SPLT 2.0 Implementation Plan

Executive Summary

This document outlines the implementation plan for SPLT 2.0, including Phase 2 feature development and Phase 3 VAR integration. With your 8-person team:

Phase 2 Timeline: 8-10 weeks standard, 6-7 weeks with AI assistance
Phase 3 Timeline: 5-6 weeks standard, 4 weeks with AI assistance
Total Project: 13-16 weeks standard, 10-11 weeks with AI

The larger team size (compared to typical 3-4 person teams) enables significant parallelization and faster delivery.

Current State Analysis

Existing Infrastructure

Backend: Basic SPLT module in platform-backend with limited functionality
Frontend: Separate splt-frontend Vue 3 application
Features: Basic course listing, user enrollment, HRS webhook integration

Key Gaps

No course/class creation UI
No registration/waitlist management
No capacity management
Limited reporting capabilities
No multi-tenant support

Phase 2: Feature Implementation

Priority Matrix & Timeline

Priority 1: Core Foundation (Weeks 1-4)

Business Value: Prerequisites for all other functionality

Feature	Owner	Effort	Description
Course Creation & Editing	Lauren	80h	Backend API + UI for full CRUD operations
Course Templates	Lauren	40h	Template system for class inheritance
Class Creation & Editing	Auzeen	80h	Complete class management system

Priority 2: Registration System (Weeks 5-8)

Business Value: Critical for user engagement and revenue

Feature	Owner	Effort	Description
One-Click Registration	TBD	60h	Streamlined registration flow
Waitlist Management	TBD	40h	Auto-promotion, capacity tracking
User Cancellation	TBD	20h	Self-service cancellation with credits
Admin Cancellation	TBD	20h	Bulk cancellation, notifications

Priority 3: Discovery & Access (Weeks 9-11)

Business Value: Drives adoption and usage

Feature	Owner	Effort	Description
Library Integration	TBD	60h	Main library page, live training dropdown
Course Details Page	TBD	20h	Enhanced course information display
Search Integration	TBD	40h	Include SPLT courses with "Live" filter

Priority 4: Communications (Weeks 12-13)

Business Value: Enhances user experience

Feature	Owner	Effort	Description
Automated Reminders	TBD	40h	Pre-class email reminders
Update Notifications	TBD	20h	Change alerts to registered users
Cancellation Alerts	TBD	20h	User and admin-initiated notifications

Priority 5: Analytics (Weeks 14-15)

Business Value: Business intelligence and compliance

Feature	Owner	Effort	Description
Subscription Tracking	TBD	40h	Tier management, credit tracking
NetSuite Reports	TBD	40h	Replicate existing HRS reports

Sprint Allocation

Sprint	Dates	Features	Hours
S16	8/13	Class Creation UI, Edit/Delete Class UI	80h
S17	8/27	Main Library Page Integration	60h
S18	9/10	Live Training Dropdown, Registration Backend	80h
S19	9/24	Registration UI, Waitlist System	100h
S20	10/15	User Cancellation, Admin Cancellation	80h
S21	TBD	Course Discovery, Search Integration	80h
S22	TBD	Notifications System	80h
S23	TBD	Reporting & Subscription Logic	80h
S24	TBD	Testing, Bug Fixes, Polish	60h
S25	TBD	Buffer/Phase 3 Prep	40h

Total Phase 2: ~740 hours

Standard Timeline: 8-10 weeks (with 8-person team)
With AI Assistance: 6-7 weeks (25-30% efficiency gain)

Quick Wins & Optimization Strategies

1. Leverage Existing Components (Save 3-4 weeks)

Use @solidprofessorhub/ui-components for all UI elements
Reuse notification services from platform-backend
Copy patterns from existing Vue 3 applications for consistency
Utilize shared authentication and authorization packages

2. Parallel Development Tracks

With your team composition (4 engineers, 1 QA, 1 tech lead, 1 PM, 1 UI/UX), you can run multiple parallel tracks:

Track A: Backend APIs (2 backend developers)
Track B: Frontend UI (2 frontend developers)
Track C: UI/UX Design (1 designer - stays 1-2 sprints ahead)
Track D: Integration/Testing (1 QA engineer)
Coordination: Tech Lead oversees all tracks, PM manages requirements

3. Revised Timeline with Full Team

Standard Development (8-10 weeks)

Weeks 1-2: Foundation & Design
- UI/UX creates all mockups/designs
- Backend: Course/Class APIs (2 devs)
- Frontend: Component architecture (2 devs)
- QA: Test plan creation

Weeks 3-4: Core Features
- Backend: Registration system (2 devs)
- Frontend: Course/Class UI (2 devs)
- QA: Component testing
- UI/UX: Refine based on feedback

Weeks 5-6: Registration & Discovery
- Backend: Waitlist, capacity (1 dev) + Library API (1 dev)
- Frontend: Registration flow (1 dev) + Library UI (1 dev)
- QA: Integration testing
- UI/UX: User testing sessions

Weeks 7-8: Polish & Communications
- Backend: Notifications (1 dev) + Reports (1 dev)
- Frontend: Final UI polish (2 devs)
- QA: Full regression testing
- Team: Bug fixes and optimization

Weeks 9-10: Production Readiness
- Performance optimization
- Documentation
- Deployment preparation
- User training materials

With AI Assistance (6-7 weeks)

AI tools can accelerate development by 25-30% through:

Code Generation: Boilerplate, CRUD operations, tests
Documentation: Auto-generated API docs, user guides
Testing: AI-assisted test case generation
Code Review: Automated code quality checks

Weeks 1-2: Accelerated Foundation
- AI generates initial API scaffolding
- Component templates from AI
- Test suites auto-generated

Weeks 3-4: Rapid Feature Development
- Parallel development with AI assistance
- Automated code reviews
- AI-powered bug detection

Weeks 5-6: Integration & Polish
- AI-assisted integration testing
- Performance optimization suggestions
- Automated documentation

Week 7: Production Deployment
- Final testing and deployment

4. Architecture Decisions for Speed

Enhance Existing SPLT Frontend

Strategy:

Continue developing within splt-frontend repository
Maintain SPLT as dedicated application
Focus on feature completeness and user experience
Leverage shared packages (@solidprofessorhub/auth, authz, ui-components)

Implementation:

Enhance existing Vue 3 SPLT frontend
Expand API integration with platform-backend
Implement comprehensive feature set
Maintain separate deployment pipeline

5. Technical Optimizations

Add database indexes upfront for performance
Implement caching for course listings
Use Laravel queues for notifications
Leverage Laravel events for decoupled architecture
Build comprehensive API documentation

Team Allocation Strategy

Phase 2 Team Assignments

Backend Team (2 developers)

Developer 1 - Core Systems

Course/Class CRUD APIs
Template system implementation
Database schema updates
Performance optimization

Developer 2 - User Systems

Registration/Waitlist APIs
Notification system
Subscription/Credit tracking
Integration APIs

Frontend Team (2 developers)

Developer 1 - Admin Interface

Course/Class management UI
Admin dashboards
Bulk operations
Reports interface

Developer 2 - User Interface

Registration flow
Course discovery
User dashboards
Mobile responsiveness

Support Roles

Tech Lead

Architecture decisions
Code reviews
Technical mentorship
Cross-team coordination

QA Engineer

Test automation
Manual testing
Performance testing
User acceptance testing

UI/UX Designer

Mockups and prototypes
Design system maintenance
User research
Accessibility compliance

Product Manager

Requirements refinement
Stakeholder communication
Sprint planning
Feature prioritization

AI Leverage Strategy

Development Acceleration (25-30% time savings)

Backend Development with AI

Generate Laravel models, migrations, and seeders
Create RESTful API controllers with validation
Auto-generate API documentation
Write unit and integration tests
Generate database queries and optimizations

Frontend Development with AI

Component scaffolding from designs
Generate TypeScript interfaces from API specs
Create Pinia store modules
Write component tests
Generate form validation logic

QA with AI

Test case generation from requirements
Automated test script creation
Bug report templates
Performance test scenarios
Accessibility testing assistance

Best AI Tools for SPLT Development

GitHub Copilot - Real-time code suggestions
ChatGPT/Claude - Architecture decisions, code reviews
Cursor - AI-powered IDE for rapid development
Tabnine - AI code completion
AI Test Generators - Automated test creation

AI Usage Guidelines

Always review AI-generated code
Use AI for boilerplate, focus humans on business logic
Maintain consistent coding standards
Document AI assistance in commits
Regular code reviews remain essential

Phase 3: VAR Integration

Standard Timeline: 5-6 weeks (with 8-person team)

With AI Assistance: 4 weeks (25% efficiency gain)

Week 1-2: Role & Permission System

- Create "Reseller Admin" role
- Design permission matrix
- Implement permission gates on all pages
- Update @solidprofessorhub/authz configuration

Week 3-4: Multi-Tenant Email System

- Refactor email templates for dynamic content
- Add reseller branding variables
- Create email preview system
- Implement reseller-specific email settings

Week 5-6: Dynamic UI Components

- Sidebar customization per reseller
- Dynamic navigation links
- Reseller-specific theming
- White-label support preparation

Week 7-8: Content & Access Control

- Class filtering by reseller association
- User-reseller relationship management
- Content visibility rules
- Cross-reseller access prevention

Week 9-10: Documentation & Support

- Build FAQ system
- Create reseller onboarding documentation
- Implement support ticket routing
- Training materials for resellers

Risk Mitigation

Technical Risks

Risk	Impact	Mitigation
Separate app coordination	Medium	Clear API contracts, shared packages
Performance at scale	Medium	Early optimization, caching
Complex permissions	Medium	Use existing authz package
Email deliverability	Low	Use established email service

Process Risks

Risk	Impact	Mitigation
Scope creep	High	Strict MVP definition
Resource availability	Medium	Parallel development tracks
Integration complexity	Medium	Incremental integration
Testing coverage	Low	Automated testing from day 1

Recommendations

1. Strategic Architecture Decision

Continue with Dedicated SPLT Application

Maintain SPLT as separate Vue 3 application
Focus on feature richness and specialized functionality
Leverage shared component libraries and services
Keep deployment and development cycles independent

2. Development Approach

Use trunk-based development for rapid iteration
Deploy features behind feature flags
Implement comprehensive API tests
Build generic, reusable components

3. Team Structure

Your Team:
- 2 Backend Developers (Laravel/PHP)
- 2 Frontend Developers (Vue 3)
- 1 QA Engineer
- 1 Tech Lead (Architecture & Coordination)
- 1 Product Manager
- 1 UI/UX Designer

Team Advantages:
- Parallel backend development (APIs + Services)
- Parallel frontend development (Admin UI + User UI)
- Dedicated design resources (no dev bottlenecks)
- Tech lead ensures architectural consistency
- Full-time QA for continuous testing

4. Success Metrics

Course creation time < 2 minutes
Registration completion rate > 80%
System uptime > 99.9%
Page load time < 2 seconds
User satisfaction > 4.5/5

Conclusion

The SPLT 2.0 implementation is achievable within the proposed timeline with proper planning and resource allocation. The key to success is:

Focused Development: Enhance the existing SPLT application
MVP First: Launch core features in 8 weeks
Parallel Development: Multiple tracks for efficiency
Component Reuse: Leverage existing shared packages
Incremental Delivery: Daily deployments with feature flags

By following this plan and focusing on the recommended optimizations, the team can deliver a robust SPLT 2.0 system that meets business needs while maintaining technical excellence.