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$35 USD / hora
Bandera de GERMANY
stuttgart, germany
$35 USD / hora
Aquí son las 8:29 a. m.
Se unió el marzo 12, 2016
0 Recomendaciones

Artiom M.

@artyommaxim

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100%
$35 USD / hora
Bandera de GERMANY
stuttgart, germany
$35 USD / hora
100 %
Trabajos finalizados
N/A
Dentro del presupuesto
N/A
A tiempo
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Tasa de recontratación

Architect, Engineer, Team Manager

Hello! We are Architects, Engineers, Programmers and Designers, providing a full spectrum of engineering and design solutions in a wide range of fields, from product development to full-scale industrial projects. EXPERTISE: Architectural Design Product Development Marine Engineering UAV Design 3D Printer and CNC Design Design of water filtration systems Design of Parts for Molding Web development
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Portafolio

3116435
Designing consumer products from scratch, including drawing/sketching, 3d modelling/prototyping.
Product Design
3070868
Design of Water Filtration Systems Pumps, High Performance Filters, Piping, Storage Tanks, Valves, Electronic Control.
Design of Water Filtration Systems
Design of Water Filtration Systems Pumps, High Performance Filters, Piping, Storage Tanks, Valves, Electronic Control.
Design of Water Filtration Systems
Design of Water Filtration Systems Pumps, High Performance Filters, Piping, Storage Tanks, Valves, Electronic Control.
Design of Water Filtration Systems
3069162
Generating design ideas Product Design Mechanical Engineering Electronic Design Firmware and Software Design Mechanical and Electrical Prototyping Production setup based on most available manufacturing methods, including machining, laser cutting, injection molding, metalworking, metal folding, lathing, etc.
Product Development
Generating design ideas Product Design Mechanical Engineering Electronic Design Firmware and Software Design Mechanical and Electrical Prototyping Production setup based on most available manufacturing methods, including machining, laser cutting, injection molding, metalworking, metal folding, lathing, etc.
Product Development
Generating design ideas Product Design Mechanical Engineering Electronic Design Firmware and Software Design Mechanical and Electrical Prototyping Production setup based on most available manufacturing methods, including machining, laser cutting, injection molding, metalworking, metal folding, lathing, etc.
Product Development
Generating design ideas Product Design Mechanical Engineering Electronic Design Firmware and Software Design Mechanical and Electrical Prototyping Production setup based on most available manufacturing methods, including machining, laser cutting, injection molding, metalworking, metal folding, lathing, etc.
Product Development
Generating design ideas Product Design Mechanical Engineering Electronic Design Firmware and Software Design Mechanical and Electrical Prototyping Production setup based on most available manufacturing methods, including machining, laser cutting, injection molding, metalworking, metal folding, lathing, etc.
Product Development
Generating design ideas Product Design Mechanical Engineering Electronic Design Firmware and Software Design Mechanical and Electrical Prototyping Production setup based on most available manufacturing methods, including machining, laser cutting, injection molding, metalworking, metal folding, lathing, etc.
Product Development
Generating design ideas Product Design Mechanical Engineering Electronic Design Firmware and Software Design Mechanical and Electrical Prototyping Production setup based on most available manufacturing methods, including machining, laser cutting, injection molding, metalworking, metal folding, lathing, etc.
Product Development
Generating design ideas Product Design Mechanical Engineering Electronic Design Firmware and Software Design Mechanical and Electrical Prototyping Production setup based on most available manufacturing methods, including machining, laser cutting, injection molding, metalworking, metal folding, lathing, etc.
Product Development
Generating design ideas Product Design Mechanical Engineering Electronic Design Firmware and Software Design Mechanical and Electrical Prototyping Production setup based on most available manufacturing methods, including machining, laser cutting, injection molding, metalworking, metal folding, lathing, etc.
Product Development
Generating design ideas Product Design Mechanical Engineering Electronic Design Firmware and Software Design Mechanical and Electrical Prototyping Production setup based on most available manufacturing methods, including machining, laser cutting, injection molding, metalworking, metal folding, lathing, etc.
Product Development
Generating design ideas Product Design Mechanical Engineering Electronic Design Firmware and Software Design Mechanical and Electrical Prototyping Production setup based on most available manufacturing methods, including machining, laser cutting, injection molding, metalworking, metal folding, lathing, etc.
Product Development
Generating design ideas Product Design Mechanical Engineering Electronic Design Firmware and Software Design Mechanical and Electrical Prototyping Production setup based on most available manufacturing methods, including machining, laser cutting, injection molding, metalworking, metal folding, lathing, etc.
Product Development
Generating design ideas Product Design Mechanical Engineering Electronic Design Firmware and Software Design Mechanical and Electrical Prototyping Production setup based on most available manufacturing methods, including machining, laser cutting, injection molding, metalworking, metal folding, lathing, etc.
Product Development
Generating design ideas Product Design Mechanical Engineering Electronic Design Firmware and Software Design Mechanical and Electrical Prototyping Production setup based on most available manufacturing methods, including machining, laser cutting, injection molding, metalworking, metal folding, lathing, etc.
Product Development
Generating design ideas Product Design Mechanical Engineering Electronic Design Firmware and Software Design Mechanical and Electrical Prototyping Production setup based on most available manufacturing methods, including machining, laser cutting, injection molding, metalworking, metal folding, lathing, etc.
Product Development
Generating design ideas Product Design Mechanical Engineering Electronic Design Firmware and Software Design Mechanical and Electrical Prototyping Production setup based on most available manufacturing methods, including machining, laser cutting, injection molding, metalworking, metal folding, lathing, etc.
Product Development
Generating design ideas Product Design Mechanical Engineering Electronic Design Firmware and Software Design Mechanical and Electrical Prototyping Production setup based on most available manufacturing methods, including machining, laser cutting, injection molding, metalworking, metal folding, lathing, etc.
Product Development
3069158
-Design of small to large-sized electric multirotor vehicles with payloads of up to 50kg -Complete industrial design approach suitable for production -Calculating requirements for electrical and propulsive systems according to specifications -Developing custom onboard and offboard software architecture based on robotic development frameworks -Creating user interaction interfaces -Implementing novel vehicle guidance methods based on industrial-grade geodetic equipment
UAV Design
-Design of small to large-sized electric multirotor vehicles with payloads of up to 50kg -Complete industrial design approach suitable for production -Calculating requirements for electrical and propulsive systems according to specifications -Developing custom onboard and offboard software architecture based on robotic development frameworks -Creating user interaction interfaces -Implementing novel vehicle guidance methods based on industrial-grade geodetic equipment
UAV Design
-Design of small to large-sized electric multirotor vehicles with payloads of up to 50kg -Complete industrial design approach suitable for production -Calculating requirements for electrical and propulsive systems according to specifications -Developing custom onboard and offboard software architecture based on robotic development frameworks -Creating user interaction interfaces -Implementing novel vehicle guidance methods based on industrial-grade geodetic equipment
UAV Design
-Design of small to large-sized electric multirotor vehicles with payloads of up to 50kg -Complete industrial design approach suitable for production -Calculating requirements for electrical and propulsive systems according to specifications -Developing custom onboard and offboard software architecture based on robotic development frameworks -Creating user interaction interfaces -Implementing novel vehicle guidance methods based on industrial-grade geodetic equipment
UAV Design
-Design of small to large-sized electric multirotor vehicles with payloads of up to 50kg -Complete industrial design approach suitable for production -Calculating requirements for electrical and propulsive systems according to specifications -Developing custom onboard and offboard software architecture based on robotic development frameworks -Creating user interaction interfaces -Implementing novel vehicle guidance methods based on industrial-grade geodetic equipment
UAV Design
-Design of small to large-sized electric multirotor vehicles with payloads of up to 50kg -Complete industrial design approach suitable for production -Calculating requirements for electrical and propulsive systems according to specifications -Developing custom onboard and offboard software architecture based on robotic development frameworks -Creating user interaction interfaces -Implementing novel vehicle guidance methods based on industrial-grade geodetic equipment
UAV Design
-Design of small to large-sized electric multirotor vehicles with payloads of up to 50kg -Complete industrial design approach suitable for production -Calculating requirements for electrical and propulsive systems according to specifications -Developing custom onboard and offboard software architecture based on robotic development frameworks -Creating user interaction interfaces -Implementing novel vehicle guidance methods based on industrial-grade geodetic equipment
UAV Design
-Design of small to large-sized electric multirotor vehicles with payloads of up to 50kg -Complete industrial design approach suitable for production -Calculating requirements for electrical and propulsive systems according to specifications -Developing custom onboard and offboard software architecture based on robotic development frameworks -Creating user interaction interfaces -Implementing novel vehicle guidance methods based on industrial-grade geodetic equipment
UAV Design
-Design of small to large-sized electric multirotor vehicles with payloads of up to 50kg -Complete industrial design approach suitable for production -Calculating requirements for electrical and propulsive systems according to specifications -Developing custom onboard and offboard software architecture based on robotic development frameworks -Creating user interaction interfaces -Implementing novel vehicle guidance methods based on industrial-grade geodetic equipment
UAV Design
-Design of small to large-sized electric multirotor vehicles with payloads of up to 50kg -Complete industrial design approach suitable for production -Calculating requirements for electrical and propulsive systems according to specifications -Developing custom onboard and offboard software architecture based on robotic development frameworks -Creating user interaction interfaces -Implementing novel vehicle guidance methods based on industrial-grade geodetic equipment
UAV Design
-Design of small to large-sized electric multirotor vehicles with payloads of up to 50kg -Complete industrial design approach suitable for production -Calculating requirements for electrical and propulsive systems according to specifications -Developing custom onboard and offboard software architecture based on robotic development frameworks -Creating user interaction interfaces -Implementing novel vehicle guidance methods based on industrial-grade geodetic equipment
UAV Design
-Design of small to large-sized electric multirotor vehicles with payloads of up to 50kg -Complete industrial design approach suitable for production -Calculating requirements for electrical and propulsive systems according to specifications -Developing custom onboard and offboard software architecture based on robotic development frameworks -Creating user interaction interfaces -Implementing novel vehicle guidance methods based on industrial-grade geodetic equipment
UAV Design
-Design of small to large-sized electric multirotor vehicles with payloads of up to 50kg -Complete industrial design approach suitable for production -Calculating requirements for electrical and propulsive systems according to specifications -Developing custom onboard and offboard software architecture based on robotic development frameworks -Creating user interaction interfaces -Implementing novel vehicle guidance methods based on industrial-grade geodetic equipment
UAV Design
-Design of small to large-sized electric multirotor vehicles with payloads of up to 50kg -Complete industrial design approach suitable for production -Calculating requirements for electrical and propulsive systems according to specifications -Developing custom onboard and offboard software architecture based on robotic development frameworks -Creating user interaction interfaces -Implementing novel vehicle guidance methods based on industrial-grade geodetic equipment
UAV Design
-Design of small to large-sized electric multirotor vehicles with payloads of up to 50kg -Complete industrial design approach suitable for production -Calculating requirements for electrical and propulsive systems according to specifications -Developing custom onboard and offboard software architecture based on robotic development frameworks -Creating user interaction interfaces -Implementing novel vehicle guidance methods based on industrial-grade geodetic equipment
UAV Design
-Design of small to large-sized electric multirotor vehicles with payloads of up to 50kg -Complete industrial design approach suitable for production -Calculating requirements for electrical and propulsive systems according to specifications -Developing custom onboard and offboard software architecture based on robotic development frameworks -Creating user interaction interfaces -Implementing novel vehicle guidance methods based on industrial-grade geodetic equipment
UAV Design
-Design of small to large-sized electric multirotor vehicles with payloads of up to 50kg -Complete industrial design approach suitable for production -Calculating requirements for electrical and propulsive systems according to specifications -Developing custom onboard and offboard software architecture based on robotic development frameworks -Creating user interaction interfaces -Implementing novel vehicle guidance methods based on industrial-grade geodetic equipment
UAV Design
-Design of small to large-sized electric multirotor vehicles with payloads of up to 50kg -Complete industrial design approach suitable for production -Calculating requirements for electrical and propulsive systems according to specifications -Developing custom onboard and offboard software architecture based on robotic development frameworks -Creating user interaction interfaces -Implementing novel vehicle guidance methods based on industrial-grade geodetic equipment
UAV Design
-Design of small to large-sized electric multirotor vehicles with payloads of up to 50kg -Complete industrial design approach suitable for production -Calculating requirements for electrical and propulsive systems according to specifications -Developing custom onboard and offboard software architecture based on robotic development frameworks -Creating user interaction interfaces -Implementing novel vehicle guidance methods based on industrial-grade geodetic equipment
UAV Design
-Design of small to large-sized electric multirotor vehicles with payloads of up to 50kg -Complete industrial design approach suitable for production -Calculating requirements for electrical and propulsive systems according to specifications -Developing custom onboard and offboard software architecture based on robotic development frameworks -Creating user interaction interfaces -Implementing novel vehicle guidance methods based on industrial-grade geodetic equipment
UAV Design
-Design of small to large-sized electric multirotor vehicles with payloads of up to 50kg -Complete industrial design approach suitable for production -Calculating requirements for electrical and propulsive systems according to specifications -Developing custom onboard and offboard software architecture based on robotic development frameworks -Creating user interaction interfaces -Implementing novel vehicle guidance methods based on industrial-grade geodetic equipment
UAV Design
-Design of small to large-sized electric multirotor vehicles with payloads of up to 50kg -Complete industrial design approach suitable for production -Calculating requirements for electrical and propulsive systems according to specifications -Developing custom onboard and offboard software architecture based on robotic development frameworks -Creating user interaction interfaces -Implementing novel vehicle guidance methods based on industrial-grade geodetic equipment
UAV Design
-Design of small to large-sized electric multirotor vehicles with payloads of up to 50kg -Complete industrial design approach suitable for production -Calculating requirements for electrical and propulsive systems according to specifications -Developing custom onboard and offboard software architecture based on robotic development frameworks -Creating user interaction interfaces -Implementing novel vehicle guidance methods based on industrial-grade geodetic equipment
UAV Design
-Design of small to large-sized electric multirotor vehicles with payloads of up to 50kg -Complete industrial design approach suitable for production -Calculating requirements for electrical and propulsive systems according to specifications -Developing custom onboard and offboard software architecture based on robotic development frameworks -Creating user interaction interfaces -Implementing novel vehicle guidance methods based on industrial-grade geodetic equipment
UAV Design
-Design of small to large-sized electric multirotor vehicles with payloads of up to 50kg -Complete industrial design approach suitable for production -Calculating requirements for electrical and propulsive systems according to specifications -Developing custom onboard and offboard software architecture based on robotic development frameworks -Creating user interaction interfaces -Implementing novel vehicle guidance methods based on industrial-grade geodetic equipment
UAV Design
-Design of small to large-sized electric multirotor vehicles with payloads of up to 50kg -Complete industrial design approach suitable for production -Calculating requirements for electrical and propulsive systems according to specifications -Developing custom onboard and offboard software architecture based on robotic development frameworks -Creating user interaction interfaces -Implementing novel vehicle guidance methods based on industrial-grade geodetic equipment
UAV Design
-Design of small to large-sized electric multirotor vehicles with payloads of up to 50kg -Complete industrial design approach suitable for production -Calculating requirements for electrical and propulsive systems according to specifications -Developing custom onboard and offboard software architecture based on robotic development frameworks -Creating user interaction interfaces -Implementing novel vehicle guidance methods based on industrial-grade geodetic equipment
UAV Design
-Design of small to large-sized electric multirotor vehicles with payloads of up to 50kg -Complete industrial design approach suitable for production -Calculating requirements for electrical and propulsive systems according to specifications -Developing custom onboard and offboard software architecture based on robotic development frameworks -Creating user interaction interfaces -Implementing novel vehicle guidance methods based on industrial-grade geodetic equipment
UAV Design
-Design of small to large-sized electric multirotor vehicles with payloads of up to 50kg -Complete industrial design approach suitable for production -Calculating requirements for electrical and propulsive systems according to specifications -Developing custom onboard and offboard software architecture based on robotic development frameworks -Creating user interaction interfaces -Implementing novel vehicle guidance methods based on industrial-grade geodetic equipment
UAV Design
3069152
Design of architectural objects, structures, and installations, aimed at manufacturability, utilizing modern CAD and computational design techniques.
Architectural Design
Design of architectural objects, structures, and installations, aimed at manufacturability, utilizing modern CAD and computational design techniques.
Architectural Design
Design of architectural objects, structures, and installations, aimed at manufacturability, utilizing modern CAD and computational design techniques.
Architectural Design
Design of architectural objects, structures, and installations, aimed at manufacturability, utilizing modern CAD and computational design techniques.
Architectural Design
Design of architectural objects, structures, and installations, aimed at manufacturability, utilizing modern CAD and computational design techniques.
Architectural Design
Design of architectural objects, structures, and installations, aimed at manufacturability, utilizing modern CAD and computational design techniques.
Architectural Design
Design of architectural objects, structures, and installations, aimed at manufacturability, utilizing modern CAD and computational design techniques.
Architectural Design
Design of architectural objects, structures, and installations, aimed at manufacturability, utilizing modern CAD and computational design techniques.
Architectural Design
Design of architectural objects, structures, and installations, aimed at manufacturability, utilizing modern CAD and computational design techniques.
Architectural Design
Design of architectural objects, structures, and installations, aimed at manufacturability, utilizing modern CAD and computational design techniques.
Architectural Design
Design of architectural objects, structures, and installations, aimed at manufacturability, utilizing modern CAD and computational design techniques.
Architectural Design
Design of architectural objects, structures, and installations, aimed at manufacturability, utilizing modern CAD and computational design techniques.
Architectural Design
Design of architectural objects, structures, and installations, aimed at manufacturability, utilizing modern CAD and computational design techniques.
Architectural Design
Design of architectural objects, structures, and installations, aimed at manufacturability, utilizing modern CAD and computational design techniques.
Architectural Design
Design of architectural objects, structures, and installations, aimed at manufacturability, utilizing modern CAD and computational design techniques.
Architectural Design
Design of architectural objects, structures, and installations, aimed at manufacturability, utilizing modern CAD and computational design techniques.
Architectural Design
Design of architectural objects, structures, and installations, aimed at manufacturability, utilizing modern CAD and computational design techniques.
Architectural Design
Design of architectural objects, structures, and installations, aimed at manufacturability, utilizing modern CAD and computational design techniques.
Architectural Design
Design of architectural objects, structures, and installations, aimed at manufacturability, utilizing modern CAD and computational design techniques.
Architectural Design
Design of architectural objects, structures, and installations, aimed at manufacturability, utilizing modern CAD and computational design techniques.
Architectural Design
3069008
Schematics, PCB layout, prototyping, testing, manufacturing of any electrical circuits.
Electrical Design
Schematics, PCB layout, prototyping, testing, manufacturing of any electrical circuits.
Electrical Design
Schematics, PCB layout, prototyping, testing, manufacturing of any electrical circuits.
Electrical Design
Schematics, PCB layout, prototyping, testing, manufacturing of any electrical circuits.
Electrical Design
Schematics, PCB layout, prototyping, testing, manufacturing of any electrical circuits.
Electrical Design
Schematics, PCB layout, prototyping, testing, manufacturing of any electrical circuits.
Electrical Design
Schematics, PCB layout, prototyping, testing, manufacturing of any electrical circuits.
Electrical Design
Schematics, PCB layout, prototyping, testing, manufacturing of any electrical circuits.
Electrical Design
Schematics, PCB layout, prototyping, testing, manufacturing of any electrical circuits.
Electrical Design
Schematics, PCB layout, prototyping, testing, manufacturing of any electrical circuits.
Electrical Design
3116435
Designing consumer products from scratch, including drawing/sketching, 3d modelling/prototyping.
Product Design
3070868
Design of Water Filtration Systems Pumps, High Performance Filters, Piping, Storage Tanks, Valves, Electronic Control.
Design of Water Filtration Systems
Design of Water Filtration Systems Pumps, High Performance Filters, Piping, Storage Tanks, Valves, Electronic Control.
Design of Water Filtration Systems
Design of Water Filtration Systems Pumps, High Performance Filters, Piping, Storage Tanks, Valves, Electronic Control.
Design of Water Filtration Systems
3069162
Generating design ideas Product Design Mechanical Engineering Electronic Design Firmware and Software Design Mechanical and Electrical Prototyping Production setup based on most available manufacturing methods, including machining, laser cutting, injection molding, metalworking, metal folding, lathing, etc.
Product Development
Generating design ideas Product Design Mechanical Engineering Electronic Design Firmware and Software Design Mechanical and Electrical Prototyping Production setup based on most available manufacturing methods, including machining, laser cutting, injection molding, metalworking, metal folding, lathing, etc.
Product Development
Generating design ideas Product Design Mechanical Engineering Electronic Design Firmware and Software Design Mechanical and Electrical Prototyping Production setup based on most available manufacturing methods, including machining, laser cutting, injection molding, metalworking, metal folding, lathing, etc.
Product Development
Generating design ideas Product Design Mechanical Engineering Electronic Design Firmware and Software Design Mechanical and Electrical Prototyping Production setup based on most available manufacturing methods, including machining, laser cutting, injection molding, metalworking, metal folding, lathing, etc.
Product Development
Generating design ideas Product Design Mechanical Engineering Electronic Design Firmware and Software Design Mechanical and Electrical Prototyping Production setup based on most available manufacturing methods, including machining, laser cutting, injection molding, metalworking, metal folding, lathing, etc.
Product Development
Generating design ideas Product Design Mechanical Engineering Electronic Design Firmware and Software Design Mechanical and Electrical Prototyping Production setup based on most available manufacturing methods, including machining, laser cutting, injection molding, metalworking, metal folding, lathing, etc.
Product Development
Generating design ideas Product Design Mechanical Engineering Electronic Design Firmware and Software Design Mechanical and Electrical Prototyping Production setup based on most available manufacturing methods, including machining, laser cutting, injection molding, metalworking, metal folding, lathing, etc.
Product Development
Generating design ideas Product Design Mechanical Engineering Electronic Design Firmware and Software Design Mechanical and Electrical Prototyping Production setup based on most available manufacturing methods, including machining, laser cutting, injection molding, metalworking, metal folding, lathing, etc.
Product Development
Generating design ideas Product Design Mechanical Engineering Electronic Design Firmware and Software Design Mechanical and Electrical Prototyping Production setup based on most available manufacturing methods, including machining, laser cutting, injection molding, metalworking, metal folding, lathing, etc.
Product Development
Generating design ideas Product Design Mechanical Engineering Electronic Design Firmware and Software Design Mechanical and Electrical Prototyping Production setup based on most available manufacturing methods, including machining, laser cutting, injection molding, metalworking, metal folding, lathing, etc.
Product Development
Generating design ideas Product Design Mechanical Engineering Electronic Design Firmware and Software Design Mechanical and Electrical Prototyping Production setup based on most available manufacturing methods, including machining, laser cutting, injection molding, metalworking, metal folding, lathing, etc.
Product Development
Generating design ideas Product Design Mechanical Engineering Electronic Design Firmware and Software Design Mechanical and Electrical Prototyping Production setup based on most available manufacturing methods, including machining, laser cutting, injection molding, metalworking, metal folding, lathing, etc.
Product Development
Generating design ideas Product Design Mechanical Engineering Electronic Design Firmware and Software Design Mechanical and Electrical Prototyping Production setup based on most available manufacturing methods, including machining, laser cutting, injection molding, metalworking, metal folding, lathing, etc.
Product Development
Generating design ideas Product Design Mechanical Engineering Electronic Design Firmware and Software Design Mechanical and Electrical Prototyping Production setup based on most available manufacturing methods, including machining, laser cutting, injection molding, metalworking, metal folding, lathing, etc.
Product Development
Generating design ideas Product Design Mechanical Engineering Electronic Design Firmware and Software Design Mechanical and Electrical Prototyping Production setup based on most available manufacturing methods, including machining, laser cutting, injection molding, metalworking, metal folding, lathing, etc.
Product Development
Generating design ideas Product Design Mechanical Engineering Electronic Design Firmware and Software Design Mechanical and Electrical Prototyping Production setup based on most available manufacturing methods, including machining, laser cutting, injection molding, metalworking, metal folding, lathing, etc.
Product Development
Generating design ideas Product Design Mechanical Engineering Electronic Design Firmware and Software Design Mechanical and Electrical Prototyping Production setup based on most available manufacturing methods, including machining, laser cutting, injection molding, metalworking, metal folding, lathing, etc.
Product Development
3069158
-Design of small to large-sized electric multirotor vehicles with payloads of up to 50kg -Complete industrial design approach suitable for production -Calculating requirements for electrical and propulsive systems according to specifications -Developing custom onboard and offboard software architecture based on robotic development frameworks -Creating user interaction interfaces -Implementing novel vehicle guidance methods based on industrial-grade geodetic equipment
UAV Design
-Design of small to large-sized electric multirotor vehicles with payloads of up to 50kg -Complete industrial design approach suitable for production -Calculating requirements for electrical and propulsive systems according to specifications -Developing custom onboard and offboard software architecture based on robotic development frameworks -Creating user interaction interfaces -Implementing novel vehicle guidance methods based on industrial-grade geodetic equipment
UAV Design
-Design of small to large-sized electric multirotor vehicles with payloads of up to 50kg -Complete industrial design approach suitable for production -Calculating requirements for electrical and propulsive systems according to specifications -Developing custom onboard and offboard software architecture based on robotic development frameworks -Creating user interaction interfaces -Implementing novel vehicle guidance methods based on industrial-grade geodetic equipment
UAV Design
-Design of small to large-sized electric multirotor vehicles with payloads of up to 50kg -Complete industrial design approach suitable for production -Calculating requirements for electrical and propulsive systems according to specifications -Developing custom onboard and offboard software architecture based on robotic development frameworks -Creating user interaction interfaces -Implementing novel vehicle guidance methods based on industrial-grade geodetic equipment
UAV Design
-Design of small to large-sized electric multirotor vehicles with payloads of up to 50kg -Complete industrial design approach suitable for production -Calculating requirements for electrical and propulsive systems according to specifications -Developing custom onboard and offboard software architecture based on robotic development frameworks -Creating user interaction interfaces -Implementing novel vehicle guidance methods based on industrial-grade geodetic equipment
UAV Design
-Design of small to large-sized electric multirotor vehicles with payloads of up to 50kg -Complete industrial design approach suitable for production -Calculating requirements for electrical and propulsive systems according to specifications -Developing custom onboard and offboard software architecture based on robotic development frameworks -Creating user interaction interfaces -Implementing novel vehicle guidance methods based on industrial-grade geodetic equipment
UAV Design
-Design of small to large-sized electric multirotor vehicles with payloads of up to 50kg -Complete industrial design approach suitable for production -Calculating requirements for electrical and propulsive systems according to specifications -Developing custom onboard and offboard software architecture based on robotic development frameworks -Creating user interaction interfaces -Implementing novel vehicle guidance methods based on industrial-grade geodetic equipment
UAV Design
-Design of small to large-sized electric multirotor vehicles with payloads of up to 50kg -Complete industrial design approach suitable for production -Calculating requirements for electrical and propulsive systems according to specifications -Developing custom onboard and offboard software architecture based on robotic development frameworks -Creating user interaction interfaces -Implementing novel vehicle guidance methods based on industrial-grade geodetic equipment
UAV Design
-Design of small to large-sized electric multirotor vehicles with payloads of up to 50kg -Complete industrial design approach suitable for production -Calculating requirements for electrical and propulsive systems according to specifications -Developing custom onboard and offboard software architecture based on robotic development frameworks -Creating user interaction interfaces -Implementing novel vehicle guidance methods based on industrial-grade geodetic equipment
UAV Design
-Design of small to large-sized electric multirotor vehicles with payloads of up to 50kg -Complete industrial design approach suitable for production -Calculating requirements for electrical and propulsive systems according to specifications -Developing custom onboard and offboard software architecture based on robotic development frameworks -Creating user interaction interfaces -Implementing novel vehicle guidance methods based on industrial-grade geodetic equipment
UAV Design
-Design of small to large-sized electric multirotor vehicles with payloads of up to 50kg -Complete industrial design approach suitable for production -Calculating requirements for electrical and propulsive systems according to specifications -Developing custom onboard and offboard software architecture based on robotic development frameworks -Creating user interaction interfaces -Implementing novel vehicle guidance methods based on industrial-grade geodetic equipment
UAV Design
-Design of small to large-sized electric multirotor vehicles with payloads of up to 50kg -Complete industrial design approach suitable for production -Calculating requirements for electrical and propulsive systems according to specifications -Developing custom onboard and offboard software architecture based on robotic development frameworks -Creating user interaction interfaces -Implementing novel vehicle guidance methods based on industrial-grade geodetic equipment
UAV Design
-Design of small to large-sized electric multirotor vehicles with payloads of up to 50kg -Complete industrial design approach suitable for production -Calculating requirements for electrical and propulsive systems according to specifications -Developing custom onboard and offboard software architecture based on robotic development frameworks -Creating user interaction interfaces -Implementing novel vehicle guidance methods based on industrial-grade geodetic equipment
UAV Design
-Design of small to large-sized electric multirotor vehicles with payloads of up to 50kg -Complete industrial design approach suitable for production -Calculating requirements for electrical and propulsive systems according to specifications -Developing custom onboard and offboard software architecture based on robotic development frameworks -Creating user interaction interfaces -Implementing novel vehicle guidance methods based on industrial-grade geodetic equipment
UAV Design
-Design of small to large-sized electric multirotor vehicles with payloads of up to 50kg -Complete industrial design approach suitable for production -Calculating requirements for electrical and propulsive systems according to specifications -Developing custom onboard and offboard software architecture based on robotic development frameworks -Creating user interaction interfaces -Implementing novel vehicle guidance methods based on industrial-grade geodetic equipment
UAV Design
-Design of small to large-sized electric multirotor vehicles with payloads of up to 50kg -Complete industrial design approach suitable for production -Calculating requirements for electrical and propulsive systems according to specifications -Developing custom onboard and offboard software architecture based on robotic development frameworks -Creating user interaction interfaces -Implementing novel vehicle guidance methods based on industrial-grade geodetic equipment
UAV Design
-Design of small to large-sized electric multirotor vehicles with payloads of up to 50kg -Complete industrial design approach suitable for production -Calculating requirements for electrical and propulsive systems according to specifications -Developing custom onboard and offboard software architecture based on robotic development frameworks -Creating user interaction interfaces -Implementing novel vehicle guidance methods based on industrial-grade geodetic equipment
UAV Design
-Design of small to large-sized electric multirotor vehicles with payloads of up to 50kg -Complete industrial design approach suitable for production -Calculating requirements for electrical and propulsive systems according to specifications -Developing custom onboard and offboard software architecture based on robotic development frameworks -Creating user interaction interfaces -Implementing novel vehicle guidance methods based on industrial-grade geodetic equipment
UAV Design
-Design of small to large-sized electric multirotor vehicles with payloads of up to 50kg -Complete industrial design approach suitable for production -Calculating requirements for electrical and propulsive systems according to specifications -Developing custom onboard and offboard software architecture based on robotic development frameworks -Creating user interaction interfaces -Implementing novel vehicle guidance methods based on industrial-grade geodetic equipment
UAV Design
-Design of small to large-sized electric multirotor vehicles with payloads of up to 50kg -Complete industrial design approach suitable for production -Calculating requirements for electrical and propulsive systems according to specifications -Developing custom onboard and offboard software architecture based on robotic development frameworks -Creating user interaction interfaces -Implementing novel vehicle guidance methods based on industrial-grade geodetic equipment
UAV Design
-Design of small to large-sized electric multirotor vehicles with payloads of up to 50kg -Complete industrial design approach suitable for production -Calculating requirements for electrical and propulsive systems according to specifications -Developing custom onboard and offboard software architecture based on robotic development frameworks -Creating user interaction interfaces -Implementing novel vehicle guidance methods based on industrial-grade geodetic equipment
UAV Design
-Design of small to large-sized electric multirotor vehicles with payloads of up to 50kg -Complete industrial design approach suitable for production -Calculating requirements for electrical and propulsive systems according to specifications -Developing custom onboard and offboard software architecture based on robotic development frameworks -Creating user interaction interfaces -Implementing novel vehicle guidance methods based on industrial-grade geodetic equipment
UAV Design
-Design of small to large-sized electric multirotor vehicles with payloads of up to 50kg -Complete industrial design approach suitable for production -Calculating requirements for electrical and propulsive systems according to specifications -Developing custom onboard and offboard software architecture based on robotic development frameworks -Creating user interaction interfaces -Implementing novel vehicle guidance methods based on industrial-grade geodetic equipment
UAV Design
-Design of small to large-sized electric multirotor vehicles with payloads of up to 50kg -Complete industrial design approach suitable for production -Calculating requirements for electrical and propulsive systems according to specifications -Developing custom onboard and offboard software architecture based on robotic development frameworks -Creating user interaction interfaces -Implementing novel vehicle guidance methods based on industrial-grade geodetic equipment
UAV Design
-Design of small to large-sized electric multirotor vehicles with payloads of up to 50kg -Complete industrial design approach suitable for production -Calculating requirements for electrical and propulsive systems according to specifications -Developing custom onboard and offboard software architecture based on robotic development frameworks -Creating user interaction interfaces -Implementing novel vehicle guidance methods based on industrial-grade geodetic equipment
UAV Design
-Design of small to large-sized electric multirotor vehicles with payloads of up to 50kg -Complete industrial design approach suitable for production -Calculating requirements for electrical and propulsive systems according to specifications -Developing custom onboard and offboard software architecture based on robotic development frameworks -Creating user interaction interfaces -Implementing novel vehicle guidance methods based on industrial-grade geodetic equipment
UAV Design
-Design of small to large-sized electric multirotor vehicles with payloads of up to 50kg -Complete industrial design approach suitable for production -Calculating requirements for electrical and propulsive systems according to specifications -Developing custom onboard and offboard software architecture based on robotic development frameworks -Creating user interaction interfaces -Implementing novel vehicle guidance methods based on industrial-grade geodetic equipment
UAV Design
-Design of small to large-sized electric multirotor vehicles with payloads of up to 50kg -Complete industrial design approach suitable for production -Calculating requirements for electrical and propulsive systems according to specifications -Developing custom onboard and offboard software architecture based on robotic development frameworks -Creating user interaction interfaces -Implementing novel vehicle guidance methods based on industrial-grade geodetic equipment
UAV Design
-Design of small to large-sized electric multirotor vehicles with payloads of up to 50kg -Complete industrial design approach suitable for production -Calculating requirements for electrical and propulsive systems according to specifications -Developing custom onboard and offboard software architecture based on robotic development frameworks -Creating user interaction interfaces -Implementing novel vehicle guidance methods based on industrial-grade geodetic equipment
UAV Design
3069152
Design of architectural objects, structures, and installations, aimed at manufacturability, utilizing modern CAD and computational design techniques.
Architectural Design
Design of architectural objects, structures, and installations, aimed at manufacturability, utilizing modern CAD and computational design techniques.
Architectural Design
Design of architectural objects, structures, and installations, aimed at manufacturability, utilizing modern CAD and computational design techniques.
Architectural Design
Design of architectural objects, structures, and installations, aimed at manufacturability, utilizing modern CAD and computational design techniques.
Architectural Design
Design of architectural objects, structures, and installations, aimed at manufacturability, utilizing modern CAD and computational design techniques.
Architectural Design
Design of architectural objects, structures, and installations, aimed at manufacturability, utilizing modern CAD and computational design techniques.
Architectural Design
Design of architectural objects, structures, and installations, aimed at manufacturability, utilizing modern CAD and computational design techniques.
Architectural Design
Design of architectural objects, structures, and installations, aimed at manufacturability, utilizing modern CAD and computational design techniques.
Architectural Design
Design of architectural objects, structures, and installations, aimed at manufacturability, utilizing modern CAD and computational design techniques.
Architectural Design
Design of architectural objects, structures, and installations, aimed at manufacturability, utilizing modern CAD and computational design techniques.
Architectural Design
Design of architectural objects, structures, and installations, aimed at manufacturability, utilizing modern CAD and computational design techniques.
Architectural Design
Design of architectural objects, structures, and installations, aimed at manufacturability, utilizing modern CAD and computational design techniques.
Architectural Design
Design of architectural objects, structures, and installations, aimed at manufacturability, utilizing modern CAD and computational design techniques.
Architectural Design
Design of architectural objects, structures, and installations, aimed at manufacturability, utilizing modern CAD and computational design techniques.
Architectural Design
Design of architectural objects, structures, and installations, aimed at manufacturability, utilizing modern CAD and computational design techniques.
Architectural Design
Design of architectural objects, structures, and installations, aimed at manufacturability, utilizing modern CAD and computational design techniques.
Architectural Design
Design of architectural objects, structures, and installations, aimed at manufacturability, utilizing modern CAD and computational design techniques.
Architectural Design
Design of architectural objects, structures, and installations, aimed at manufacturability, utilizing modern CAD and computational design techniques.
Architectural Design
Design of architectural objects, structures, and installations, aimed at manufacturability, utilizing modern CAD and computational design techniques.
Architectural Design
Design of architectural objects, structures, and installations, aimed at manufacturability, utilizing modern CAD and computational design techniques.
Architectural Design
3069008
Schematics, PCB layout, prototyping, testing, manufacturing of any electrical circuits.
Electrical Design
Schematics, PCB layout, prototyping, testing, manufacturing of any electrical circuits.
Electrical Design
Schematics, PCB layout, prototyping, testing, manufacturing of any electrical circuits.
Electrical Design
Schematics, PCB layout, prototyping, testing, manufacturing of any electrical circuits.
Electrical Design
Schematics, PCB layout, prototyping, testing, manufacturing of any electrical circuits.
Electrical Design
Schematics, PCB layout, prototyping, testing, manufacturing of any electrical circuits.
Electrical Design
Schematics, PCB layout, prototyping, testing, manufacturing of any electrical circuits.
Electrical Design
Schematics, PCB layout, prototyping, testing, manufacturing of any electrical circuits.
Electrical Design
Schematics, PCB layout, prototyping, testing, manufacturing of any electrical circuits.
Electrical Design
Schematics, PCB layout, prototyping, testing, manufacturing of any electrical circuits.
Electrical Design

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Educación

M.Sc

Universität Stuttgart, Germany 2014 - 2016
(2 años)

M.Arch

Universitatea Tehnicã a Moldovei, Moldova, Republic of 2008 - 2014
(6 años)

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Principales habilidades

3D Animation 1
Graphic Design
Engineering
Photoshop
CAD/CAM

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