‘My Alicia’ Project
The motor yacht spans 50m and was built originally in 1930. The owner extended the yacht by 7m and replaced 90% of the steelwork.
MedTec was contracted out by Canark to do pipe routing systems on the boat. The 3D modelling software was Autodesk Inventor 2017 combined with a database called Vault 2017, which allowed multiple people to use the assembly model at once. We were supplied with the surface models and the structure. Their engineers had created ACAD 2d drawings schematics of the routing systems, which included chilled water, greywater, black water, HVAC, mech vent, hydrant, bilge, and hydraulics.
Our goal was to 3d route around the ship to take all the different systems and route it in such a way to allow for access and clearance around the steelwork. As the project progressed, it became clear that the interiors (net space) needed modelling into the overall assembly. DU provided 2d ACAD drawings with various plan and section views showing the panelling and access hatches. MedTec undertook the task of 3D modelling all the interior and access areas it became clear that this was vital in the way the pipe routing was laid out.
Once the pipe routing was agreed upon and approved, the next task was to create isometric piping layout drawings using our 3d model pipe routing. This also allowed the BOM to be accurate quantities for valves, elbows, and flanges, etc. Also, we were tasked to add the electrical trays out, again using basic supplied drawings. We 3d modelled the trays in position. 2D drawings were created to show positions and sizing. MedTec was involved in the project for around 2 years with a team totaling 8 people.
Her launch was in August 2018.
MedTec’s Maritime Services
MedTec Design services can support and assist the marine environment throughout all phases of the design process. Our experienced and adaptable team possesses a sound knowledge of marine modelling and detailing skill sets.
Using the very latest computer design software and hardware options, MedTec can create fully parametric 3D models for real-world operation.
Modelling with parametric systems gives us the flexibility to update and modify as required, which speeds up the prototype and design processes. These models allow us to produce both high-quality structured and fluently laid out drawings that cover general arrangement, fabrication, installation, and many more formats.