Alejandro G. Profile

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$20 USD / hour

teo,

spain

$20 USD / hour

Şu anda burada saat 1:15 ÖÖ

Haziran 14, 2015 tarihinde katıldı

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Alejandro G.

@AlexGaso

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(0 değerlendirme)

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$20 USD / hour

teo,

spain

$20 USD / hour

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Tekrar İşe Alınma Oranı

Multidisciplinar Engineer

Working in several R&D projects from concept to development forced me to investigate on a myriad of topics and appreciate the multiple inputs and perspectives from different people and fields. From mechanical structures or aerodynamics to drawing and graphic design going through programming and web development. I am versatile and can either define the broad picture of the project or develop a specific area in a field I have proficiency in.

Python Developers freelancerlarından Spain içinden olanlarının tümünü görün.

Alejandro G. ile işiniz hakkında iletişime geçin

Detayları sohbet üzerinden tartışmak için giriş yapın.

Portföy

This aircraft is meant to be slow, solar, very efficient and very stable; a perfect platform to develop a pseudo satellite that can be airborne for long periods of time.

The inicial configuration started on the idea of connecting the wing and tail surfaces to take advantage of some aerodynamic effects. However, the interesting part was the position of the engine right in the center of the aircraft. This allowed for smooth manouvers since the force from the engine and propeller was aligned with the center of mass.

Connecting the wing and tail surfaces lead to a big wing surface overall that opened the posibility of using solar power like many soaring UAVs already do. And the closed rhombus geometry was perfect to integrate a big antenna for communications.

More details in:
www.alexgaso.com/projects/pseudo-satellite-electric-uav

Long-endurance and stable electric pseudo satellite concept

How added devices modify the performance of fixed-pitch wind turbine generators? Information gathered from a maintenance company, an experimental wind farm and a university was used to complete this thesis.

The objective of this study was the analysis of the power performance of a fixed-pitch wind turbine generator and evaluate the convenience of adding devices to modify the aerodynamics of the blades.

Aerodynamic devices to improve the performance of a WTG

A completely different approach and solution for electric planes. The aim of this project is to make an impression, propose an attractive image and motivate further acceptance and new ideas on the whole range of electric vehicles by introducing the electric plane into the aerobatics and competition sector.

Trasgo: a new concept for a powerful electric aircraft

4965146

System to visually inspect the surfaces of the blades of the wind turbines without the need to stop the turbine. Concept, design and development done for IMFuture company.

State of the art technologies so far always needed to stop the turbine to take pictures of the blades, this stopped production, wasted management time and therefore income for the wind farm. With this innovative system we could inspect any turbine without stop and without any required action on the turbine, saving time and money.

This system hardware was 3d printed and the software was coded in Arduino, python and html, css and javascript.

Embeded system on a drone to inspect wind turbines

Long-endurance and stable electric pseudo satellite concept

Aerodynamic devices to improve the performance of a WTG

Trasgo: a new concept for a powerful electric aircraft

4965146

Embeded system on a drone to inspect wind turbines

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Deneyim

IM Future

Haz 2017 - Şub 2019 (1 yıl, 8 ay)

Concept, design and development of an innovative solution to perform visual and infrared blade inspections without stopping the WTG using an embedded system on a drone. Hardware developed using a 3D printer and software coded in arduino and python. Design and development of a web aplication to identify and catalog damages on blades images. Coded in HTML, CSS and javascript. Academic and technical consulting. (Physics, aerodynamics, structures, heat dissipation, etc) Blade factory audits.

Colyaer

Tem 2016 - Şub 2017 (7 ay, 1 gün)

Redesign of existing parts, systems and processes. Verification and control on production and final quality assessment.

IM Future

Oca 2016 - Tem 2016 (6 ay, 1 gün)

Research on aerodynamics of wind blades. Technical support on aerodynamics Use of a 3D printer. Design and drawing of 3D models of items and tools for internal use.