By automating the process with CAD software and algorithms, the project seeks to ideally lower moulding costs. The creation of moulds will go more quickly thanks to this CAD project. Little additional work will be required once the project is operating. The technique for producing complex geometry has been successful. The creation of automated software for developing injection moulding side motions was made possible thanks to the CAD project.

One of mankind’s most important needs is the need for shelter. All around the world people live in lack of this basic need. Colombia is a South American country heavily burdened by civil war for many years. This has led to that many people have moved to the larger cities with large slum areas and bad living conditions.

Our main goal is to create, assemble, and test an automated traverse for holding measuring probes in the low speed wind tunnel. The device should only slightly disrupt the flow. Its movements must be able to cover 80% of the test region in three dimensions.

Camshafts are an essential part of combustion engines. They control the intake and exhaust valves' opening and closing, which affects an engine's performance in a variety of ways. Valves control both the entry of the air-fuel mixture into the combustion chamber and the exit of combustion gases.

The front and rear suspension systems for our solar-powered vehicles are what we are primarily focused on designing as the solar car suspension team. The majority of solar cars on the market now are made for cross-country competitions, but our objective is simply to break the land speed record for a solar car. This indicates that our design will be unique from current solar automobiles. To design the solar automobile, we will collaborate with teams from the business, aerospace, structures, and steering fields.

It is ideal to be able to drill as close to the tunnel edge as feasible when drilling blast holes. The rockdrill's radial size determines the minimum distance from the edge. The majority of today's rock drills use a rotary motor that rotates an axel perpendicular to the shank, which is then rotated by a gear set. Thus, the rock drill becomes heavy.