Competency frameworks, level expectations (Junior to Staff+), and career progression paths for software engineers. Use when navigating promotions, understanding level requirements, or planning career advancement.
View on GitHubmelodic-software/claude-code-plugins
soft-skills
January 21, 2026
Select agents to install to:
npx add-skill https://github.com/melodic-software/claude-code-plugins/blob/main/plugins/soft-skills/skills/career-progression/SKILL.md -a claude-code --skill career-progressionInstallation paths:
.claude/skills/career-progression/# Career Progression This skill provides frameworks for understanding software engineering career levels, competency expectations, and progression paths from Junior to Staff+ engineer. ## Keywords career levels, junior, mid-level, senior, staff, principal, promotion, competency, progression, IC track, management track, level expectations, career ladder, engineering levels, seniority ## When to Use This Skill - Understanding expectations at each engineering level - Planning progression to the next level - Evaluating readiness for promotion - Choosing between IC and management tracks - Understanding competency frameworks - Setting career development goals ## Engineering Levels Overview Software engineering careers typically follow this progression: | Level | Typical Titles | Experience | Scope of Impact | | ----- | -------------- | ---------- | --------------- | | L3 | Junior Engineer, SDE I | 0-2 years | Individual tasks | | L4 | Engineer, SDE II | 2-5 years | Features, small projects | | L5 | Senior Engineer | 5-8 years | Large projects, team impact | | L6 | Staff Engineer | 8+ years | Multi-team, org-wide | | L7+ | Principal, Distinguished | 10+ years | Company-wide, industry | **Note:** Titles and levels vary by company. Focus on scope and expectations, not titles. ## Core Competency Categories Engineering progression is measured across multiple dimensions, not just coding ability: ### 1. Technical/Implementation - Code quality and best practices - Debugging and problem-solving - System understanding and mental models - Performance optimization ### 2. Design - Breaking down problems - Architecture and system design - Technical decision-making - Risk assessment ### 3. Operations - On-call and incident response - Monitoring and observability - Production ownership ### 4. Product - Understanding business context - Customer focus - Requirements translation ### 5. Leadership - Mentoring and teaching - Influence without authority - Process improveme