gabrielalexandru

My name is Florin Alecsoiu
- Date of birth: 11/08/1963
- Education: Faculty TCM, TCM specialization (current specialty mechanical engineering), class of 1988
- Certificate in Public Procurement in 2009
- Graduated in 2013 business plan
- Occupation: mechanical engineer; maintenance of fixed assets and oversight of maintenance (output specifications and monitoring the contracts for services purchased from third parties)
- Experience in this job: 8 years
-Skills in 3D graphics programs
AUTOCAD - advanced
AUTODESK INVENTOR - advanced
CATIA V5 - medium
- Average knowledge of English and French languages
- Advanced knowledge of using Word, Excel and Powerpoint
- Contact: e-mail alexandru.alecsoiu@gmail.com

Work Terms

I am mechanical engineer and I use parametric design programs since 2010.

These programs allows the precise realization of 3D projects, both individual parts and assemblies, as well as the associative generation, based on the 3D models of the 2D execution and assembly drawings.
Its are called "parametric design programs" because at any time you modify a previously defined size or property (parameter), automatic whole modeled body changes.

This attribute saves time and facilitates the multiple versions which can then be virtually tested. It also allows the creation of families of parts, which have the same characteristics, but different sizes; for example, you build a single pencils holder, but by editing a table cntaining surface dimensions, are assigned multiple values for the same size (i.e for height) and for each value assigned you get a different pencils holder.

These programs are made in modular form, including modules for 3D modeling of individual parts and assemblies, 2D drawing, modeling of sheet metal parts, import/export of various formats and photorealistic representation (rendering).

Programs are used extensively in industry, in the design. The resulted files can be exported in different formats (.stl, .igs, .stp or other) that can be read by machine tools with numerical control and thus can be obtained physical parts.

Basically, from a drawing, a sketch or even from verbal descriptions, you can create 3D graphic model of a solid body which can be exported as a file format that can be read by machines with numerical control, in order to obtain the physical object.

I also use dedicated software for FEA, which means that I can virtually test the 3D model, in order to find out if the real object will resists in exploitation.

You can find in my profile some previous works, to have an image of my skills.

I am available to work 10 hours per week, hourly rate 9$.

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