A closer look
at the possibilities.

This project showcases a 3D architectural model of a modern multi-storey building in SketchUp. The design combines white exterior walls, stone-textured cladding, wood accents, and large dark-glazed windows. Surrounding trees and a boundary wall provide context, while the video explores the building from different angles to highlight its façade, proportions, and exterior details.

The walkthrough also moves inside the model, revealing interior spaces, window openings, and structural divisions. These views help viewers understand the relationship between the exterior design and internal layout. The project demonstrates practical skills in architectural 3D modelling, material application, scene navigation, and visual presentation.

This project showcases a detailed 3D military tank model created in SOLIDWORKS. The design includes individually modelled components such as the body, turret, tracks, wheels, battery, cooling system, and power generation unit, brought together in a complete assembly. The video presents the assembled tank from different angles, highlighting its overall structure and component arrangement.

The walkthrough also explores individual parts and their modelling features, providing a closer look at the design behind the assembly. Shaded and wireframe views reveal external shapes and internal component placement, while a separate component layout shows how the model is organised. This project demonstrates practical skills in CAD modelling, part design, assembly organisation, and technical visualisation.

This project presents an interactive Milk Processing Automation System developed using NI LabVIEW, designed to simulate and monitor industrial milk production processes. The system features a graphical interface that demonstrates different processing stages, including raw milk handling, separation, pasteurization, homogenization, and production monitoring. Animated equipment and process indicators provide a visual representation of the milk processing workflow.

The simulation integrates real-time parameter monitoring, automated process controls, quality assessment, and safety mechanisms. Users can observe temperature readings, pressure levels, milk quality indicators, production statistics, and operational status through an interactive control panel. The system also includes contamination alerts, equipment failure warnings, and emergency stop functionality to demonstrate industrial safety and process management.

Developed using LabVIEW's Front Panel and Block Diagram programming environment, this project demonstrates the application of graphical programming in industrial automation. It provides a practical simulation of dairy processing operations, highlighting process visualization, control logic, operational efficiency, and safety monitoring within a single integrated platform.

This assignment presents a Smart Parking System using Arduino Uno, designed and simulated in Tinkercad.
Ultrasonic sensors are used to detect vehicles and monitor the availability of individual parking slots.
A servo motor controls the entrance/exit barrier, while the LCD displays parking status and available spaces.
The Arduino code automates vehicle detection, slot management, and barrier operation to create an efficient smart parking solution.

This assignment focuses on designing and simulating a secure multi-branch enterprise network using Cisco Packet Tracer.
It includes VLAN segmentation, IPv4/IPv6 addressing, inter-site routing, EtherChannel, and redundant gateway configuration using HSRP.
Network security is strengthened through features such as port security, DHCP snooping, IP inspection, and Spanning Tree protection.
The completed network is tested using ping, tracert, and device verification commands to confirm connectivity, redundancy, and correct configuration.