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CAD/CAM
Manufacturing Design
Mechanical Engineering
Product Design
Solidworks
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$15 USD / hora
Bandera de UKRAINE
kryvyi rih, ukraine
$15 USD / hora
Aquí son las 6:37 a. m.
Se unió el julio 31, 2017
0 Recomendaciones

Dmytro R.

@DmRiazanov

 5,0 (1 comentario)
2,9
2,9
100%
100%
$15 USD / hora
Bandera de UKRAINE
kryvyi rih, ukraine
$15 USD / hora
100 %
Trabajos finalizados
100 %
Dentro del presupuesto
100 %
A tiempo
N/A
Tasa de recontratación

Mechanical design engineer

Hi! My name is Dmytro. I'm a master of mechanical engeering. My specialty is machine building technology. My main work is to develop technical documentation for different kinds of machines or mechanisms. My experience in design is over 10 years. I have knowledge in: - methodical and normative materials touching designer pre-production; - standards and methodology of development and registration of drafts and other designer documentations; - interchangeability and standardization; - construction materials and their properties; I have skills in: - working with the large assembling or drafts; - reading and preparing applicable technical information; - to offer the changes of construction for providing of simplicity, functionality and economically effective results; - to analyze and develop technological processes of treatment of metal; My using programs are: - Kompas 3D; - Solid Works; - Autodesk Inventor; - AutoCAD Mechanical; Feel free and write to me. Will be glad to answer to your questions.
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Portafolio

11842669
All dimensions were taken from the existing cabin. 2D drawings were completed for production. The work was performed in production in Poland.
Ursus C330/360 tractor's cabin
All dimensions were taken from the existing cabin. 2D drawings were completed for production. The work was performed in production in Poland.
Ursus C330/360 tractor's cabin
All dimensions were taken from the existing cabin. 2D drawings were completed for production. The work was performed in production in Poland.
Ursus C330/360 tractor's cabin
All dimensions were taken from the existing cabin. 2D drawings were completed for production. The work was performed in production in Poland.
Ursus C330/360 tractor's cabin
All dimensions were taken from the existing cabin. 2D drawings were completed for production. The work was performed in production in Poland.
Ursus C330/360 tractor's cabin
All dimensions were taken from the existing cabin. 2D drawings were completed for production. The work was performed in production in Poland.
Ursus C330/360 tractor's cabin
10830893
The main task was to execute the design documentation for this cultivator. All parts of the project was developed from 0. I made a 3D model with the subsequent release of 2D documentation. The whole job took over 1 months. Working width 8 m.
Cultivator
The main task was to execute the design documentation for this cultivator. All parts of the project was developed from 0. I made a 3D model with the subsequent release of 2D documentation. The whole job took over 1 months. Working width 8 m.
Cultivator
The main task was to execute the design documentation for this cultivator. All parts of the project was developed from 0. I made a 3D model with the subsequent release of 2D documentation. The whole job took over 1 months. Working width 8 m.
Cultivator
The main task was to execute the design documentation for this cultivator. All parts of the project was developed from 0. I made a 3D model with the subsequent release of 2D documentation. The whole job took over 1 months. Working width 8 m.
Cultivator
10734581
The main task was to execute the design documentation for this conveyor. I took all the dimensions from each element of the conveyor independently. Then I made a 3D model with the subsequent release of 2D documentation. Center distance is 19,5 m.
Conveyor 19.5 m
The main task was to execute the design documentation for this conveyor. I took all the dimensions from each element of the conveyor independently. Then I made a 3D model with the subsequent release of 2D documentation. Center distance is 19,5 m.
Conveyor 19.5 m
10686413
The main task was to execute the design documentation for this spiral classifier for ore pulps. I took all the dimensions from each element of the spiral classifier for ore pulps independently. Then I made a 3D model with the subsequent release of 2D documentation. Spiral diameter - 2400 mm, spiral length - 12920 mm. Total classifier length - 14690 mm, total classifier width - 2832 mm, total classifier height - 4905 mm, total mass of the classifier - 31 000 kg. The whole job took over 3 months.
Spiral classifier for ore pulps
The main task was to execute the design documentation for this spiral classifier for ore pulps. I took all the dimensions from each element of the spiral classifier for ore pulps independently. Then I made a 3D model with the subsequent release of 2D documentation. Spiral diameter - 2400 mm, spiral length - 12920 mm. Total classifier length - 14690 mm, total classifier width - 2832 mm, total classifier height - 4905 mm, total mass of the classifier - 31 000 kg. The whole job took over 3 months.
Spiral classifier for ore pulps
The main task was to execute the design documentation for this spiral classifier for ore pulps. I took all the dimensions from each element of the spiral classifier for ore pulps independently. Then I made a 3D model with the subsequent release of 2D documentation. Spiral diameter - 2400 mm, spiral length - 12920 mm. Total classifier length - 14690 mm, total classifier width - 2832 mm, total classifier height - 4905 mm, total mass of the classifier - 31 000 kg. The whole job took over 3 months.
Spiral classifier for ore pulps
The main task was to execute the design documentation for this spiral classifier for ore pulps. I took all the dimensions from each element of the spiral classifier for ore pulps independently. Then I made a 3D model with the subsequent release of 2D documentation. Spiral diameter - 2400 mm, spiral length - 12920 mm. Total classifier length - 14690 mm, total classifier width - 2832 mm, total classifier height - 4905 mm, total mass of the classifier - 31 000 kg. The whole job took over 3 months.
Spiral classifier for ore pulps
The main task was to execute the design documentation for this spiral classifier for ore pulps. I took all the dimensions from each element of the spiral classifier for ore pulps independently. Then I made a 3D model with the subsequent release of 2D documentation. Spiral diameter - 2400 mm, spiral length - 12920 mm. Total classifier length - 14690 mm, total classifier width - 2832 mm, total classifier height - 4905 mm, total mass of the classifier - 31 000 kg. The whole job took over 3 months.
Spiral classifier for ore pulps
The main task was to execute the design documentation for this spiral classifier for ore pulps. I took all the dimensions from each element of the spiral classifier for ore pulps independently. Then I made a 3D model with the subsequent release of 2D documentation. Spiral diameter - 2400 mm, spiral length - 12920 mm. Total classifier length - 14690 mm, total classifier width - 2832 mm, total classifier height - 4905 mm, total mass of the classifier - 31 000 kg. The whole job took over 3 months.
Spiral classifier for ore pulps
The main task was to execute the design documentation for this spiral classifier for ore pulps. I took all the dimensions from each element of the spiral classifier for ore pulps independently. Then I made a 3D model with the subsequent release of 2D documentation. Spiral diameter - 2400 mm, spiral length - 12920 mm. Total classifier length - 14690 mm, total classifier width - 2832 mm, total classifier height - 4905 mm, total mass of the classifier - 31 000 kg. The whole job took over 3 months.
Spiral classifier for ore pulps
10692325
The main task was to execute the design documentation for this cultivator. All parts of the project was developed from 0. I made a 3D model with the subsequent release of 2D documentation. The whole job took over 1 months. Working width 4,5 m.
Cultivator
The main task was to execute the design documentation for this cultivator. All parts of the project was developed from 0. I made a 3D model with the subsequent release of 2D documentation. The whole job took over 1 months. Working width 4,5 m.
Cultivator
The main task was to execute the design documentation for this cultivator. All parts of the project was developed from 0. I made a 3D model with the subsequent release of 2D documentation. The whole job took over 1 months. Working width 4,5 m.
Cultivator
The main task was to execute the design documentation for this cultivator. All parts of the project was developed from 0. I made a 3D model with the subsequent release of 2D documentation. The whole job took over 1 months. Working width 4,5 m.
Cultivator
The main task was to execute the design documentation for this cultivator. All parts of the project was developed from 0. I made a 3D model with the subsequent release of 2D documentation. The whole job took over 1 months. Working width 4,5 m.
Cultivator
10692333
The video shows the transformation of the cultivator into working position.
Cultivator (video)
11842669
All dimensions were taken from the existing cabin. 2D drawings were completed for production. The work was performed in production in Poland.
Ursus C330/360 tractor's cabin
All dimensions were taken from the existing cabin. 2D drawings were completed for production. The work was performed in production in Poland.
Ursus C330/360 tractor's cabin
All dimensions were taken from the existing cabin. 2D drawings were completed for production. The work was performed in production in Poland.
Ursus C330/360 tractor's cabin
All dimensions were taken from the existing cabin. 2D drawings were completed for production. The work was performed in production in Poland.
Ursus C330/360 tractor's cabin
All dimensions were taken from the existing cabin. 2D drawings were completed for production. The work was performed in production in Poland.
Ursus C330/360 tractor's cabin
All dimensions were taken from the existing cabin. 2D drawings were completed for production. The work was performed in production in Poland.
Ursus C330/360 tractor's cabin
10830893
The main task was to execute the design documentation for this cultivator. All parts of the project was developed from 0. I made a 3D model with the subsequent release of 2D documentation. The whole job took over 1 months. Working width 8 m.
Cultivator
The main task was to execute the design documentation for this cultivator. All parts of the project was developed from 0. I made a 3D model with the subsequent release of 2D documentation. The whole job took over 1 months. Working width 8 m.
Cultivator
The main task was to execute the design documentation for this cultivator. All parts of the project was developed from 0. I made a 3D model with the subsequent release of 2D documentation. The whole job took over 1 months. Working width 8 m.
Cultivator
The main task was to execute the design documentation for this cultivator. All parts of the project was developed from 0. I made a 3D model with the subsequent release of 2D documentation. The whole job took over 1 months. Working width 8 m.
Cultivator
10734581
The main task was to execute the design documentation for this conveyor. I took all the dimensions from each element of the conveyor independently. Then I made a 3D model with the subsequent release of 2D documentation. Center distance is 19,5 m.
Conveyor 19.5 m
The main task was to execute the design documentation for this conveyor. I took all the dimensions from each element of the conveyor independently. Then I made a 3D model with the subsequent release of 2D documentation. Center distance is 19,5 m.
Conveyor 19.5 m
10686413
The main task was to execute the design documentation for this spiral classifier for ore pulps. I took all the dimensions from each element of the spiral classifier for ore pulps independently. Then I made a 3D model with the subsequent release of 2D documentation. Spiral diameter - 2400 mm, spiral length - 12920 mm. Total classifier length - 14690 mm, total classifier width - 2832 mm, total classifier height - 4905 mm, total mass of the classifier - 31 000 kg. The whole job took over 3 months.
Spiral classifier for ore pulps
The main task was to execute the design documentation for this spiral classifier for ore pulps. I took all the dimensions from each element of the spiral classifier for ore pulps independently. Then I made a 3D model with the subsequent release of 2D documentation. Spiral diameter - 2400 mm, spiral length - 12920 mm. Total classifier length - 14690 mm, total classifier width - 2832 mm, total classifier height - 4905 mm, total mass of the classifier - 31 000 kg. The whole job took over 3 months.
Spiral classifier for ore pulps
The main task was to execute the design documentation for this spiral classifier for ore pulps. I took all the dimensions from each element of the spiral classifier for ore pulps independently. Then I made a 3D model with the subsequent release of 2D documentation. Spiral diameter - 2400 mm, spiral length - 12920 mm. Total classifier length - 14690 mm, total classifier width - 2832 mm, total classifier height - 4905 mm, total mass of the classifier - 31 000 kg. The whole job took over 3 months.
Spiral classifier for ore pulps
The main task was to execute the design documentation for this spiral classifier for ore pulps. I took all the dimensions from each element of the spiral classifier for ore pulps independently. Then I made a 3D model with the subsequent release of 2D documentation. Spiral diameter - 2400 mm, spiral length - 12920 mm. Total classifier length - 14690 mm, total classifier width - 2832 mm, total classifier height - 4905 mm, total mass of the classifier - 31 000 kg. The whole job took over 3 months.
Spiral classifier for ore pulps
The main task was to execute the design documentation for this spiral classifier for ore pulps. I took all the dimensions from each element of the spiral classifier for ore pulps independently. Then I made a 3D model with the subsequent release of 2D documentation. Spiral diameter - 2400 mm, spiral length - 12920 mm. Total classifier length - 14690 mm, total classifier width - 2832 mm, total classifier height - 4905 mm, total mass of the classifier - 31 000 kg. The whole job took over 3 months.
Spiral classifier for ore pulps
The main task was to execute the design documentation for this spiral classifier for ore pulps. I took all the dimensions from each element of the spiral classifier for ore pulps independently. Then I made a 3D model with the subsequent release of 2D documentation. Spiral diameter - 2400 mm, spiral length - 12920 mm. Total classifier length - 14690 mm, total classifier width - 2832 mm, total classifier height - 4905 mm, total mass of the classifier - 31 000 kg. The whole job took over 3 months.
Spiral classifier for ore pulps
The main task was to execute the design documentation for this spiral classifier for ore pulps. I took all the dimensions from each element of the spiral classifier for ore pulps independently. Then I made a 3D model with the subsequent release of 2D documentation. Spiral diameter - 2400 mm, spiral length - 12920 mm. Total classifier length - 14690 mm, total classifier width - 2832 mm, total classifier height - 4905 mm, total mass of the classifier - 31 000 kg. The whole job took over 3 months.
Spiral classifier for ore pulps
10692325
The main task was to execute the design documentation for this cultivator. All parts of the project was developed from 0. I made a 3D model with the subsequent release of 2D documentation. The whole job took over 1 months. Working width 4,5 m.
Cultivator
The main task was to execute the design documentation for this cultivator. All parts of the project was developed from 0. I made a 3D model with the subsequent release of 2D documentation. The whole job took over 1 months. Working width 4,5 m.
Cultivator
The main task was to execute the design documentation for this cultivator. All parts of the project was developed from 0. I made a 3D model with the subsequent release of 2D documentation. The whole job took over 1 months. Working width 4,5 m.
Cultivator
The main task was to execute the design documentation for this cultivator. All parts of the project was developed from 0. I made a 3D model with the subsequent release of 2D documentation. The whole job took over 1 months. Working width 4,5 m.
Cultivator
The main task was to execute the design documentation for this cultivator. All parts of the project was developed from 0. I made a 3D model with the subsequent release of 2D documentation. The whole job took over 1 months. Working width 4,5 m.
Cultivator
10692333
The video shows the transformation of the cultivator into working position.
Cultivator (video)

Comentarios

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5,0
$405,00 CAD
SolidWorks Sheet Metal Frame Design
Thank you for designing some parts for my project!
CAD/CAM
Solidworks
Mechanical Engineering
Manufacturing Design
Product Design
V
Bandera de Valerii F.
@Valery12345
•
hace 2 meses

Experiencia

Mechanical Design Engineer

Steel Invest Ukraine (Ukraine, Kryvyi Rih)
jun 2021 - oct 2022 (1 año, 4 meses)
- development and implementation of design documentation for industrial slurry pumps; - taking dimensions from used/new pump elements, with the subsequent execution of drawings for these elements; - modernization of pump design to increase productivity and service life; - departure to the location of the pumps to take measurements on site;

Mechanical Design Engineer

KompozitMontazh-KR (Ukraine, Kryvyi Rih)
sept 2019 - sept 2022 (3 años)
- development and implementation of design documentation for industrial slurry pumps; - full technical support for the manufacture of all pump parts (machining, casting); - fulfillment of duties of QCD engineer; - development and implementation of design documentation for industrial equipment (helical type classifiers; mills/mill linings; crusher cones); - assembly control, according to project documentation;

Design engineer of conveyers rollers

Specrembud (Ukraine, Kryvyi Rih)
nov 2015 - abr 2020 (4 años, 5 meses)
- implementation of project documentation of conveyers rollers, rollers supports, driving drums; - concordance of drafts with the Department of main mechanic; - control of assembling in obedience to project documentation; - implementation of documentation for participating in tenders;

Educación

Master of mechanical engineering

Kryvyi Rih Technical University, Ukraine 2009 - 2014
(5 años)

Contacta Dmytro R. sobre tu trabajo

Inicia sesión para comentar cualquier detalle por chat.

Verificaciones

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Certificaciones

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Principales habilidades

CAD/CAM 1
Solidworks 1
Mechanical Engineering 1
Manufacturing Design 1
Product Design 1

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