Create detailed project plan with tasks, timeline, and resources
This document outlines a detailed project plan for the Development and Implementation of an Advanced Project Planning System (APPS). This system aims to enhance project management capabilities, improve resource allocation, streamline workflows, and provide superior analytical insights for complex projects.
* Objective 1: Define comprehensive functional and non-functional requirements for the APPS within 4 weeks.
* Objective 2: Design a scalable and secure system architecture that supports current and future project management needs within 8 weeks.
* Objective 3: Develop and integrate core APPS modules (Task Management, Resource Management, Timeline/Gantt, Reporting) with existing enterprise tools within 20 weeks.
* Objective 4: Conduct rigorous testing to achieve 95% bug-free functionality and ensure system stability and performance within 6 weeks.
* Objective 5: Successfully deploy the APPS to a pilot group and provide comprehensive training within 4 weeks of deployment.
* Objective 6: Achieve 80% user adoption within the pilot group within 2 months post-launch.
* In-Scope: Requirements gathering, system design (UI/UX, architecture), backend development, frontend development, database setup, API integration with core enterprise systems (e.g., HRIS for resource data, existing CRM for client projects), comprehensive testing, user training, initial documentation, pilot deployment, and 3 months post-launch support.
* Out-of-Scope: Migration of historical project data from legacy systems (will be considered in a separate phase), development of mobile-specific applications (focus on web-based first), integration with all third-party tools beyond specified core systems.
* Detailed Requirements Document (DRD)
* System Architecture Design Document (SADD)
* UI/UX Wireframes and Prototypes
* Developed APPS Modules (Backend & Frontend)
* Integrated APPS with specified enterprise systems
* Comprehensive Test Plan and Test Reports
* User Acceptance Testing (UAT) Sign-off
* Deployment Plan
* User Training Materials & Sessions
* System Documentation (Admin & User Guides)
* Post-Launch Support Plan
* Executive Sponsor (e.g., CIO, Head of Operations)
* Project Steering Committee
* Project Manager (Lead)
* Product Owner / Business Analyst
* Development Team Lead & Developers
* QA Lead & Testers
* IT Operations/Infrastructure Team
* Key Department Heads (e.g., Marketing, Engineering, Sales – representing end-users)
* End-Users (Pilot Group)
The project will be executed in six main phases, each with distinct tasks and deliverables.
Phase 1: Discovery & Requirements Gathering (Weeks 1-4)
* 1.1.1 Conduct kick-off meeting
* 1.1.2 Define team roles and responsibilities
* 1.1.3 Set up project communication channels and tools
* 1.2.1 Identify key stakeholders
* 1.2.2 Schedule and conduct interviews
* 1.2.3 Facilitate requirements gathering workshops
* 1.3.1 Review existing project management processes and tools
* 1.3.2 Identify pain points and inefficiencies
* 1.3.3 Document current system limitations
* 1.4.1 Draft Functional Requirements Specification (FRS)
* 1.4.2 Draft Non-Functional Requirements Specification (NFRS)
* 1.4.3 Develop Use Cases and User Stories
* 1.4.4 Obtain stakeholder sign-off on Detailed Requirements Document (DRD)
Phase 2: System Design & Architecture (Weeks 5-12)
* 2.1.1 Define overall system architecture (e.g., microservices, monolithic)
* 2.1.2 Select core technologies and frameworks
* 2.1.3 Design database schema
* 2.1.4 Plan for security, scalability, and performance
* 2.2.1 Develop user personas and journey maps
* 2.2.2 Create wireframes and mockups
* 2.2.3 Develop interactive prototypes
* 2.2.4 Conduct usability testing with target users
* 2.2.5 Finalize UI/UX design
* 2.3.1 Design module-level technical specifications
* 2.3.2 Define internal and external API specifications for integrations
* 2.3.3 Plan for data flow and integration points
Phase 3: Development & Integration (Weeks 13-32)
* 3.1.1 Set up development, staging, and production environments
* 3.1.2 Configure version control and CI/CD pipelines
* 3.2.1 Develop core APPS services (e.g., task management, resource allocation engine)
* 3.2.2 Implement database interactions
* 3.2.3 Develop APIs for frontend and integrations
* 3.3.1 Implement UI/UX designs
* 3.3.2 Develop interactive components and dashboards
* 3.3.3 Integrate with backend APIs
* 3.4.1 Develop connectors for HRIS, CRM, etc.
* 3.4.2 Implement data synchronization mechanisms
* 3.4.3 Conduct initial integration testing
* 3.5.1 Conduct peer code reviews
* 3.5.2 Refactor code for optimization and maintainability
Phase 4: Testing & Quality Assurance (Weeks 33-38)
* 4.1.1 Create comprehensive test cases (unit, integration, system, regression)
* 4.1.2 Define performance and security testing strategies
* 4.2.1 Conduct unit and integration testing
* 4.2.2 Perform system testing
* 4.2.3 Execute performance and load testing
* 4.2.4 Conduct security vulnerability assessment
* 4.3.1 Log and track defects
* 4.3.2 Prioritize and fix identified bugs
* 4.3.3 Perform regression testing
* 4.4.1 Prepare UAT environment and data
* 4.4.2 Facilitate UAT sessions with pilot users
* 4.4.3 Gather feedback and final bug reports
* 4.4.4 Obtain UAT sign-off
Phase 5: Deployment & Training (Weeks 39-42)
* 5.1.1 Develop detailed deployment strategy and rollback plan
* 5.1.2 Prepare production infrastructure
* 5.2.1 Deploy APPS to production environment
* 5.2.2 Perform post-deployment verification
* 5.3.1 Finalize system administration guide
* 5.3.2 Finalize user manuals and FAQs
* 5.4.1 Develop training materials (presentations, exercises)
* 5.4.2 Conduct "Train-the-Trainer" sessions
* 5.4.3 Deliver end-user training sessions for pilot group
Phase 6: Post-Launch Support & Optimization (Weeks 43-54)
* 6.1.1 Provide initial 24/7 hypercare support
* 6.1.2 Monitor system performance and stability
* 6.2.1 Establish feedback channels (e.g., helpdesk, surveys)
* 6.2.2 Gather user feedback and identify areas for improvement
* 6.2.3 Plan for minor enhancements and bug fixes
* 6.3.1 Analyze system usage and adoption rates
* 6.3.2 Generate post-launch performance reports
* 6.4.1 Conduct post-mortem analysis and lessons learned session
* 6.4.2 Document project closure report
* 6.4.3 Release project resources
| Milestone ID | Milestone Name | Target Date (End of Week) | Deliverable(s) Achieved |
| :----------- | :-------------------------------------------- | :------------------------ | :---------------------------------------------------- |
| M1 | Requirements Sign-off | Week 4 | Detailed Requirements Document (DRD) |
| M2 | System Architecture & UI/UX Design Approval | Week 12 | SADD, UI/UX Prototypes |
| M3 | Core Modules Development Complete | Week 28 | Functional Backend & Frontend Modules |
| M4 | System Integration Complete | Week 32 | Integrated APPS with Enterprise Systems |
| M5 | UAT Sign-off | Week 38 | UAT Report & Sign-off, Test Reports |
| M6 | Pilot Deployment & Initial Training Complete | Week 42 | Production Deployment, Training Materials, Sessions |
| M7 | Post-Launch Review & Project Closure | Week 54 | Post-Mortem Report, Project Closure Report |
Phase Durations (Indicative):
| Role | FTE Allocation (Approx.) | Key Responsibilities
This document outlines the detailed project plan for the development and deployment of the "Advanced Project Planner" system. It breaks down the project into distinct phases, specifying tasks, estimated timelines, required resources, key deliverables, and high-level dependencies.
Project Title: Advanced Project Planner Development
Project Goal: To design, develop, test, and deploy a robust, user-friendly, and highly functional "Advanced Project Planner" system. This system will automate project management tasks, enhance team collaboration, provide insightful analytics, and facilitate efficient project execution and oversight, ultimately improving project success rates and resource utilization.
Scope: The project encompasses the full lifecycle of the Advanced Project Planner, from initial requirements gathering and system design to development, testing, deployment, and initial post-launch support.
The project is structured into six key phases, each with specific objectives, tasks, and deliverables.
Objective: To clearly define project scope, gather detailed requirements, establish the project team, and create a foundational project plan.
| Task ID | Task Name | Estimated Duration | Responsible Role(s) | Dependencies | Deliverables |
| :------ | :-------------------------------------------- | :----------------- | :------------------ | :----------- | :------------------------------------------- |
| 1.1 | Kick-off Meeting & Team Formation | 1 Day | Project Manager | None | Project Charter, Team Roster |
| 1.2 | Stakeholder Identification & Engagement Plan | 2 Days | Project Manager | None | Stakeholder Register, Communication Plan |
| 1.3 | Detailed Requirements Gathering (Functional & Non-Functional) | 5 Days | Business Analyst, PM | 1.2 | Requirements Document (SRS) |
| 1.4 | Use Case & User Story Definition | 3 Days | Business Analyst | 1.3 | Use Case Diagrams, User Stories |
| 1.5 | Initial Risk Assessment & Mitigation Strategy | 2 Days | Project Manager | 1.3 | Risk Register |
| 1.6 | High-Level Project Plan & Schedule Baseline | 3 Days | Project Manager | 1.3, 1.5 | Initial Project Plan (this document), Gantt Chart |
| 1.7 | Tools & Technology Stack Selection | 2 Days | Tech Lead, PM | 1.3 | Technology Stack Document |
| 1.8 | Budget Allocation & Approval | 2 Days | Project Manager | 1.6 | Approved Project Budget |
Objective: To translate requirements into a detailed technical design, define system architecture, and create database and UI/UX specifications.
| Task ID | Task Name | Estimated Duration | Responsible Role(s) | Dependencies | Deliverables |
| :------ | :-------------------------------------------- | :----------------- | :------------------ | :----------- | :------------------------------------------- |
| 2.1 | System Architecture Design (High-Level & Detailed) | 5 Days | Tech Lead, Solution Architect | 1.3, 1.7 | Architecture Document (e.g., microservices, monolith) |
| 2.2 | Database Schema Design | 4 Days | Database Architect, Backend Dev | 2.1 | Database Schema, ERD |
| 2.3 | API Design & Documentation | 4 Days | Backend Developer | 2.1 | API Specifications (OpenAPI/Swagger) |
| 2.4 | User Interface (UI) Design & Wireframing | 5 Days | UI/UX Designer | 1.4 | Wireframes, Mockups |
| 2.5 | User Experience (UX) Flow & Prototyping | 4 Days | UI/UX Designer | 2.4 | Interactive Prototypes, User Flow Diagrams |
| 2.6 | Security Design & Compliance | 3 Days | Security Architect, Tech Lead | 2.1 | Security Design Document |
| 2.7 | Infrastructure Planning & Setup | 3 Days | DevOps Engineer | 2.1 | Infrastructure-as-Code (IaC) scripts, Cloud environment setup |
| 2.8 | Design Review & Approval | 2 Days | PM, Tech Lead, Stakeholders | 2.1-2.6 | Approved Design Documents |
Objective: To build the core functionalities of the Advanced Project Planner based on the approved design specifications.
| Task ID | Task Name | Estimated Duration | Responsible Role(s) | Dependencies | Deliverables |
| :------ | :-------------------------------------------- | :----------------- | :------------------ | :----------- | :------------------------------------------- |
| 3.1 | Environment Setup & Tooling Configuration | 3 Days | DevOps Engineer, Dev Team | 2.7 | Dev/Staging environments, CI/CD pipeline setup |
| 3.2 | Backend Development (Core Modules) | 4 Weeks | Backend Developers | 2.2, 2.3 | Functional APIs, Database Integration |
| 3.3 | Frontend Development (User Interface) | 4 Weeks | Frontend Developers | 2.4, 2.5, 3.2 | Interactive UI, Integrated with Backend |
| 3.4 | Integration of Third-Party Services (if any) | 2 Weeks | Backend Developers | 3.2 | Integrated services |
| 3.5 | Data Migration Strategy & Scripting (if applicable) | 1 Week | Database Architect, Backend Dev | 2.2 | Data Migration Plan, Scripts |
| 3.6 | Documentation (Technical & User) | Ongoing | Tech Writers, Dev Team | 3.2, 3.3 | API Docs, Code Comments, Draft User Manual |
| 3.7 | Regular Code Reviews & Refactoring | Ongoing | Tech Lead, Dev Team | 3.2, 3.3 | Clean, maintainable code |
| 3.8 | Unit & Integration Testing by Developers | Ongoing | Dev Team | 3.2, 3.3 | Passed Unit/Integration Tests |
Objective: To thoroughly test the system, identify and fix defects, and ensure the Advanced Project Planner meets all requirements and quality standards.
| Task ID | Task Name | Estimated Duration | Responsible Role(s) | Dependencies | Deliverables |
| :------ | :-------------------------------------------- | :----------------- | :------------------ | :----------- | :------------------------------------------- |
| 4.1 | Test Plan Creation & Test Case Development | 1 Week | QA Team, Business Analyst | 1.3, 1.4, 2.8 | Comprehensive Test Plan, Test Cases |
| 4.2 | Functional Testing (System, Integration, User Acceptance) | 2 Weeks | QA Team, Business Analyst | 3.8, 4.1 | Test Reports, Defect Log |
| 4.3 | Performance Testing | 1 Week | QA Team, DevOps Engineer | 4.2 | Performance Test Report |
| 4.4 | Security Testing (Vulnerability Assessment, Penetration Testing) | 1 Week | Security Architect, QA Team | 4.2 | Security Test Report, Identified Vulnerabilities |
| 4.5 | Usability Testing & Feedback Collection | 1 Week | UI/UX Designer, QA Team, Selected Users | 4.2 | Usability Report, UI/UX Improvement Suggestions |
| 4.6 | Defect Triage, Reporting & Retesting | Ongoing | QA Team, Dev Team | 4.2-4.5 | Resolved Defects, Regression Test Results |
| 4.7 | Final User Acceptance Testing (UAT) | 1 Week | Business Analyst, Key Stakeholders | 4.6 | UAT Sign-off |
Objective: To successfully deploy the Advanced Project Planner to the production environment and make it available to end-users.
| Task ID | Task Name | Estimated Duration | Responsible Role(s) | Dependencies | Deliverables |
| :------ | :----------------- | :------------------ | :----------- | :------------------------------------------- |
| 5.1 | Production Environment Finalization | 2 Days | DevOps Engineer | 2.7, 4.6 | Ready Production Environment |
| 5.2 | Data Migration to Production (if applicable) | 1 Day | Database Architect, DevOps | 3.5, 4.6 | Migrated Data |
| 5.3 | Deployment of Application Code | 1 Day | DevOps Engineer | 4.6, 5.1 | Live Application |
| 5.4 | Post-Deployment Verification & Smoke Testing | 1 Day | QA Team, DevOps Engineer | 5.3 | Verified Production System |
| 5.5 | User Training & Documentation Finalization | 3 Days | Business Analyst, Tech Writer | 3.6, 4.7 | Training Materials, Final User Manual |
| 5.6 | Official Launch & Communication | 1 Day | Project Manager, Marketing | 5.5 | Launch Announcement, Access to System |
Objective: To provide ongoing support, monitor system performance, gather feedback, and plan for future enhancements.
| Task ID | Task Name | Estimated Duration | Responsible Role(s) | Dependencies | Deliverables |
| :------ | :-------------------------------------------- | :----------------- | :------------------ | :----------- | :------------------------------------------- |
| 6.1 | Monitoring & Performance Management | Ongoing | DevOps Engineer, Support Team | 5.4 | Performance Reports, Uptime Records |
| 6.2 | Incident Management & Bug Fixing | Ongoing | Support Team, Dev Team | 6.1 | Resolved Incidents, Bug Fixes |
| 6.3 | User Feedback Collection & Analysis | Ongoing | Business Analyst, Support Team | 5.6 | Feedback Reports, Feature Requests backlog |
| 6.4 | Minor Enhancements & Maintenance | Ongoing | Dev Team | 6.2, 6.3 | System Updates, Patches |
| 6.5 | Project Review & Lessons Learned | 1 Week (post-launch) | Project Manager, All Teams | 5.6 | Lessons Learned Document, Project Closure Report |
| 6.6 | Future Roadmap Planning | Ongoing | PM, Business Analyst, Stakeholders | 6.3 | Product Roadmap, Next Iteration Plan |
The following roles are essential for the successful execution of this project:
Success will be measured against the following KPIs:
| Risk Category | Potential Risk | Mitigation Strategy |
| :--------------------- | :-------------------------------------------------- | :------------------------------------------------ |
| Requirements | Scope creep, unclear or changing requirements | Robust change management process, detailed SRS, frequent stakeholder engagement. |
| Technical | Integration challenges, performance bottlenecks, security vulnerabilities | Early architecture review, PoCs for complex integrations, security-by-design, regular testing. |
| Resource | Key personnel departure, skill gaps | Cross-training, comprehensive documentation, external consulting/recruitment plan. |
| Schedule | Underestimated task durations, unforeseen delays | Buffer time in schedule, agile methodologies, continuous monitoring, realistic estimates. |
| Budget | Cost overruns | Strict budget tracking, contingency funds, vendor contract management. |
| User Adoption | Low user engagement post-launch | Early user involvement (UAT), comprehensive training, intuitive UI/UX, strong post-launch support. |
This detailed project plan serves as the foundational document for guiding the development of the Advanced Project Planner. It will be regularly reviewed and updated to reflect project progress and any necessary adjustments.
This document outlines the detailed resource allocation plan for "Project Phoenix: Cloud Migration Initiative," building directly upon the comprehensive project plan, tasks, and timeline established in the previous step. Effective resource allocation is critical for ensuring project success, optimizing efficiency, and managing costs.
This resource allocation plan details the specific human, financial, technical, and material resources required for each task within the "Project Phoenix: Cloud Migration Initiative." Its purpose is to:
For "Project Phoenix," resources are categorized as follows:
* Roles: Specific functions or positions required (e.g., Cloud Architect, Network Engineer, Project Manager, QA Tester, Data Migration Specialist).
* Skills: Essential competencies needed for tasks (e.g., AWS/Azure expertise, Python programming, database administration, change management).
* Personnel: Named individuals assigned to roles, where applicable and available.
* Effort (FTE/Hours): Estimated time commitment required from each individual or role.
* Budget Allocation: Specific funds earmarked for different project phases, tasks, or resource types (e.g., cloud service subscriptions, software licenses, training, contractor fees).
* Contingency: Funds reserved for unforeseen issues.
* Software/Tools: Specific applications, platforms, or licenses required (e.g., Cloud Migration Tools, CI/CD pipelines, monitoring software, collaboration platforms).
* Hardware/Infrastructure: Any physical or virtual hardware needed (e.g., temporary servers, network devices, specialized workstations).
* Cloud Services: Specific AWS/Azure/GCP services to be consumed during migration and operation.
* Physical Assets: Any physical materials required (e.g., specialized cabling, server racks, documentation printing).
* Information Assets: Existing documentation, data sets, or intellectual property crucial for the project.
The allocation process for "Project Phoenix" follows these steps:
Below is an excerpt illustrating the detailed resource allocation for key phases and tasks within "Project Phoenix." This table serves as a template; the full plan will cover all tasks identified in the project schedule.
Project Name: Project Phoenix: Cloud Migration Initiative
Project Manager: Alex Chen
| Phase/Task ID | Task Description | Required Role(s) | Assigned Resource(s) | Estimated Effort (Hours) | Key Technical Resources | Budget Allocation (USD) | Notes |
| :------------ | :----------------------------------- | :------------------------- | :------------------- | :----------------------- | :------------------------------------------- | :---------------------- | :---------------------------------------------- |
| 1.0 | Planning & Assessment | | | | | | |
| 1.1 | Initial Infrastructure Audit | Cloud Architect, Network Eng. | Sarah Lee, Mark Davis | 80 (SL), 60 (MD) | AWS/Azure Assessment Tools, Network Scanners | 15,000 (Consultant fees) | External consultant for deep network analysis. |
| 1.2 | Application Dependency Mapping | Solution Architect, Dev Lead | John Smith, Emily Ray | 120 (JS), 100 (ER) | Application Discovery Tools, CMDB Access | 5,000 (Software License) | Focus on critical applications first. |
| 1.3 | Cloud Readiness Report | Project Manager, Cloud Arch. | Alex Chen, Sarah Lee | 40 (AC), 30 (SL) | MS Office Suite, Confluence | - | Final report for stakeholder review. |
| 2.0 | Cloud Environment Setup | | | | | | |
| 2.1 | VPC/VNet Design & Implementation | Cloud Architect, Network Eng. | Sarah Lee, Mark Davis | 100 (SL), 80 (MD) | AWS/Azure Console, Terraform, Git | 2,000 (Cloud Services) | Ensure secure and scalable network topology. |
| 2.2 | IAM & Security Configuration | Security Specialist, Cloud Arch. | Lisa Green, Sarah Lee | 60 (LG), 40 (SL) | Cloud Security Tools, Compliance Checklists | 1,500 (Software License) | Adhere to least privilege and compliance. |
| 2.3 | Core Services Provisioning (DB, Storage) | Database Admin, Cloud Eng. | David Kim, Ben White | 120 (DK), 90 (BW) | AWS RDS/Azure SQL, S3/Blob Storage | 3,000 (Cloud Services) | Focus on high-availability and backup strategy. |
| 3.0 | Data Migration | | | | | | |
| 3.1 | Database Migration Planning | Data Migration Spec., DBA | Rachel Wong, David Kim | 80 (RW), 60 (DK) | AWS DMS/Azure Data Factory, SQL Clients | 10,000 (Consultant fees) | External expert for complex database schema. |
| 3.2 | Data Transfer & Verification | Data Migration Spec., QA Eng. | Rachel Wong, Tom Grey | 160 (RW), 120 (TG) | Data Validation Scripts, Cloud Storage | 5,000 (Cloud Services) | Staged migration for critical datasets. |
| 4.0 | Application Refactoring & Deployment | | | | | | |
| 4.1 | Application Code Adaptation | Software Dev (Backend), Dev (Frontend) | Emily Ray, Chris Lee | 200 (ER), 180 (CL) | VS Code, Git, Jenkins, Docker | - | Focus on cloud-native patterns. |
| 4.2 | CI/CD Pipeline Setup | DevOps Engineer, Dev Lead | Mike Brown, John Smith | 100 (MB), 80 (JS) | Jenkins/GitLab CI, Kubernetes/ECS | 1,000 (Software License) | Automate deployments to new cloud environment. |
| 5.0 | Testing & Validation | | | | | | |
| 5.1 | Functional & Performance Testing | QA Lead, QA Tester | Tom Grey, Lisa Green | 160 (TG), 120 (LG) | Selenium, JMeter, CloudWatch/Azure Monitor | 2,000 (Testing Tools) | Comprehensive testing in UAT environment. |
To ensure effective resource utilization and project success, the following strategies will be employed:
Upon completion of this step, the following will be delivered:
This detailed resource allocation plan provides the foundation for project execution. The next critical steps are:
This resource allocation plan is a living document and will be reviewed and updated regularly as the "Project Phoenix: Cloud Migration Initiative" progresses, adapting to new information and changing circumstances to ensure its continued relevance and effectiveness.
This document outlines the detailed project plan for the "PantheraHive AI Feature Integration & Launch," providing a comprehensive breakdown of tasks, timelines, resources, and dependencies. This plan is designed to guide the project team from conception through to a successful launch and initial post-launch monitoring.
* Develop and integrate a robust, scalable AI feature.
* Ensure seamless user experience and integration with existing PantheraHive workflows.
* Conduct thorough testing to guarantee quality, security, and performance.
* Execute a strategic marketing and communication plan for maximum adoption.
* Achieve a high user satisfaction rating within three months post-launch.
* Approved Project Plan & Requirements Document
* System Architecture & Design Document
* Functional AI Feature (Integrated into PantheraHive)
* Comprehensive Test Reports (Unit, Integration, UAT, Security, Performance)
* Deployment Package & Release Notes
* Marketing & Communication Materials
* Post-Launch Monitoring & Analytics Dashboard
The project is divided into five main phases, each with distinct tasks and deliverables:
* 1.1 Project Kick-off
* 1.2 Define Project Scope & Requirements
* 1.3 Market Research & Competitive Analysis
* 1.4 Resource Planning & Budget Allocation
* 1.5 Finalize Project Plan & Approvals
* 2.1 System Architecture Design
* 2.2 UI/UX Design & Prototyping
* 2.3 Backend Development
* 2.4 Frontend Development
* 2.5 API Integration & Data Modeling
* 3.1 Unit Testing
* 3.2 Integration Testing
* 3.3 User Acceptance Testing (UAT)
* 3.4 Security & Performance Testing
* 4.1 Prepare Deployment Environment
* 4.2 Final Code Review & Release Preparation
* 4.3 Production Deployment
* 4.4 Post-Launch Monitoring & Support Setup
* 4.5 Marketing & Communication Campaign Launch
* 5.1 Performance Monitoring & Bug Fixing
* 5.2 Gather User Feedback & Analytics
* 5.3 Iteration Planning & Feature Enhancements
The following table provides a detailed breakdown of each task, including its duration, start and end dates, dependencies (predecessors), and assigned resources. Dates are indicative and assume a standard 5-day work week, excluding major public holidays.
| Task ID | Task Name | Parent Task | Duration (Days) | Start Date | End Date | Predecessors | Assigned Resource(s) | Status |
| :------ | :------------------------------------------------ | :---------- | :-------------- | :----------- | :----------- | :----------- | :------------------- | :---------- |
| 1.0 | Phase 1: Planning & Discovery | | | | | | | |
| 1.1 | Project Kick-off Meeting | 1.0 | 1 | 2023-10-23 | 2023-10-23 | | PM, TL, BA | Not Started |
| 1.2 | Define Project Scope & Requirements | 1.0 | 5 | 2023-10-24 | 2023-10-30 | 1.1 | PM, BA, SA | Not Started |
| 1.3 | Market Research & Competitive Analysis | 1.0 | 7 | 2023-10-24