Overview
Completing the Computer Science program and the CS 499 capstone has provided an opportunity to reflect on my academic journey, professional growth, and readiness to enter the field of software development. Throughout the program, I progressed from having no formal background in programming or computer architecture to developing the ability to analyze problems, design solutions, and improve existing systems using industry aligned tools and practices. The process of building this ePortfolio required me to revisit earlier work, evaluate it critically, and apply lessons learned across the curriculum, reinforcing both technical competence and professional confidence.
My path to computer science was not linear. I initially entered higher education with the goal of becoming a Lutheran pastor, but after realizing that path was not the right fit, I reassessed my interests and strengths. Discovering Southern New Hampshire University and enrolling in the Computer Science program allowed me to pursue a long standing interest in technology, creativity, and system design. I have always enjoyed imagining worlds, systems, and ideas, and software development emerged as a practical way to translate those concepts into tangible, functional projects. As I progressed through the program, my understanding of the field became more realistic and disciplined. I learned that software development requires persistence, structured problem solving, and continuous learning rather than inspiration alone. While I do not consider myself a master of the discipline, I have gained confidence in my ability to work through complex challenges and deliver reliable solutions.
Coursework across the program strengthened my ability to collaborate, communicate, and think systematically. In project based courses, I engaged in peer discussions, design reviews, and feedback cycles that emphasized clarity, accountability, and shared understanding. These experiences reinforced the importance of writing readable, maintainable code and documenting decisions in a way that supports collaboration in team environments. Communication was further developed through written narratives, technical documentation, and presentations that required adapting technical detail to different audiences, including instructors, peers, and hypothetical stakeholders. The CS 499 code review process in particular mirrored professional expectations by requiring clear explanation of existing functionality, identification of weaknesses, and justification of design improvements.
The program also emphasized strong foundations in data structures, algorithms, and software engineering principles. Courses such as CS 260 and CS 340 reinforced algorithmic thinking, trade off analysis, and efficiency considerations when working with structured data. I learned to select appropriate data structures, evaluate performance implications, and refactor logic to improve scalability and maintainability. Software engineering concepts such as separation of concerns, modular design, lifecycle awareness, and defensive programming were consistently reinforced through coursework and applied directly during the capstone enhancements.
Database design and data persistence became a central area of growth as well. Through coursework and project work, I developed an understanding of schema design, CRUD operations, and the importance of validating and protecting stored data. These experiences highlighted how database decisions directly affect application reliability, security, and long term maintainability. Alongside this, the program fostered a security focused mindset. Courses addressing secure coding and system design emphasized anticipating misuse, validating inputs, protecting sensitive information, and minimizing attack surfaces. Security became an integrated consideration rather than an afterthought, influencing both architectural and implementation level decisions.
The artifacts presented in this ePortfolio reflect this integrated skill set. Although the enhanced artifacts originate from CS 360 and CS 340, they collectively demonstrate growth across software design and engineering, algorithms and data structures, and databases. Together, they show my ability to analyze existing systems, identify weaknesses, apply feedback, and implement targeted improvements that increase reliability, efficiency, and security. The artifacts are intentionally connected, highlighting consistent problem solving approaches rather than isolated technical accomplishments.
Overall, the CS 499 capstone and the Computer Science program have helped shape my professional goals and values. I remain interested in game and application development, while recognizing the competitiveness of those fields and the importance of strong foundational skills. Rather than focusing on a single narrow role, I have prioritized developing transferable competencies that support adaptability and long term growth. This ePortfolio represents both my technical progress and my professional mindset, demonstrating readiness to contribute, learn, and grow within the computer science field.
Core Strengths
- Software design and engineering: Writing maintainable, readable code with clear separation of concerns and defensive programming practices.
- Algorithmic problem solving: Applying data structures and efficiency focused reasoning to improve scalability and correctness.
- Database design and integration: Designing schemas, implementing reliable CRUD operations, and validating inputs to protect data integrity.
- Secure coding mindset: Anticipating misuse, protecting sensitive information, and mitigating common risks through validation and safe design patterns.
- Communication and documentation: Explaining technical decisions clearly through narratives, documentation, and presentations adapted to the audience.
Course Outcomes
Outcome 1: I employ strategies that support collaboration by writing readable, well structured code and documenting decisions so that others can understand, maintain, and extend a system effectively.
Outcome 2: I demonstrate professional quality communication through clear written narratives, documentation, and capstone deliverables that explain technical decisions and trade offs in an audience appropriate way.
Outcome 3: I design and evaluate computing solutions using algorithmic principles and computer science standards, weighing trade offs in performance, maintainability, and reliability.
Outcome 4: I use well founded tools and techniques to implement solutions that deliver value, including applying platform specific best practices, structured development workflows, and appropriate testing and validation.
Outcome 5: I apply a security mindset by anticipating adversarial or unintended use, validating inputs, protecting sensitive data, and reducing risk through safer architectural and implementation choices.