Portfolio Project Creation

Portfolio Project Creation

Creates portfolio entries at content/​portfolio/​project-slug/​index.md with professional, achievement-focused messaging.

When to Use

Activate when users ask to:

• Add a new project to their portfolio
• Showcase professional work or accomplishments
• Document a completed project with technical details
• Create a case study for client work

Required Information

Gather before generating content:

Optional Information

Categories

Use one of these standard categories:

• Web Development
• Mobile Development
• Backend Development
• DevOps
• Data Engineering
• Software Development

Writing Style

Action Verbs (Required)

Start achievement statements with strong verbs:

Quantify Impact

Transform vague statements into measurable achievements:

Tone Guidelines

Do:

• Highlight impact and technical depth
• Use metrics and quantifiable results
• Showcase problem-solving skills
• Demonstrate value delivered to clients
• Write with professional confidence

Avoid:

• Being overly modest or downplaying achievements
• Vague statements without specifics
• Listing responsibilities without outcomes
• Excessive technical jargon for non-technical audiences

Generation Process

Step 1: Gather Requirements

Ask for all required fields. For optional fields, prompt:

• "Were there specific challenges you overcame?"
• "What measurable outcomes did you achieve?"
• "Do you have a GitHub repository or live demo?"

Step 2: Create Hugo Bundle

Generate content/​portfolio/​{slug}/​index.md:

---
title: "{title}"
date: {YYYY-MM-DD}  # Today's date
draft: true         # Always start as draft
description: "{description}"
client: "{client}"
technologies:
  - Technology1
  - Technology2
completion_date: "{YYYY-MM}"
category: "{category}"
github_url: "{optional}"
live_url: "{optional}"
---

Step 3: Generate Content Sections

Structure the markdown body:

1. Opening paragraph - Achievement-focused overview using action verbs
2. Project Overview - Context and scope
3. Challenges (if provided) - Problems addressed
4. Technical Solution (if provided) - How challenges were solved
5. Technical Implementation - Technologies and architecture
6. Outcomes - Results with metrics
7. Technologies - Bulleted list of tech stack

Step 4: Validate

Run validation:

node scripts/​validate-portfolio-frontmatter.js

Validation checks:

• All required frontmatter fields present
• Date format: YYYY-MM-DD
• Completion date format: YYYY-MM
• Technologies is an array
• Category is a string
• URLs are valid format (if provided)
• No use of deprecated demo_url (use live_url instead)

Step 5: Review

Never auto-publish. Always:

1. Present the complete draft to the user
2. Get explicit approval before changing draft: false
3. Offer to make revisions based on feedback

Example Output

---
title: "Analytics Dashboard Platform"
date: 2024-12-26
draft: true
description: "Real-time analytics platform processing 1M+ events daily with sub-second query performance"
client: "DataTech Solutions"
technologies:
  - React
  - TypeScript
  - PostgreSQL
  - Redis
completion_date: "2024-11"
category: "Web Development"
github_url: "https://github.com/​example/​analytics-dashboard"
live_url: "https://demo.example.com"
---

**Led** the development and delivery of a high-performance analytics dashboard for DataTech Solutions, achieving sub-second query response times while processing over 1 million events daily.

## Project Overview

Delivered a comprehensive real-time analytics platform enabling stakeholders to visualize key business metrics through interactive dashboards with customizable widgets.

## Challenges

- **Challenge 1:** Legacy system processed queries in 15+ seconds - implemented comprehensive analysis and strategic planning.
- **Challenge 2:** Data pipeline bottlenecks during peak hours - developed scalable ingestion architecture.

## Technical Solution

- **Implemented** Redis caching layer reducing database load by 70%
- **Architected** event-driven pipeline handling 10x traffic spikes
- **Designed** materialized views for complex aggregations

## Technical Implementation

This project leverages modern technologies and architectural patterns:

- **React** - Component-based dashboard UI
- **TypeScript** - Type-safe frontend development
- **PostgreSQL** - Time-series data storage
- **Redis** - Real-time caching layer

## Outcomes

- **Achieved** sub-second query performance (down from 15+ seconds)
- **Delivered** 99.9% uptime over 6 months of production use
- **Implemented** self-service dashboard creation reducing support tickets by 60%

### Key Metrics

- **Query Performance:** 15s to 200ms - 98% improvement
- **Daily Events:** 1M+ processed with zero data loss
- **User Adoption:** 500+ active users within first month

## Technologies

- **React**
- **TypeScript**
- **PostgreSQL**
- **Redis**

Voice Learning

Record user feedback to improve future content generation:

# Update style documentation
# Location: .cody/​project/​library/​style-docs/​portfolio-style.json

# Fields to update based on feedback:
# - vocabulary: Add effective action verbs
# - dos: Add successful patterns
# - donts: Add patterns to avoid

File Locations

Common Validation Errors