmission, protocols, network architecture, and how systems communicate in distributed environments.

Technical Documentation and Communication – Create clear documentation for code, systems, and user instructions, and effectively communicate technical information to various audiences.

Project Collaboration and Agile Practices – Work effectively in teams using agile development methods and collaborative platforms to deliver software projects.

Leadership & Communication – Lead teams, make informed decisions, and communicate effectively while integrating a Christian worldview that reflects skill and character.