This app integrates an interactive 3D model of a Marine Diesel Engine, designed primarily for educational purposes.

The development process of the app involved the following steps.

• Creation of 3D Model for the Diesel Engine using CAD Software
• Crafting interactive animations and functionalities, along with integrating materials and scenes using Blender.
• The export of the 3D scene and objects was accomplished through the THREE.js library. The implementation of the web form involved JavaScript functions, alongside foundational HTML and CSS code.

This app, designed primarily for educational purposes, exhibits how the RADAR interpretes relative motion.

The development process of the app involved the following steps.

• Creation of 3D Models for the ships and the 3D enviromen using Blender.
• Crafting interactive animations and functionalities, along with integrating materials and scenes using Blender.
• The export of the 3D scene and objects was accomplished through the THREE.js library. The implementation of the web form involved JavaScript functions, alongside foundational HTML and CSS code.

This static website serves as a platform for showcasing a local workshop. Featuring a contemporary design and modern menu, the site provides business information and highlights accomplishments.

The development process of the Web Site was made using BOOTSTRAP and included the following.

• Creation of business Logos and photographic material appropriate for web-site contetnt.
• The website layout is 100% responsive giving a nice navigation
• Alongside website construction, hosting and Google-friendly optimization were also provided. The site's high search engine ranking was achieved without incurring additional fees.

This simple HTML form enables the user to insert the necessary input data in order for the CPM Crash Algorithm to run. This algorithm is used in Project management for optimizing the timescedule of the project.

The development process of the Web-App was made using FLASK framework and included the following.

• Creation of the script that implements the CPM-Crash Algorithm in PYTHON.
• The creation of the HTML form for enabling the user to input the necessary data into the script.
• In order for the script to run every time the input data is given (Server-Side Processing), a backend Python script was written (Flask framework).
• Finally, the web-App was deployed in a web server and a virtual enviroment was built for the installation of the necessary modules.

You can use the App, by click the button below.

This simple HTML form enables the user to select a stock timeseries and simulate the results in terms of profit when a simple buy/sell policy is implemented.

The development process of the Web-App was made using FLASK framework and included the following.

• Creation of the script that implements the buy/sell policy in PYTHON.
• The creation of the HTML form for enabling the user to input the necessary data into the script.
• In order for the script to run every time the input data is given (Server-Side Processing), a backend Python script was written (Flask framework).
• Finally, the web-App was deployed in a web server and a virtual enviroment was built for the installation of the necessary modules.

You can use the App, by click the button below.

A 3D scene and 3D objects generated by code-based Typescript libraries.

The main feature of this project is the implementation of the Three-ts-csg library, which can perform boolean operations on 3D objects

• Creation of the 3D scene, objects and including the three.ts-cgs Library.
• Designing the layout, controls and figuring out how to use the Boolean utilities.
• Designing a user-friendly UI elements and guide-steps for testing the functionalities of the App.
• Finally, the web-App was deployed in a web server, providing the necessary services.

You can use the App, by click the button below.