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Gaspar B.

@GasparBlaser

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Mechanical Engineer

$5 USD / ora
・
Bandiera:
Argentina (3:38 PM)
・
Si è unito il gennaio 29, 2021
$5 USD / ora
・
Mechanical Engineer with more than 7 year of experience as field and product engineer among other activities. Deep knowledge of 3D design with more than 100 projects done in the appliances industry, transportation, oil and gas and the energy sector. I have been recognized as one of the best mechanical engineer students in 2014 in Buenos Aires and Magna Cumme Laude MBA. For me, customer comes first, any rework will be done until satisfaction is guaranteed.
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Portfolio

Portfolio

8882279
Design of closed turnbuckle with customized measures for the mining industry. Selection of materials, heat treatment and superficial treatment. The model was also simulated with FEA.
Closed Turnbuckle Design
Design of closed turnbuckle with customized measures for the mining industry. Selection of materials, heat treatment and superficial treatment. The model was also simulated with FEA.
Closed Turnbuckle Design
Design of closed turnbuckle with customized measures for the mining industry. Selection of materials, heat treatment and superficial treatment. The model was also simulated with FEA.
Closed Turnbuckle Design
Design of closed turnbuckle with customized measures for the mining industry. Selection of materials, heat treatment and superficial treatment. The model was also simulated with FEA.
Closed Turnbuckle Design
Design of closed turnbuckle with customized measures for the mining industry. Selection of materials, heat treatment and superficial treatment. The model was also simulated with FEA.
Closed Turnbuckle Design
Design of closed turnbuckle with customized measures for the mining industry. Selection of materials, heat treatment and superficial treatment. The model was also simulated with FEA.
Closed Turnbuckle Design
8882248
Design of an hydroponic growing plant and processes, starting from a 40 feet, HQ reefer container. Design of steel structure, trays, piping, HVAC selection, lighting, cable wiring, electrical box, PLC selection and programing, paving size, process structures and seeding tank. The project was done in Solid Works.
Hydroponic Growing Plant
Design of an hydroponic growing plant and processes, starting from a 40 feet, HQ reefer container. Design of steel structure, trays, piping, HVAC selection, lighting, cable wiring, electrical box, PLC selection and programing, paving size, process structures and seeding tank. The project was done in Solid Works.
Hydroponic Growing Plant
Design of an hydroponic growing plant and processes, starting from a 40 feet, HQ reefer container. Design of steel structure, trays, piping, HVAC selection, lighting, cable wiring, electrical box, PLC selection and programing, paving size, process structures and seeding tank. The project was done in Solid Works.
Hydroponic Growing Plant
Design of an hydroponic growing plant and processes, starting from a 40 feet, HQ reefer container. Design of steel structure, trays, piping, HVAC selection, lighting, cable wiring, electrical box, PLC selection and programing, paving size, process structures and seeding tank. The project was done in Solid Works.
Hydroponic Growing Plant
Design of an hydroponic growing plant and processes, starting from a 40 feet, HQ reefer container. Design of steel structure, trays, piping, HVAC selection, lighting, cable wiring, electrical box, PLC selection and programing, paving size, process structures and seeding tank. The project was done in Solid Works.
Hydroponic Growing Plant
Design of an hydroponic growing plant and processes, starting from a 40 feet, HQ reefer container. Design of steel structure, trays, piping, HVAC selection, lighting, cable wiring, electrical box, PLC selection and programing, paving size, process structures and seeding tank. The project was done in Solid Works.
Hydroponic Growing Plant
8882198
Design of bodywork for a 45 passengers transport over a Mercedes Benz Axor chassis. Structural analysis, definition of passengers seats and distribution, design of emergency exits, accomplishment of National Regulations for certification, calculation of admissible load and as build drawings. All the project was done in Solid Works and final drawings in AutoCad, the calculation of stresses was done in MathCad.
Passenger vehicle
Design of bodywork for a 45 passengers transport over a Mercedes Benz Axor chassis. Structural analysis, definition of passengers seats and distribution, design of emergency exits, accomplishment of National Regulations for certification, calculation of admissible load and as build drawings. All the project was done in Solid Works and final drawings in AutoCad, the calculation of stresses was done in MathCad.
Passenger vehicle
Design of bodywork for a 45 passengers transport over a Mercedes Benz Axor chassis. Structural analysis, definition of passengers seats and distribution, design of emergency exits, accomplishment of National Regulations for certification, calculation of admissible load and as build drawings. All the project was done in Solid Works and final drawings in AutoCad, the calculation of stresses was done in MathCad.
Passenger vehicle
Design of bodywork for a 45 passengers transport over a Mercedes Benz Axor chassis. Structural analysis, definition of passengers seats and distribution, design of emergency exits, accomplishment of National Regulations for certification, calculation of admissible load and as build drawings. All the project was done in Solid Works and final drawings in AutoCad, the calculation of stresses was done in MathCad.
Passenger vehicle
Design of bodywork for a 45 passengers transport over a Mercedes Benz Axor chassis. Structural analysis, definition of passengers seats and distribution, design of emergency exits, accomplishment of National Regulations for certification, calculation of admissible load and as build drawings. All the project was done in Solid Works and final drawings in AutoCad, the calculation of stresses was done in MathCad.
Passenger vehicle
8726411
40 feet HQ container lifting devices. Detail engineering, specification of bill of materials and stress simulation. The job included selection of beams and other steel structures, rigging devices, bolting, welds and manufacturing specifications.
Container Lifting Device
40 feet HQ container lifting devices. Detail engineering, specification of bill of materials and stress simulation. The job included selection of beams and other steel structures, rigging devices, bolting, welds and manufacturing specifications.
Container Lifting Device
40 feet HQ container lifting devices. Detail engineering, specification of bill of materials and stress simulation. The job included selection of beams and other steel structures, rigging devices, bolting, welds and manufacturing specifications.
Container Lifting Device
40 feet HQ container lifting devices. Detail engineering, specification of bill of materials and stress simulation. The job included selection of beams and other steel structures, rigging devices, bolting, welds and manufacturing specifications.
Container Lifting Device
40 feet HQ container lifting devices. Detail engineering, specification of bill of materials and stress simulation. The job included selection of beams and other steel structures, rigging devices, bolting, welds and manufacturing specifications.
Container Lifting Device
8882279
Design of closed turnbuckle with customized measures for the mining industry. Selection of materials, heat treatment and superficial treatment. The model was also simulated with FEA.
Closed Turnbuckle Design
Design of closed turnbuckle with customized measures for the mining industry. Selection of materials, heat treatment and superficial treatment. The model was also simulated with FEA.
Closed Turnbuckle Design
Design of closed turnbuckle with customized measures for the mining industry. Selection of materials, heat treatment and superficial treatment. The model was also simulated with FEA.
Closed Turnbuckle Design
Design of closed turnbuckle with customized measures for the mining industry. Selection of materials, heat treatment and superficial treatment. The model was also simulated with FEA.
Closed Turnbuckle Design
Design of closed turnbuckle with customized measures for the mining industry. Selection of materials, heat treatment and superficial treatment. The model was also simulated with FEA.
Closed Turnbuckle Design
Design of closed turnbuckle with customized measures for the mining industry. Selection of materials, heat treatment and superficial treatment. The model was also simulated with FEA.
Closed Turnbuckle Design
8882248
Design of an hydroponic growing plant and processes, starting from a 40 feet, HQ reefer container. Design of steel structure, trays, piping, HVAC selection, lighting, cable wiring, electrical box, PLC selection and programing, paving size, process structures and seeding tank. The project was done in Solid Works.
Hydroponic Growing Plant
Design of an hydroponic growing plant and processes, starting from a 40 feet, HQ reefer container. Design of steel structure, trays, piping, HVAC selection, lighting, cable wiring, electrical box, PLC selection and programing, paving size, process structures and seeding tank. The project was done in Solid Works.
Hydroponic Growing Plant
Design of an hydroponic growing plant and processes, starting from a 40 feet, HQ reefer container. Design of steel structure, trays, piping, HVAC selection, lighting, cable wiring, electrical box, PLC selection and programing, paving size, process structures and seeding tank. The project was done in Solid Works.
Hydroponic Growing Plant
Design of an hydroponic growing plant and processes, starting from a 40 feet, HQ reefer container. Design of steel structure, trays, piping, HVAC selection, lighting, cable wiring, electrical box, PLC selection and programing, paving size, process structures and seeding tank. The project was done in Solid Works.
Hydroponic Growing Plant
Design of an hydroponic growing plant and processes, starting from a 40 feet, HQ reefer container. Design of steel structure, trays, piping, HVAC selection, lighting, cable wiring, electrical box, PLC selection and programing, paving size, process structures and seeding tank. The project was done in Solid Works.
Hydroponic Growing Plant
Design of an hydroponic growing plant and processes, starting from a 40 feet, HQ reefer container. Design of steel structure, trays, piping, HVAC selection, lighting, cable wiring, electrical box, PLC selection and programing, paving size, process structures and seeding tank. The project was done in Solid Works.
Hydroponic Growing Plant
8882198
Design of bodywork for a 45 passengers transport over a Mercedes Benz Axor chassis. Structural analysis, definition of passengers seats and distribution, design of emergency exits, accomplishment of National Regulations for certification, calculation of admissible load and as build drawings. All the project was done in Solid Works and final drawings in AutoCad, the calculation of stresses was done in MathCad.
Passenger vehicle
Design of bodywork for a 45 passengers transport over a Mercedes Benz Axor chassis. Structural analysis, definition of passengers seats and distribution, design of emergency exits, accomplishment of National Regulations for certification, calculation of admissible load and as build drawings. All the project was done in Solid Works and final drawings in AutoCad, the calculation of stresses was done in MathCad.
Passenger vehicle
Design of bodywork for a 45 passengers transport over a Mercedes Benz Axor chassis. Structural analysis, definition of passengers seats and distribution, design of emergency exits, accomplishment of National Regulations for certification, calculation of admissible load and as build drawings. All the project was done in Solid Works and final drawings in AutoCad, the calculation of stresses was done in MathCad.
Passenger vehicle
Design of bodywork for a 45 passengers transport over a Mercedes Benz Axor chassis. Structural analysis, definition of passengers seats and distribution, design of emergency exits, accomplishment of National Regulations for certification, calculation of admissible load and as build drawings. All the project was done in Solid Works and final drawings in AutoCad, the calculation of stresses was done in MathCad.
Passenger vehicle
Design of bodywork for a 45 passengers transport over a Mercedes Benz Axor chassis. Structural analysis, definition of passengers seats and distribution, design of emergency exits, accomplishment of National Regulations for certification, calculation of admissible load and as build drawings. All the project was done in Solid Works and final drawings in AutoCad, the calculation of stresses was done in MathCad.
Passenger vehicle
8726411
40 feet HQ container lifting devices. Detail engineering, specification of bill of materials and stress simulation. The job included selection of beams and other steel structures, rigging devices, bolting, welds and manufacturing specifications.
Container Lifting Device
40 feet HQ container lifting devices. Detail engineering, specification of bill of materials and stress simulation. The job included selection of beams and other steel structures, rigging devices, bolting, welds and manufacturing specifications.
Container Lifting Device
40 feet HQ container lifting devices. Detail engineering, specification of bill of materials and stress simulation. The job included selection of beams and other steel structures, rigging devices, bolting, welds and manufacturing specifications.
Container Lifting Device
40 feet HQ container lifting devices. Detail engineering, specification of bill of materials and stress simulation. The job included selection of beams and other steel structures, rigging devices, bolting, welds and manufacturing specifications.
Container Lifting Device
40 feet HQ container lifting devices. Detail engineering, specification of bill of materials and stress simulation. The job included selection of beams and other steel structures, rigging devices, bolting, welds and manufacturing specifications.
Container Lifting Device
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Valutazioni
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Esperienza
Founder
gen, 2021 - Attualmente
•
3 anni, 11 mesi
Design Ingeniería
gen, 2021 - Attualmente
•
3 anni, 11 mesi
Founder at Design Ingeniería. Project Leader, commercial management, and project management of engineering projects for the industry. 3D design of complex mechanical assemblies, technical drawings, and simulations.
gen, 2021 - Attualmente
•
3 anni, 11 mesi
Field Engineer
ott, 2019 - gen, 2020
•
3 mesi
Wood
ott, 2019 - gen, 2020
•
3 mesi
Field engineer in Axion Energy Refinery expansion project. - Inspection of mounting activities of Mechanical Equipments and Piping. - Planning of precomissioning activities in fractionators, review of isometric drawings and mounting activities. Development of detail engineering of modifications and repairs. - I was in charge of field engineering of main and more complex equipments of the DCU (Cutting Tool, Heater and De-coking System).
ott, 2019 - gen, 2020
•
3 mesi
Project Engineer
nov, 2017 - set, 2019
•
1 anno, 10 mesi
Andrade Gutierrez
nov, 2017 - set, 2019
•
1 anno, 10 mesi
Project Engineer in Axion Energy Refinery expansion project. - Project planning (Steel Structure, Mechanical Equipments and Civil Works) - Generation of field work sheets, inspection of project progress, progress certification, mid-term forecast. - During my stage as discipline planning we concluded the mounting of steel structures, mechanical equipments and civil works.
nov, 2017 - set, 2019
•
1 anno, 10 mesi
Istruzione
Universidad Austral, Buenos Aires
2020 - 2020
MBA
Bandiera:
Argentina
2020 - 2020
Instituto Tecnológico de Buenos Aires
2017 - 2017
Project Management Diploma
Bandiera:
Argentina
2017 - 2017
Pontificia Universidad Católica Argentina 'Santa María de los Buenos Aires'
2016 - 2016
Plastics Engineering
Bandiera:
Argentina
2016 - 2016
Certificazioni
CNC Milling
2017
IFT
Certificate on CNC Milling course.
2017
PLC Programming
2017
IFT
Certificate on PLC programming course
2017
Construction
2019
CENEDI
Certificate on construction course
2019
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