Criticize the following schedule :

Workload Estimate for 6-Month MVP C2 Development

a Command and Control (C2) System and Data Sharing Web UI for ou client. Our client has identified the need for a sophisticated web application designed to enhance their operational capabilities in the field of marine robotics. This application is envisioned to serve as a central hub for planning, executing, and managing robotic missions for USVs and AUVs. The application will cater to both internal operational needs, such as controlling a fleet of robots, and external commercial services, such as selling maritime data to clients globally. The first job is to build a MVP version.

Team Composition
Web Engineer (full-time)
Full Stack Engineer (full-time)
Backend Engineer (ROS Specialist, part-time)
UX Designer (part-time)
Project Manager (part-time, overseeing)

Monthly Workload Breakdown

Month 1:

Web Engineer:
Set up frontend development environment
Implement basic mission planning interface
Create initial robot status visualization

Full Stack Engineer:
Configure backend environment (Django or Java)
Design database schema for mission and robot data
Implement user authentication system

Backend Engineer:
Set up ROS environment
Design ROS node architecture for data gathering from robots
Begin implementation of ROS nodes for local sensor integration (GPS)

Month 2:

Web Engineer:
Develop 2D map component for mission visualization
Implement client-side real-time data updates
Create vehicle selection interface

Full Stack Engineer:
Develop RESTful API endpoints for mission CRUD operations
Implement server-side real-time data transmission
Create data models and controllers for vehicle and sensor management

Backend Engineer:
Continue development of ROS nodes for local sensor integration
Implement basic data collection from robots pre and post-mission

Month 3:

Web Engineer:
Implement offline capabilities
Develop real-time data visualization components

Create sensor management interface

Full Stack Engineer:
Implement advanced database queries
Develop data export functionality to ROSBAG and JSON formats
Create system configuration management API

Backend Engineer:
Finalize ROS nodes for local sensor integration
Develop communication bridge between ROS and backend

Month 4:

Web Engineer:
Enhance mission planning tools
Implement user preference settings
Develop notification system

Full Stack Engineer:
Implement basic data analytics features
Develop API for advanced mission planning
Begin implementation of data synchronization mechanism

Month 5:

Web Engineer:
Implement advanced data visualization options
Develop control dashboards
Create interface for points of interest

Full Stack Engineer:
Finalize data synchronization mechanism
Implement advanced error recovery procedures
Develop API documentation

Backend Engineer:
Refine and optimize ROS nodes for data gathering
Implement additional features for radio communication integration

Month 6:

Web Engineer:
Conduct cross-browser and cross-device testing
Implement final UI/UX improvements
Develop user onboarding process

Full Stack Engineer:
Conduct system-wide integration testing
Implement final security enhancements
Optimize API performance

Backend Engineer:
Conduct final testing of ROS nodes with actual hardware
Prepare ROS components for deployment on target systems

Milestones

Milestone 1: Core Functionality (End of Month 2)
Basic mission planning and visualization
Fundamental robot status display and data gathering
Initial user authentication and data management

Milestone 2: Enhanced Features (End of Month 4)
Offline capabilities and advanced mission planning
Real-time data visualization and sensor management
Integration of local sensors and initial robot data collection

Milestone 3: MVP Completion (End of Month 6)
Advanced data analytics and visualization
Robust error handling and system optimization
Full integration with local sensors and robot data gathering
Comprehensive testing, documentation, and deployment preparation

UX Design and Project Management

Throughout the development process, the part-time UX Designer and Project Manager will:

UX Designer:

Conduct user research and create user personas
Develop wireframes and prototypes for key features
Conduct regular usability testing and provide design iterations
Create and maintain a consistent design system

Project Manager:

Oversee progress and manage the project backlog
Facilitate communication between team members
Ensure alignment with MVP goals and timelines
Manage risk and address any blockers or issues

Architecture-Specific Tasks

The team will address the following architecture-specific tasks:
Develop a web application compatible with mobile devices and laptops
Implement the core C2 application to run on the Local Rugged Server
Create a data bridge between devices and local sensors/hardware
Develop ROSBAG synchronization with the distant server
Implement local network functionality for connecting devices and server
Create interfaces for optional internet connection and remote access
Develop data management system compatible with on-premise NAS