Duration

Online
Duration: 2 weeks
Dates: 5-18 July, 2021
Application Deadline: 10 June, 2021
ECTS: 3
Cost: 100 USD*

_{*The cost includes: trainings and lectures, handouts, consulting, software programs (if needed), culture activities, certificate and reference letter.}

Offline
Duration: 2 weeks
Dates: 12-25 July, 2021
Application Deadline: 10 May, 2021
ECTS: 3
Cost: 900 USD*

_{*The cost includes: training and lectures, accommodation, lunches (according to the meal-plan), certificate, letter of recommendation, transfer to and from the Airport.}

Offline
Duration: 3 weeks
Dates: 12-31 July, 2021
Application Deadline: 10 May, 2021
ECTS: 5
Cost: 1100 USD*

_{Please pay attention,that it does not include Insurance,Visa and Consular fee,Travelling expenses to and from Ekaterinburg, Other expenses}

Program Outline

Program is organized and carried out in the laboratory. Students will program and test robots that solve specific technical problems, work on 3D printers with an international and Russian hardware and software components.

DEVELOPING A ROBOT THAT CAN FIND THE SHORTEST PATH IN A MAZE CREATED BY WALLS

Pre-requisites: Basic software engineering (programming), Basic course of mathematics and physics

Supervisor: Vladislav Melnikov

DEVELOPING A ROBOT THAT CAN SOLVE NAVIGATION PROBLEM IN THE CITY

Pre-requisites: Basic software engineering (programming), Basic course of mathematics and physics

Supervisor: Vladislav Melnikov

USE OF INDUSTRIAL CONTROLLERS TO AUTOMATE THE PRODUCTION PROCESS

Pre-requisites: Basic software engineering (programming), Basic course of mathematics and physics

Supervisor: Vladislav Melnikov

On the Photo: Supervisor Alexei Ogorodnikov with the robot that will be used in the project with 3D printing

CONTROLLERS AND INDUSTRIAL ROBOTS PROGRAMMING

Pre-requisites: Industrial robots, Controllers, Programming, Flexible manufacturing cells

Supervisors: Ilia Ogorodnikov

3D DESIGNING AND 3D PRINTING OF A GRIPPER FOR COLLABORATIVE ROBOT

The robot will be equipped with engines and operating system. Within the Project students will program and print a gripper for the robot (see the picture above)

Pre-requisites: Collaborative robot, Gripper, Computer-aided design, 3D printing, Topological optimization

Supervisors: Alexei Ogorodnikov

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Supervisors:

Vladislav Melnikov

_{Developer of the course “Programming of Microcontrollers”.}

_{Winner in the regional project competition of Samsung IT school. Teacher at “РобоКоД” club.}

_{More Information}

Ilia Ogorodnikov
_{Assistant Professor, Candidate of Physical and Mathematical Sciences
Graduated from "Electronics and automation of physical installments"
More Information}

Alexei Ogorodnikov

_{Senior Lecturer,}

_{Graduated from "Material Science and New Materials Technologies", Ural Federal University.}

_{More Imformation}

Created / Updated: 25 November 2019 / 18 March 2021

Robotics

Supervisors: