Own Projects

Standards for Own Projects #

This document explains fundamental approaches and procedures for Pandion Ltd.’s own projects.

Project Types #

Technology Verification #

New Technology Verification: Trial of new technologies or frameworks
Prototype Development: Feasibility verification of ideas
Performance Testing: Confirmation of technical limits
Security Verification: Verification of security features

Tool Development #

Efficiency Tools: Tool development for work efficiency
Automation Scripts: Automation of repetitive work
Monitoring Tools: Tools for system monitoring
Analysis Tools: Tools for data analysis

Learning Projects #

Technology Acquisition: Learning and practice of new technologies
Best Practices: Practice of industry best practices
Open Source: Contribution to open source projects
Documentation: Creation of technical documents

Project Start #

Organizing Ideas #

Purpose: Project purpose and expected outcomes
Value: Business value, learning value, technical value
Constraints: Time, resources, technical constraints
Success Criteria: Definition of success and evaluation methods

Planning #

Scope: Clarify work scope
Schedule: Milestones, deadlines
Resources: Necessary time, tools, technology
Risks: Assumed risks and countermeasures

Environment Preparation #

Development Environment: Necessary tools, licenses
Repository: Code management, document management
Test Environment: Build test environment
Monitoring: Monitor project progress

Development Phase #

Design #

Requirements Definition: Functional and non-functional requirements
Architecture: System design, technology selection
UI/UX: User interface design
Database: Data model design

Implementation #

Coding: Coding standards, quality criteria
Testing: Unit tests, integration tests
Documentation: Technical documents, user manuals
Version Control: Git usage, branch strategy

Quality Management #

Code Review: Self-review, quality checks
Testing: Automated tests, manual tests
Security: Vulnerability checks
Performance: Load tests, optimization

Learning and Growth #

Technology Learning #

New Technologies: Acquisition of new technologies
Best Practices: Practice of industry standards
Tools: Acquisition of new tools
Methods: Development methods, management methods

Documentation: Document what you’ve learned
Blog: Share through technical blogs
Presentations: Present at technical communities
Open Source: Contribute to open source

Skill Improvement #

Programming: Improve coding skills
Design: Architecture design abilities
Testing: Test design and implementation abilities
Operations: Operation and monitoring abilities

Quality Standards #

Technical Quality #

Code Quality: Readability, maintainability, performance
Security: Vulnerability countermeasures, data protection
Testing: Sufficient test coverage
Documentation: Appropriate technical documents

Process Quality #

Planning: Realistic planning and progress management
Quality Management: Continuous quality checks
Risk Management: Risk identification and countermeasures
Change Management: Appropriate management of specification changes

Deliverable Management #

Code Management #

Repository: Appropriate Git usage
Branches: Clarify branch strategy
Tags: Version management
History: Manage commit history

Document Management #

Technical Documents: Design documents, API specifications
User Documents: Manuals, guides
Operation Documents: Deployment procedures, monitoring methods
Learning Documents: Records of what was learned

Deliverable Utilization #

Reuse: Reuse in other projects
Publication: Publish as open source
Sharing: Knowledge sharing within team
Improvement: Continuous improvement

Continuous Improvement #

Process Improvement #

Efficiency: Improve work efficiency
Quality Improvement: Improve quality management
Tool Improvement: Optimize tools used
Knowledge Management: Accumulate and share knowledge

Technical Improvement #

Architecture: Improve system design
Performance: Optimize performance
Security: Enhance security
Maintainability: Improve maintainability

Project End #

Reflection #

Outcome Evaluation: Goal achievement, quality evaluation
Issue Analysis: Issues that occurred and solutions
Improvement Points: Improvement proposals for next time
Knowledge Sharing: Document what was learned

Knowledge Accumulation #

Best Practices: Records of successful methods
Failure Cases: What was learned from failures
Tool Evaluation: Evaluation of tools used
Method Evaluation: Evaluation of development methods

Next Steps #

Continuous Development: Continue project
New Project: Plan next project
Technical Improvement: Plan skill improvement
Knowledge Utilization: Utilize accumulated knowledge

Risk Management #

Technical Risks #

New Technologies: Risk of acquiring new technologies
Complexity: System complexity
Dependencies: Risk of external dependencies
Performance: Risk of performance requirements

Project Risks #

Schedule: Risk of time shortage
Scope: Risk of scope creep
Quality: Risk of quality shortage
Resources: Risk of resource shortage

Countermeasures #

Phased Development: Develop in small steps
Prototypes: Create early prototypes
Testing: Continuous testing
Documentation: Create appropriate documentation