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$20 USD/uro
Zastava ARGENTINA
la plata, argentina
$20 USD/uro
Trenutno je 9:40 pop. tukaj
Datum pridružitve januar 21, 2019
0 Priporočila

Pedro Pablo M.

@MitidieriPedro

 0,0 (0 ocen)
0,0
0,0
0%
0%
$20 USD/uro
Zastava ARGENTINA
la plata, argentina
$20 USD/uro
Ni relevantno
Opravljeno delo
Ni relevantno
V okviru proračuna
Ni relevantno
Pravočasno
Ni relevantno
Stopnja ponovnega najema

Aeronautical Engineer

I am an eager young professional with a solid theoretical background and remarkable experience in mathematics, physics, structural and mechanical design and calculus, modelling of dynamics systems, control and modelling and analysis with specific software. Nowadays, I am working as a professor assistant at Univesity in the field of Dynamics, Control, Automation and Guidance while I am also part of the research team. In addition, I work as a structural designer and calculator. I use a theoretical approach and then I validate the results with a 3D model and FEM.
Freelancer Python Developers Argentina
Glej vse Python Developers v Argentina

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Portfelj

4838517
This job comprises the rough design of a Kayak skull and the mechanism to position a bicycle on the Kayak and use it to propel and guide the embarkation. The skull was designed to be as stable as possible while being comfortable for a person to use it without the bike. The mechanism was devised to be easily removable and waterproof.
Design and Render of a mechanism to propel and guide a Kayak
4838512
It is a research project. I had to design the control system for and agricultural aircraft. It should keep a constant height from the top of the crop and speed with respect to the incidental air to homogeneously spread the product. In addition, it should be able to vertically avoid obstacles by changing the reference and, after completion of the avoidance, it should continue spreading the product. The control was design by LQQ and affine parameterization. It was tested on Simulink with a non-linear plant. Finally, the simulation was visualized with FlightGear.
Design of Control System and its Simulation with Matlab and
4838510
For this job, it was required to design a steel, deformable, light-weight structure to absorb all the possible energy of an impact. Another requirement was that the deformed structure should have a minimum length, because the component to protect was in the middle of the structure. The design was completed on Abaqus doing a dynamic analysis of the different possibilities.
Dynamic analysis of an impact structure
4838508
The job consisted in the design of both guides for a mobile roof, which was approximately 20 metres wide and 40 metres long. In addition, it was required to design the mechanism that allow the roof to slide on the guide. First, the structural safety of the guide was assessed. It was necessary to choose the cross section so that it could bear the weight of the structure. Second, the structural loads on the 4 fastening elements were known, hence an assessment of the structural safety of the bolts was made for each one. Thirdly, the fastening elements, which could be partially seen in the image, were studied and modified to fulfil structural requirements. The job was completed with a preliminary theoretical approach and finish with a Finite Element Analyses for more precise results.
Structural design of a guide mechanism
4838517
This job comprises the rough design of a Kayak skull and the mechanism to position a bicycle on the Kayak and use it to propel and guide the embarkation. The skull was designed to be as stable as possible while being comfortable for a person to use it without the bike. The mechanism was devised to be easily removable and waterproof.
Design and Render of a mechanism to propel and guide a Kayak
4838512
It is a research project. I had to design the control system for and agricultural aircraft. It should keep a constant height from the top of the crop and speed with respect to the incidental air to homogeneously spread the product. In addition, it should be able to vertically avoid obstacles by changing the reference and, after completion of the avoidance, it should continue spreading the product. The control was design by LQQ and affine parameterization. It was tested on Simulink with a non-linear plant. Finally, the simulation was visualized with FlightGear.
Design of Control System and its Simulation with Matlab and
4838510
For this job, it was required to design a steel, deformable, light-weight structure to absorb all the possible energy of an impact. Another requirement was that the deformed structure should have a minimum length, because the component to protect was in the middle of the structure. The design was completed on Abaqus doing a dynamic analysis of the different possibilities.
Dynamic analysis of an impact structure
4838508
The job consisted in the design of both guides for a mobile roof, which was approximately 20 metres wide and 40 metres long. In addition, it was required to design the mechanism that allow the roof to slide on the guide. First, the structural safety of the guide was assessed. It was necessary to choose the cross section so that it could bear the weight of the structure. Second, the structural loads on the 4 fastening elements were known, hence an assessment of the structural safety of the bolts was made for each one. Thirdly, the fastening elements, which could be partially seen in the image, were studied and modified to fulfil structural requirements. The job was completed with a preliminary theoretical approach and finish with a Finite Element Analyses for more precise results.
Structural design of a guide mechanism

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Stopite v stik s/z Pedro Pablo M. glede vašega dela

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