Software Project Estimator helps in the estimation of size, effort, cost and development time of a project at different phases of design and implementation, that too, beforehand. The estimation will be done using three techniques; COCOMO I, COCOMO II and SLIM. All three of these accommodate different design process models. The motivation behind the project was to provide a single platform to the users for effective software estimation purposes. The website is a combination of three different estimation techniques; COCOMO1, COCOMO2 and SLIM that would estimate the size, effort, cost and development time beforehand. This will result in timely project submissions, quality work, adequate resources, and there would be less chances of project failure. Incremental methodology is used because of a number of reasons. A working software is obtained quickly and early during the software lifecycle. Risk management becomes easier because erroneous parts of the software are identified at each iteration. Smaller iterations enable easy testing and debugging and flexibility of the model provides low cost if scope and requirements are to be changed. Coming to the object-oriented approach, it us used because of its useful aspects like code reusability, flexibility, reliability.

A statistical estimator for software projects.

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Software Project Development Effort Estimator

FastPhylo is software project containing the implementations of the algorithms "Fast Computation of Distance Estimators", "Fast Neighbor Joining", and more.

Software Cost Estimator Tools (Final Year Project)

At Mega Estimating, we focus on one thing and that is helping you win projects with accurate and affordable MEP estimating services across the USA. Our team of expert estimators use advanced software like PlanSwift, Bluebeam, and Revit to turn complex mechanical, electrical, and plumbing drawings into accurate cost estimates that you can use.

Automated Software Project Estimator tool created by students of 7th Semester BTech CSE for partial fulfillment of the requirement of Bachelor of Technology in Computer Science and Engineering. This project utilised Function Point Analysis and COCOMO estimation models to achieve a rough estimate of the cost and time involved in a software project.

The Mokon Software Project Estimator

The Software Project Cost Estimator is a web-based application designed to provide accurate cost estimations for software projects. The estimator uses Data Science learning algorithms and regression techniques to predict the cost based on project details such as the number of lines of code, complexity, team experience, and development time.

Machine learning-based software project estimator for predicting cost and effort using Random Forest and analogous estimation.

Professional Project Cost Estimation Use our calculators to estimate costs for software, apps, IT, and design projects. Plan your budget effectively. Cost Estimator: Software, App, IT UI

The aim of this project is implementing a level indicator composed by and ultrasonic ranging sensor and a ranging estimator exchanging a trig and an echo response signal and a level output (provided by the ranging estimator) using the Model based software design approach in Matlab and simulink.

AI-Requirement-Analyzer-Estimator is an intelligent dual-AI system that transforms client software requirements into structured, professional project insights. Built using FastAPI, Google Gemini 2.5 Flash, and OpenAI GPT, it analyzes project descriptions to estimate complexity, developer count, timelines, and potential risks.