terra-1 System Requirements Document

Introduction

This document outlines the system requirements for the project named "terra-1." The project aims to enhance various operational efficiencies and optimizations within the specified domains.

System Overview

The terra-1 project focuses on improving operational efficiencies across multiple areas, including oil yield, maintenance costs, laminate yield, steam and fuel usage, labor productivity, startup scrap, compressed air usage, changeover times, packaging optimization, and scrap realization.

Functional Requirements as Story Points

• As a Production Manager, I should be able to implement strategies for Oil Yield Improvement to maximize output.
• As a Maintenance Engineer, I should be able to identify and execute R&M Cost Reduction measures to lower maintenance expenses.
• As a Quality Control Specialist, I should be able to enhance Laminate Yield Improvement to reduce material waste.
• As an Energy Manager, I should be able to optimize Steam & Fuel usage to improve energy efficiency.
• As a Human Resources Manager, I should be able to track and enhance Labour Productivity to increase workforce efficiency.
• As a Production Supervisor, I should be able to reduce Startup Scrap to minimize initial production waste.
• As an Operations Manager, I should be able to optimize Compressed Air usage to reduce energy consumption.
• As a Process Engineer, I should be able to implement SMED & Changeover Reduction techniques to decrease downtime.
• As a Packaging Specialist, I should be able to optimize Packaging GSM to improve material usage.
• As a Financial Analyst, I should be able to enhance Scrap Realization to increase revenue from waste materials.

User Personas

• Production Manager: Oversees production processes and aims to improve output and efficiency.
• Maintenance Engineer: Focuses on reducing maintenance costs and improving equipment reliability.
• Quality Control Specialist: Ensures product quality and reduces material waste.
• Energy Manager: Manages energy consumption and seeks efficiency improvements.
• Human Resources Manager: Enhances workforce productivity and efficiency.
• Production Supervisor: Manages production lines and reduces waste.
• Operations Manager: Optimizes operational processes and resource usage.
• Process Engineer: Implements process improvements to reduce downtime.
• Packaging Specialist: Focuses on optimizing packaging materials and processes.
• Financial Analyst: Analyzes financial data to enhance revenue from scrap materials.

Core User Flows

• Production Manager reviews oil yield data -> Identifies improvement areas -> Implements strategies -> Monitors results
• Maintenance Engineer analyzes R&M costs -> Identifies cost-saving opportunities -> Executes reduction measures -> Tracks savings
• Quality Control Specialist inspects laminate yield -> Identifies waste areas -> Implements improvements -> Monitors yield
• Energy Manager reviews steam & fuel usage -> Identifies optimization opportunities -> Implements changes -> Monitors efficiency
• Human Resources Manager assesses labor productivity -> Identifies improvement areas -> Implements strategies -> Monitors productivity
• Production Supervisor reviews startup scrap data -> Identifies reduction opportunities -> Implements changes -> Monitors scrap levels
• Operations Manager analyzes compressed air usage -> Identifies optimization opportunities -> Implements changes -> Monitors usage
• Process Engineer reviews changeover times -> Identifies reduction opportunities -> Implements SMED techniques -> Monitors downtime
• Packaging Specialist reviews packaging GSM -> Identifies optimization opportunities -> Implements changes -> Monitors material usage
• Financial Analyst reviews scrap realization data -> Identifies enhancement opportunities -> Implements strategies -> Monitors revenue

Visuals Colors and Theme

[Default — not specified by user]

• primary: #0057A0 (deep blue)
• primary_light: #4D8DCB (light blue)
• secondary: #F2A900 (amber)
• accent: #D9534F (red)
• highlight: #5BC0DE (cyan)
• bg: #FFFFFF (white)
• surface: #F7F7F7 (light gray)
• text: #333333 (dark gray)
• text_muted: #777777 (medium gray)
• border: #DDDDDD (light gray)

Signature Design Concept

The terra-1 homepage will feature an interactive "Efficiency Dashboard" concept. Users will interact with a dynamic dashboard that visualizes real-time data on operational efficiencies. Each section of the dashboard will represent a different optimization area (e.g., oil yield, R&M costs) with interactive graphs and charts. Users can click on each section to drill down into detailed analytics and improvement strategies. The dashboard will use smooth transitions and animations to guide users through the data, creating an engaging and informative experience.

Landing Hero Motion Brief

The landing page will feature a continuous motion loop illustrating the transformation of raw materials into optimized outputs. The animation will start with raw materials entering a production line, transforming through various stages (e.g., energy optimization, waste reduction) and culminating in a final optimized product. This loop will be created using motion/react for smooth transitions and will be responsive to user interactions, such as hovering over different stages to reveal additional information.

Interaction Model & Motion Direction

• Intended Interaction Model: Animated
• The landing page will feature moderate scroll-triggered reveals and hover transitions. Interactive elements will have spring physics for a polished user experience. Each section will have a distinctive core mechanic, such as morphing SVGs or kinetic typography, to maintain user engagement.

Non-Functional Requirements

• The system shall ensure data accuracy and integrity across all optimization areas.
• The system shall provide real-time analytics and reporting capabilities.
• The system shall be scalable to accommodate future enhancements and additional optimization areas.
• The system shall ensure secure access control to sensitive data.

Tech Stack

[Default — not specified by user]

• Frontend: React for Web
• Backend: Python, FastAPI
• Database: MySQL or MariaDB
• AI Models: None specified
• AI Tools: None specified
• Local Orchestration: Docker, docker-compose
• Server-side Orchestration: Kubernetes

Assumptions and Constraints

• The system assumes availability of accurate and up-to-date data for all optimization areas.
• The system is constrained by existing infrastructure and resource availability.
• The system must comply with relevant industry standards and regulations.

Glossary

• GSM: Grams per Square Meter, a measure of material weight.
• SMED: Single-Minute Exchange of Dies, a lean production method for reducing changeover times.
• R&M: Repair and Maintenance, costs associated with maintaining equipment and facilities.