Competition Results
| No. | Team / Participant | Total Score | Result | |
|---|---|---|---|---|
| 1 | 11_11 | 64,25 | Winner – 1st place | |
| 2 | Tvoy vklad | 62,25 | Runner-up – 2nd place | |
| 3 | Ochevidnost | 61,50 | Runner-up – 3rd place | |
| 4 | TrueShacherSigmas2 | 60,75 | ||
| 5 | Tandem Talantov | 57,50 | ||
| 6 | Zapakh Pobedy | 56,50 | ||
| 7 | Islamov Ivan Dmitrievich | 55,50 | ||
| 8 | UAEY | 51,50 | «My choice» Prize Winner | |
| 9 | Chito | 49,75 | ||
| 10 | KES | 49,25 | ||
| 11 | Hearts of Dota III | 48,50 | ||
| 12 | Gen Talanta | 47,25 | ||
| 13 | Pyatnashka | 46,00 | ||
| 14 | NolTozheFaza | 45,25 | ||
| 15 | Delta | 34,75 | ||
| 16 | Konovalov Konstantin Alekseevich | 32,25 |
Team:
11_11
64,25
Winner – 1st place
Team:
Tvoy vklad
62,25
Runner-up – 2nd place
Team:
Ochevidnost
61,50
Runner-up – 3rd place
Team:
TrueShacherSigmas2
60,75
Team:
Tandem Talantov
57,50
Team:
Zapakh Pobedy
56,50
Team:
Islamov Ivan Dmitrievich
55,50
Team:
UAEY
51,50
«My choice» Prize Winner
Team:
Chito
49,75
Team:
KES
49,25
Team:
Hearts of Dota III
48,50
Team:
Gen Talanta
47,25
Team:
Pyatnashka
46,00
Team:
NolTozheFaza
45,25
Team:
Delta
34,75
Team:
Konovalov Konstantin Alekseevich
32,25
| № | Team / Participant | Case | Final score |
|---|---|---|---|
| 1 | Islamov Ivan Dmitrievich | Development of a Sensor System for Monitoring Heat Loss in Buildings | 62,00 |
| 2 | TrueShacherSigmas2 | Development of a Sensor System for Monitoring Heat Loss in Buildings | 61,00 |
| 3 | Konovalov Konstantin Alekseevich | Development of a Sensor System for Monitoring Heat Loss in Buildings | 55,00 |
| 4 | Delta | Development of a Sensor System for Monitoring Heat Loss in Buildings | 53,00 |
| 5 | Chito | Development of a Sensor System for Monitoring Heat Loss in Buildings | 53,00 |
| 6 | Pashkov Aleksey Pavlovich | Development of a Sensor System for Monitoring Heat Loss in Buildings | 50,00 |
| 7 | Neogranichennye vozmozhnosti | Development of a Sensor System for Monitoring Heat Loss in Buildings | 48,00 |
| 8 | Energiya | Development of a Sensor System for Monitoring Heat Loss in Buildings | 43,00 |
| 9 | Opasny kvas | Development of a Sensor System for Monitoring Heat Loss in Buildings | 33,00 |
| 10 |
Talanty Rubtsovska |
Development of a Sensor System for Monitoring Heat Loss in Buildings | 31,00 |
| 11 | Elektrobоlt | Development of a Sensor System for Monitoring Heat Loss in Buildings | 30,00 |
Team:
Islamov Ivan Dmitrievich
62,00
Development of a Sensor System for Monitoring Heat Loss in Buildings
Team:
TrueShacherSigmas2
61,00
Development of a Sensor System for Monitoring Heat Loss in Buildings
Team:
Konovalov Konstantin Alekseevich
55,00
Development of a Sensor System for Monitoring Heat Loss in Buildings
Team:
Delta
53,00
Development of a Sensor System for Monitoring Heat Loss in Buildings
Team:
Chito
53,00
Development of a Sensor System for Monitoring Heat Loss in Buildings
Team:
Pashkov Aleksey Pavlovich
50,00
Development of a Sensor System for Monitoring Heat Loss in Buildings
Team:
Neogranichennye vozmozhnosti
48,00
Development of a Sensor System for Monitoring Heat Loss in Buildings
Team:
Energiya
43,00
Development of a Sensor System for Monitoring Heat Loss in Buildings
Team:
Opasny kvas
33,00
Development of a Sensor System for Monitoring Heat Loss in Buildings
Team:
Talanty Rubtsovska
31,00
Development of a Sensor System for Monitoring Heat Loss in Buildings
Team:
Elektrobоlt
30,00
Development of a Sensor System for Monitoring Heat Loss in Buildings
| № | Team / Participant | Case | Final score |
|---|---|---|---|
| 1 | NolTozheFaza | Analytics System for Noise and Light Pollution in Park and Forest Park Areas | 53,00 |
| 2 | Ochevidnost | Recycling Technology | 46,00 |
| 3 | Zapakh Pobedy | Recycling Technology | 46,00 |
| 4 | Tandem Talantov | Recycling Technology | 44,00 |
| 5 | Zeľtser Ekaterina Maksimovna | Analytics System for Noise and Light Pollution in Park and Forest Park Areas | 39,00 |
| 6 | Junіory | Analytics System for Noise and Light Pollution in Park and Forest Park Areas | 37,00 |
| 7 | Shestigranniki | Analytics System for Noise and Light Pollution in Park and Forest Park Areas | 33,00 |
| 8 | GenFun | Recycling Technology | 30,00 |
| 9 | TimBRoZin | Recycling Technology | 24,00 |
Team:
NolTozheFaza
53,00
Analytics System for Noise and Light Pollution in Park and Forest Park Areas
Team:
Ochevidnost
46,00
Recycling Technology
Team:
Zapakh Pobedy
46,00
Recycling Technology
Team:
Tandem Talantov
44,00
Recycling Technology
Team:
Zeľtser Ekaterina Maksimovna
39,00
Analytics System for Noise and Light Pollution in Park and Forest Park Areas
Team:
Junіory
37,00
Analytics System for Noise and Light Pollution in Park and Forest Park Areas
Team:
Shestigranniki
33,00
Analytics System for Noise and Light Pollution in Park and Forest Park Areas
Team:
GenFun
30,00
Recycling Technology
Team:
TimBRoZin
24,00
Recycling Technology
| № | Team / Participant | Case | Final score |
|---|---|---|---|
| 1 | 11_11 | Development of Tools for Automatic Recognition of Advertising and Information Signs | 70,00 |
| 2 | Hearts of Dota III | Development of Tools for Automatic Recognition of Advertising and Information Signs | 69,00 |
| 3 | Pyatnashka | Development of a Visual Method for Presenting Desired Urban Projects | 62,00 |
| 4 | Gen Talanta | Development of a Visual Method for Presenting Desired Urban Projects | 62,00 |
| 5 | UAEY | Development of a Visual Method for Presenting Desired Urban Projects | 60,00 |
| 6 | Tvoy vklad | Development of a Visual Method for Presenting Desired Urban Projects | 58,00 |
| 7 | KES | Development of a Visual Method for Presenting Desired Urban Projects | 58,00 |
| 8 | Petrov Kirill Sergeevich | Development of a Visual Method for Presenting Desired Urban Projects | 54,00 |
| 9 | KamCode | Development of a Visual Method for Presenting Desired Urban Projects | 53,00 |
| 10 | Quantum Crew | Unified Map of Green Spaces and their Condition | 51,00 |
| 11 | Opyonysheva Zlata Grigorevna | Development of a Visual Method for Presenting Desired Urban Projects | 47,00 |
| 12 | Zelenyy kod | Unified Map of Green Spaces and their Condition | 41,00 |
Team:
11_11
70,00
Development of Tools for Automatic Recognition of Advertising and Information Signs
Team:
Hearts of Dota III
69,00
Development of Tools for Automatic Recognition of Advertising and Information Signs
Team:
Pyatnashka
62,00
Development of a Visual Method for Presenting Desired Urban Projects
Team:
Gen Talanta
62,00
Development of a Visual Method for Presenting Desired Urban Projects
Team:
UAEY
60,00
Development of a Visual Method for Presenting Desired Urban Projects
Team:
Tvoy vklad
58,00
Development of a Visual Method for Presenting Desired Urban Projects
Team:
KES
58,00
Development of a Visual Method for Presenting Desired Urban Projects
Team:
Petrov Kirill Sergeevich
54,00
Development of a Visual Method for Presenting Desired Urban Projects
Team:
KamCode
53,00
Development of a Visual Method for Presenting Desired Urban Projects
Team:
Quantum Crew
51,00
Unified Map of Green Spaces and their Condition
Team:
Opyonysheva Zlata Grigorevna
47,00
Development of a Visual Method for Presenting Desired Urban Projects
Team:
Zelenyy kod
41,00
Unified Map of Green Spaces and their Condition
| No. | Team / Participant | Total Score | Result | |
|---|---|---|---|---|
| 1 | Inventore | 67,0 | Winner – 1st place | |
| 2 | Gladenko Viktoriya Andreevna | 65,8 | Runner-up – 2nd place | |
| 3 | Time To Work | 64,8 | Runner-up – 3rd place | |
| 4 | Zenit | 64,4 | ||
| 5 | 21 Builders | 64,4 | ||
| 6 | Zaytsev Egor Aleksandrovich | 64,2 | ||
| 7 | 64bit | 64,0 | «My choice» Prize Winner | |
| 8 | V nachale budushchego | 61,6 | ||
| 9 | 50 Ottenkov Uglya | 61,6 | ||
| 10 | BOYS&GIRL | 61.2 | ||
| 11 | PNKpRIK | 61,0 | ||
| 12 | M&M | 60,0 | ||
| 13 | Excel-eratory | 59,8 | ||
| 14 | Sidorkin Pavel Evgenievich | 55,0 | ||
| 15 | Berda Vladislav Nikolaevich | 51,6 | ||
| 16 | Kosmonavty | 48,4 |
Team:
Inventore
67,0
Winner – 1st place
Team:
Gladenko Viktoriya Andreevna
65,8
Runner-up – 2nd place
Team:
Time To Work
64,8
Runner-up – 3rd place
Team:
Zenit
64,4
Team:
21 Builders
64,4
Team:
Zaytsev Egor Aleksandrovich
64,2
Team:
64bit
64,0
«My choice» Prize Winner
Team:
V nachale budushchego
61,6
Team:
50 Ottenkov Uglya
61,6
Team:
BOYS&GIRL
61.2
Team:
PNKpRIK
61,0
Team:
M&M
60,0
Team:
Excel-eratory
59,8
Team:
Sidorkin Pavel Evgenievich
55,0
Team:
Berda Vladislav Nikolaevich
51,6
Team:
Kosmonavty
48,4
| № | Team / Participant | Case | Final score |
|---|---|---|---|
| 1 | V nachale budushchego | Development of Methods for Flushing or Cleaning Pipelines Using Alternative Washing Solutions (excluding CFCs) or Technologies | 66,50 |
| 2 | Zaytsev Egor Aleksandrovich | Modern Solutions for Lining Internal Surfaces | 65,00 |
| 3 | Berda Vladislav Nikolaevich | Optimal Reagents for Removing Hardness Salts (Ca2+; Mg2+) from solutions | 63,50 |
| 4 | Gladenko Viktoriya Andreevna | Optimal Reagents for Removing Hardness Salts (Ca2+; Mg2+) from solutions | 59,00 |
| 5 | Katalist | Method for Optimizing Catalyst Alloys | 54,00 |
| 6 | Ascendant | Modern Solutions for Lining Internal Surfaces | 51,00 |
| 7 | Kaplanayn Vladislav Rolandovich | Optimal Reagents for Removing Hardness Salts (Ca2+; Mg2+) from solutions | 46,50 |
| 8 | Aslanov Pyotr Vadimovich | Method for Optimizing Catalyst Alloys | 42,50 |
Team:
V nachale budushchego
66,50
Development of Methods for Flushing or Cleaning Pipelines Using Alternative Washing Solutions (excluding CFCs) or Technologies
Team:
Zaytsev Egor Aleksandrovich
65,00
Modern Solutions for Lining Internal Surfaces
Team:
Berda Vladislav Nikolaevich
63,50
Optimal Reagents for Removing Hardness Salts (Ca2+; Mg2+) from solutions
Team:
Gladenko Viktoriya Andreevna
59,00
Optimal Reagents for Removing Hardness Salts (Ca2+; Mg2+) from solutions
Team:
Katalist
54,00
Method for Optimizing Catalyst Alloys
Team:
Ascendant
51,00
Modern Solutions for Lining Internal Surfaces
Team:
Kaplanayn Vladislav Rolandovich
46,50
Optimal Reagents for Removing Hardness Salts (Ca2+; Mg2+) from solutions
Team:
Aslanov Pyotr Vadimovich
42,50
Method for Optimizing Catalyst Alloys
| № | Team / Participant | Case | Final score |
|---|---|---|---|
| 1 | Inventore | Reduction of Coal Ash Content | 61,33 |
| 2 |
Zenit |
Development of Methods and Assessment of the Feasibility of Using 0–25 coal Fraction | 56,33 |
| 3 |
PNKpRIK |
Development of Methods and Assessment of the Feasibility of Using 0–25 coal Fraction | 55,00 |
| 4 | ММ | Reduction of Coal Ash Content | 27,33 |
Team:
Inventore
61,33
Reduction of Coal Ash Content
Team:
Zenit
56,33
Development of Methods and Assessment of the Feasibility of Using 0–25 coal Fraction
Team:
PNKpRIK
55,00
Development of Methods and Assessment of the Feasibility of Using 0–25 coal Fraction
Team:
ММ
27,33
Reduction of Coal Ash Content
| № | Team / Participant | Case | Final score |
|---|---|---|---|
| 1 | M&M | Reduction of Recirculating Water Temperature | 64,00 |
| 2 | BOYS&GIRL | Reduction of Rolling Stock Loading Preparation Time | 61,00 |
| 3 | 21 Builders | Reduction of Rolling Stock Loading Preparation Time | 59,00 |
| 4 | 64bit | Cooling of Intake Air for Compressor (turbo-compressor) Units | 58,00 |
| 5 | Time To Work | Options for Digitalizing Roadheader Control | 58,00 |
| 6 | Budushchee | Efficient Evaporation Units for Caustic Production | 57,50 |
| 7 |
YAK-3 |
Increase in Service Life of Friction Pairs Between Overhauls | 57,50 |
| 8 | Titomir Kseniya Vladimirovna | Reduction of Rolling Stock Loading Preparation Time | 55,00 |
| 9 | 2D | Use of Digital Tools for Training in Safe Work Practices (occupational safety) | 55,00 |
| 10 | Dream Team | Reduction of Rolling Stock Loading Preparation Time | 53,50 |
| 11 | Rekin Timofey Andreevich | Options for Digitalizing Roadheader Control | 42,00 |
| 12 | Beushev Makar Aleksandrovich | Use of Digital Tools for Training in Safe Work Practices (occupational safety) | 31,33 |
| 13 |
Elementy uspekha |
Efficient Evaporation Units for Caustic Production | 28,50 |
| 14 | Antyufeev Aleksandr Viktorovich | Use of Digital Tools for Training in Safe Work Practices (occupational safety) | 12,67 |
Team:
M&M
64,00
Reduction of Recirculating Water Temperature
Team:
BOYS&GIRL
61,00
Reduction of Rolling Stock Loading Preparation Time
Team:
21 Builders
59,00
Reduction of Rolling Stock Loading Preparation Time
Team:
64bit
58,00
Cooling of Intake Air for Compressor (turbo-compressor) Units
Team:
Time To Work
58,00
Options for Digitalizing Roadheader Control
Team:
Budushchee
57,50
Efficient Evaporation Units for Caustic Production
Team:
YAK-3
57,50
Increase in Service Life of Friction Pairs Between Overhauls
Team:
Titomir Kseniya Vladimirovna
55,00
Reduction of Rolling Stock Loading Preparation Time
Team:
2D
55,00
Use of Digital Tools for Training in Safe Work Practices (occupational safety)
Team:
Dream Team
53,50
Reduction of Rolling Stock Loading Preparation Time
Team:
Rekin Timofey Andreevich
42,00
Options for Digitalizing Roadheader Control
Team:
Beushev Makar Aleksandrovich
31,33
Use of Digital Tools for Training in Safe Work Practices (occupational safety)
Team:
Elementy uspekha
28,50
Efficient Evaporation Units for Caustic Production
Team:
Antyufeev Aleksandr Viktorovich
12,67
Use of Digital Tools for Training in Safe Work Practices (occupational safety)
| № | Team / Participant | Case | Final score |
|---|---|---|---|
| 1 |
50 oтtenkov uglya |
Development of Noise and Dust Protection Measures During Mining Operations | 62,33 |
| 2 |
Excel-eratory |
Use and Disposal of Water Pumped from Flooded Sections of Mine Workings | 57,67 |
| 3 | Sidorkin Pavel Evgenievich | Efficient Method of Coal Transportation | 53,33 |
| 4 |
Druzhba |
Improvement of Road Pavement Quality Under Challenging Operating Conditions | 52,67 |
| 5 | Coal42 | Elimination of Coal Self-Heating Foci | 52,33 |
| 6 | RiseinHigh | Develop a System For Mining the Initial Overburden Benches without Using Railway Stripping | 52,00 |
| 7 | Integrity | Efficient Method of Coal Transportation | 50,33 |
| 8 |
Kuzbasskoe eKspressO |
Organizing Safe Work During Waste Dump Receiving Operations | 50,00 |
| 9 |
Rezonans |
Develop a System For Mining the Initial Overburden Benches without Using Railway Stripping | 49,33 |
| 10 |
Sorok dva |
Efficient Method of Coal Transportation | 38,33 |
| 11 | Krasnov Andrey Vyacheslavovich | Comprehensive Waste Paper Recycling | 38,00 |
| 12 | TrueShacherSigmas1 | Use and Disposal of Water Pumped from Flooded Sections of Mine Workings | 37,33 |
| 13 | KuzO2 | Reduction of Coal Ash Content | 36,67 |
| 14 | TerabyteInfo | Comprehensive Waste Paper Recycling | 36,00 |
| 15 | Gornye Innovatory | Comprehensive Waste Paper Recycling | 34,67 |
| 16 | Robi | Elimination of Coal Self-heating Foci | 34,33 |
| 17 | CoalA | Elimination of Coal Self-heating Foci | 34,33 |
| 18 | Chernov Makar Arkadyevich | Development of a Method for Heating a Fuel Oil Tank Car | 30,00 |
| 19 | Pozhidaev Mikhail Evgenievich | Development of a Method for Heating a Fuel Oil Tank Car | 28,00 |
| 20 |
Kukhnya |
Use and Disposal of Water Pumped from Flooded Sections of Mine Workings | 27,67 |
| 21 | Bragin Andrey Sergeevich | Efficient Method of Coal Transportation | 27,00 |
| 22 | Sukhariki | Efficient Method of Coal Transportation | 26,67 |
| 23 | Teplovizionery 3000 | Organizing Safe Work During Waste Dump Receiving Operations | 23,67 |
| 24 | Venom MQ | Organizing Safe Work During Waste Dump Receiving Operations | 23,00 |
| 25 | Korepanov Prokhor Petrovich | Efficient Method of Coal Transportation | 20,67 |
| 26 | Solovyev Evgeniy Petrovich | Formation of Durable Road Pavement for Technological Roads | 20,33 |
Team:
50 oтtenkov uglya
62,33
Development of Noise and Dust Protection Measures During Mining Operations
Team:
Excel-eratory
57,67
Use and Disposal of Water Pumped from Flooded Sections of Mine Workings
Team:
Sidorkin Pavel Evgenievich
53,33
Efficient Method of Coal Transportation
Team:
Druzhba
52,67
Improvement of Road Pavement Quality Under Challenging Operating Conditions
Team:
Coal42
52,33
Elimination of Coal Self-Heating Foci
Team:
RiseinHigh
52,00
Develop a System For Mining the Initial Overburden Benches without Using Railway Stripping
Team:
Integrity
50,33
Efficient Method of Coal Transportation
Team:
Kuzbasskoe eKspressO
50,00
Organizing Safe Work During Waste Dump Receiving Operations
Team:
Rezonans
49,33
Develop a System For Mining the Initial Overburden Benches without Using Railway Stripping
Team:
Sorok dva
38,33
Efficient Method of Coal Transportation
Team:
Krasnov Andrey Vyacheslavovich
38,00
Comprehensive Waste Paper Recycling
Team:
TrueShacherSigmas1
37,33
Use and Disposal of Water Pumped from Flooded Sections of Mine Workings
Team:
KuzO2
36,67
Reduction of Coal Ash Content
Team:
TerabyteInfo
36,00
Comprehensive Waste Paper Recycling
Team:
Gornye Innovatory
34,67
Comprehensive Waste Paper Recycling
Team:
Robi
34,33
Elimination of Coal Self-heating Foci
Team:
CoalA
34,33
Elimination of Coal Self-heating Foci
Team:
Chernov Makar Arkadyevich
30,00
Development of a Method for Heating a Fuel Oil Tank Car
Team:
Pozhidaev Mikhail Evgenievich
28,00
Development of a Method for Heating a Fuel Oil Tank Car
Team:
Kukhnya
27,67
Use and Disposal of Water Pumped from Flooded Sections of Mine Workings
Team:
Bragin Andrey Sergeevich
27,00
Efficient Method of Coal Transportation
Team:
Sukhariki
26,67
Efficient Method of Coal Transportation
Team:
Teplovizionery 3000
23,67
Organizing Safe Work During Waste Dump Receiving Operations
Team:
Venom MQ
23,00
Organizing Safe Work During Waste Dump Receiving Operations
Team:
Korepanov Prokhor Petrovich
20,67
Efficient Method of Coal Transportation
Team:
Solovyev Evgeniy Petrovich
20,33
Formation of Durable Road Pavement for Technological Roads
