The FIDE Arbiters’ Seminar is going to be organized from 24/2/2021 to 28/2/2021 in Moscow, Russia, by the Chess Federation of Russia and Chess Federation of Moscow, under the auspices of FIDE.
The venue of the Seminar will be the Russian state social university, W.Pik street, 4, Moscow.
The Lecturer will be IA, IO Alexander Tkachev (RUS), FIDE Lecturer and Assistant Lecturer will be IA/IO Akhmetov, Artiom (RUS).
The language of the Seminar will be Russian.
The Seminar will give norms and titles of FIDE Arbiter, according to the Regulations for the titles of Arbiters.
Schedule:
24.02 – Day of arrival.
25.02 (10.30 am – 4.30 pm) – Laws of Chess (including Rapid, Blitz, etc) – Anti cheating guidelines for Arbiters
26.02 (10.30 am – 4.30 pm) – Tournament Rules, System of Games, tie breaks.
27.02 (10.30 am – 4.30 pm) – Swiss system. Pairing rules, Regulations for the rating and the over-the-board titles, Regulations for the titles of the Arbiters, Use of the electronic clocks, Examination test.
28.02. – day of departure
This course is a 4 times 2 hours curriculum focused on the Basic level of online and hybrid arbiters:
Lecture 1: Introduction to Online Arbiters: roles, processes and tools
Lecture 2: FIDE Online Tournament Regulations and Supervision
Lecture 3: Being an Efficient Online Arbiter
Lecture 4: Being an Efficient Local Arbiter for Hybrid Events
This course is a 4 times 2 hours curriculum focused on the Basic level of online and hybrid arbiters:
Lecture 1: Introduction to Online Arbiters: roles, processes and tools
Lecture 2: FIDE Online Tournament Regulations and Supervision
Lecture 3: Being an Efficient Online Arbiter
Lecture 4: Being an Efficient Local Arbiter for Hybrid Events
This course is a 4 times 2 hours curriculum focused on the Basic level of online and hybrid arbiters:
Lecture 1: Introduction to Online Arbiters: roles, processes and tools
Lecture 2: FIDE Online Tournament Regulations and Supervision
Lecture 3: Being an Efficient Online Arbiter
Lecture 4: Being an Efficient Local Arbiter for Hybrid Events
This course is a 4 times 2 hours curriculum focused on the Basic level of online and hybrid arbiters:
Lecture 1: Introduction to Online Arbiters: roles, processes and tools
Lecture 2: FIDE Online Tournament Regulations and Supervision
Lecture 3: Being an Efficient Online Arbiter
Lecture 4: Being an Efficient Local Arbiter for Hybrid Events
Saturday, April 17th, 2021
1400-1700 Laws of Chess
1800-2100 Types of tournament/tie break systems
Sunday, April 18th, 2021
1400-1700 Laws of Chess
1800-2100 Pairings
Saturday, April 24th, 2021
1400-1700 Titles and Ratings
1800-2100 Pairings/Arbiter Titles/Anti-Cheating
Sunday, April 25th, 2021
1400-1600 Clocks/Revision/
1800-2100 Examination
All Times BST (GMT+1)
This course is a 4 times 2 hours curriculum focused on the Basic level of online and hybrid arbiters:
Lecture 1: Introduction to Online Arbiters: roles, processes and tools
Lecture 2: FIDE Online Tournament Regulations and Supervision
Lecture 3: Being an Efficient Online Arbiter
Lecture 4: Being an Efficient Local Arbiter for Hybrid Events
This course is a 4 times 2 hours curriculum focused on the Basic level of online and hybrid arbiters:
Lecture 1: Introduction to Online Arbiters: roles, processes and tools
Lecture 2: FIDE Online Tournament Regulations and Supervision
Lecture 3: Being an Efficient Online Arbiter
Lecture 4: Being an Efficient Local Arbiter for Hybrid Events
This course is a 4 times 2 hours curriculum focused on the Basic level of online and hybrid arbiters:
Lecture 1: Introduction to Online Arbiters: roles, processes and tools
Lecture 2: FIDE Online Tournament Regulations and Supervision
Lecture 3: Being an Efficient Online Arbiter
Lecture 4: Being an Efficient Local Arbiter for Hybrid Events
This course is a 4 times 2 hours curriculum focused on the Basic level of online and hybrid arbiters:
Lecture 1: Introduction to Online Arbiters: roles, processes and tools
Lecture 2: FIDE Online Tournament Regulations and Supervision
Lecture 3: Being an Efficient Online Arbiter
Lecture 4: Being an Efficient Local Arbiter for Hybrid Events