Crafting Electric-Solar or Hydrogen-Powered Multimodal Vehicles
AurinkoLab: Empowering tomorrow's engineers today
Crafting Electric-Solar or Hydrogen-Powered Multimodal Vehicles
AurinkoLab: Empowering tomorrow's engineers today
Engineering School
About us
Engineering courses designed to be taught in teams of children and teenagers from 4 to 12 people can be very effective due to their individual approach and emphasis on teamwork.
AurinkoLab Talent community
Is a community of engineering students and teachers focused on technical creativity and technological entrepreneurship.
Competitions
The exam is held in a competition format where the creativity of the team, reliability of solutions and partnership are demonstrated
Resource hub
We have all the necessary tools, test benches, diagrams, unique manuals and rules.
Assembly of electrical devices and installation of electrical cables .
Assembly of an on-board solar power station
Assembly of the steering control of the boat and installation of the powertrain.
Safety of navigation and rules of guideline of an electric boat .
Electric boat driving skills.
Principles of graphic design in transport.
The course provides students with an understanding of solar energy and develops shipbuilding skills. The course provides an opportunity for a student to build a solarboat with a solar power plant in a team and participate in exciting competitions on the water competing with other teams.
You will receive a certificate of completion listing all the skills acquired during the course.
Materials and devices necessary for the assembly of the solar boat, Instructions for the assembly and configuration of equipment
20 hours of Offline workshop with a teacher as part of a team of 4-12 participants aged 14-17 years
10 hours of Offline Workshop with a teacher as part of a team of 3 to 5 participants aged 12-14 years Materials and devices necessary for the assembly of a temporary go-map, Instructions for assembling and configuring equipment.
The course provides students with an understanding of solar energy and develops skills in assembling an electric car. The course gives the student the opportunity to build a go-kart with a solar power plant in a team and participate in exciting competitions on a racing track competing with other teams.
Introduction to e solar power station.
Safety regulations .
Skills assembling a car on an assembly bench
Assembling an energy storage and storage system
Assembly of electrical devices and installation of electrical cables .
Assembly of an on-board solar power plant
Assembly of the steering control of the car and installation of traction electric motors.
Safety rules when driving a car on a race track
Go Card Driving Skills
Principles of graphic design in transport.
Learning outcomes
You will receive a certificate of completion listing all the skills acquired during the course.
Assembly of electrical devices and installation of electrical cables .
Assembly of an on-board solar power plant
Assembly of the steering control of the car and installation of traction electric motors.
Safety rules when driving a car on a race track
Go Card Driving Skills
Principles of graphic design in transport.
Learning outcomes
You will receive a certificate of completion listing all the skills acquired during the course.
The course provides students with an understanding of solar energy and develops skills in assembling an electric car. The course gives the student the opportunity to build a go-kart with a solar power plant in a team and participate in exciting competitions on a racing track competing with other teams.
10 hours of Offline Workshop with a teacher as part of a team of 3 to 5 participants aged 12-14 years Materials and devices necessary for the assembly of a temporary go-map, Instructions for assembling and configuring equipment.