Professional Self-Assessment

Program Journey and Growth

Throughout my Computer Science program at Southern New Hampshire University, I have developed a comprehensive set of technical and professional skills that prepare me for a career in software development, with a particular focus on graphics programming and mobile application.

Key Areas of Development

Technical Expertise

  • Advanced 3D Graphics Programming with OpenGL
  • Software Architecture and Design Patterns
  • Algorithm Optimization and Data Structures
  • Database Design and Implementation

Professional Skills

  • Team Collaboration and Communication
  • Project Management and Planning
  • Problem-Solving and Critical Thinking
  • Technical Documentation

Artifact Portfolio Overview

My ePortfolio showcases the enhancement of the 3D Kitchen Scene/Mobile Trip Planner project across three key areas:

  • Software Design and Engineering: Implementation of a component-based architecture and advanced design patterns
  • Algorithms and Data Structures: Development of spatial partitioning and optimization techniques
  • Database Integration: Creation of a robust persistence system with proper schema design

Future Goals

Looking forward, I aim to:

  • Specialize in 3D graphics programming and mobile development
  • Contribute to open-source graphics projects
  • Mentor junior developers in graphics programming
  • Stay current with emerging technologies in the field

Code Review

Project Overview

My code review provides a comprehensive analysis of the 3D Kitchen Scene project, identifying areas for enhancement and demonstrating my understanding of software development best practices.

Key Areas Addressed

  • Existing functionality and code structure
  • Areas for improvement in design and implementation
  • Planned enhancements and their impact
  • Security considerations and best practices

Enhanced Artifacts

Software Design & Engineering

Enhanced the 3D Kitchen Scene with a component-based architecture and advanced design patterns.

  • Component-based architecture
  • Scene graph implementation
  • Resource management system
View Details

Algorithms & Data Structures

Improved performance through spatial partitioning and efficient data structures.

  • Octree implementation
  • Resource caching system
  • Optimized scene traversal
View Details

Database Integration

Added persistence capabilities with a robust database system.

  • SQLite integration
  • Normalized schema design
  • Scene persistence system
View Details

Course Outcomes

Collaborative Environments

Demonstrated through code review process, team collaboration documentation, and stakeholder communication.

  • Effective code review practices
  • Team collaboration strategies
  • Stakeholder communication

Professional Communication

Showcased through technical documentation, code review presentation, and project narratives.

  • Clear technical documentation
  • Effective presentation skills
  • Professional writing

Computing Solutions

Illustrated through enhanced software design, algorithm improvements, and database integration.

  • Algorithm optimization
  • Software architecture
  • Database design

Technical Implementation

Demonstrated through modern development practices, industry-standard tools, and efficient code solutions.

  • Modern development practices
  • Industry-standard tools
  • Efficient code solutions

Security Mindset

Exhibited through code review security analysis, vulnerability assessment, and data protection measures.

  • Security analysis
  • Vulnerability assessment
  • Data protection