0:01
rosc State corporation's United engine
0:04
Corporation ueec has launched an
0:06
information technology system for the
0:08
after Sal service of civil aviation
0:10
aircraft engines this system includes
0:13
the pd14 for the mc21 aircraft and the
0:18
sj100 ueec Specialists will be able to
0:21
monitor data on power unit usage
0:23
throughout their entire life cycle while
0:25
operators will be able to rapidly access
0:28
current technical documentation through
0:30
the Advanced Digital platform the
0:32
complete after sales service information
0:35
system has been tested and worked well
0:37
at companies like UE aviat viatel UE
0:39
perm Motors U Saturn and U climov as
0:43
well as within the United engine
0:45
Corporation the system comprises
0:47
numerous modules including technical
0:49
Publications management power unit Fleet
0:52
Management and Customer Support Center a
0:56
unified space has been established for
0:58
interaction with operating companies
1:00
and the service maintenance processes
1:02
for power units have been automated to
1:04
enhance the operational efficacy and
1:07
reliability of the engines the system
1:09
also records their operating parameters
1:12
the customer support center service
1:14
enables the timely receipt and
1:16
processing of requests for Technical and
1:18
informational support and consultations
1:21
on the operation of aircraft engines
1:23
Maxis chenko who is the service director
1:25
at UE said the implementation of the
1:28
corporate information system will
1:30
automate life cycle management during
1:32
their operation and after Sal service
1:34
processes for pd14 pd8 and TV 7117 St
1:41
engines the platform launch has
1:43
demonstrated the effective functioning
1:45
of all system modules and has enabled
1:47
the creation of a unified information
1:50
space for ue's interaction with
1:52
customers the architecture and
1:54
functionality of the new information
1:56
system meet modern international
1:58
standards the engineer in Center for
2:00
information and analytical systems is
2:03
responsible for the development and
2:04
implementation of the new digital
2:06
solution for aircraft engine after sales
2:09
service while RT project Technologies a
2:12
subsidiary of rosc serves as an
2:15
integrator and the project is being
2:17
executed with their assistance Mel kooki
2:20
CEO of RT project Technologies says the
2:23
comprehensive after sales service
2:25
information system is built on a
2:27
fundamental software platform with a
2:29
modern technology stack and
2:31
technological sovereignty the aviation
2:34
cluster automotive industry and ueec
2:36
Enterprises use the system successfully
2:39
this approach to developing such systems
2:41
along with the software used has great
2:43
potential for deployment at other rosc
2:46
Enterprises the automotive industry he
2:48
is referring to may be the Aus project
2:51
the system is designed to operate on a
2:53
onstop shop principle enabling corporate
2:56
clients to access essential information
2:59
for efficient engine operation and
3:01
logistical support analysis through a
3:03
portal at the UE aviat viatel Enterprise
3:06
in perm the technical support center for
3:08
the corporate after sales service
3:10
information system will be established
3:13
ueec GE and Rolls-Royce have developed
3:16
digital platforms that exhibit numerous
3:18
similarities Advanced Digital platforms
3:20
for engine management and after sales
3:22
service have been implemented by both
3:24
European and US corporations including
3:27
General Electric and Rolls-Royce to
3:30
improve efficiency and minimize
3:32
disruption these platforms frequently
3:34
incorporate digital twins real-time
3:36
monitoring and predictive maintenance in
3:39
addition these organizations furnish
3:41
comprehensive customer support through
3:43
digital portals which facilitate access
3:46
to technical documentation and support
3:48
services akin to ue's methodology
3:51
although these similarities exist there
3:53
are significant distinctions ueec puts
3:56
technological sovereignty first by using
3:59
a modern technology stack that relies
4:01
Less on software from other countries a
4:03
strategic goal of Russian businesses
4:06
conversely us and European organizations
4:09
frequently Implement a combination of
4:11
domestic and international Technologies
4:14
the system developed by ueec also seeks
4:16
to offer flexibility to different rosc
4:18
businesses including the automotive
4:20
industry such approaches may not be as
4:23
common in us or european companies where
4:25
industry specific Solutions are more
4:28
prevalent the regul atory environment
4:30
also has a substantial impact on ueec as
4:33
it is subject to specific Russian
4:35
regulations and sanctions these
4:37
variables can affect its technology
4:39
choices and Partnerships in comparison
4:42
to us and European companies that
4:44
operate under distinct regulatory
4:46
Frameworks Russia is the primary source
4:48
of design and Manufacturing for Russian
4:51
engines this emphasis on domestic
4:53
production has the potential to improve
4:56
control over the supply chain and reduce
4:58
dependence on foreign components
5:00
possibly simplifying servicing and
5:03
maintenance for instance Russia is
5:05
implementing Advanced Technologies like
5:08
composite materials and 3D printing to
5:11
establish self-sufficiency in aircraft
5:13
engine production as demonstrated by the
5:15
pd14 and pd35 engines conversely engine
5:19
manufacturers in the United States and
5:21
the European Union including General
5:23
Electric and Rolls-Royce frequently
5:25
operate with Global Supply chains their
5:28
operation necessitates the coordination
5:30
of multiple International suppliers
5:32
which can complicate Logistics and
5:35
maintenance consequently they procure
5:37
components from various countries
5:40
however this Global Network also allows
5:42
them to leverage specialized
5:44
Technologies and expertise worldwide
5:47
potentially enhancing engine performance
5:49
and reliability in terms of
5:51
serviceability Russian manufacturers may
5:53
find it simpler to service their engines
5:56
if they have a more localized supply
5:58
chain as they may have more more control
6:00
over the production and distribution of
6:02
Parts nevertheless the efficacy of this
6:06
method is contingent upon the efficiency
6:08
of the after sales service systems and
6:11
the quality and reliability of the
6:13
domestically produced components the
6:15
global nature of the supply chains of us
6:18
and EU manufacturers May provide them
6:20
with access to a wider range of
6:22
Technologies and experts which can also
6:24
make their products easier to service
6:26
through larger support networks however
6:29
Russian engines may be better at
6:31
controlling the supply chain in the
6:33
final analysis the efficacy of engine
6:36
servicing is contingent upon a
6:38
combination of strategic Partnerships
6:40
logistical efficiency and technological
6:44
capabilities now do you think Russia
6:47
will be able to better manage after
6:49
sales service than the Western
6:51
counterparts isn't spare parts
6:53
availability the biggest problem with
6:55
Russian equipment let us know in the
6:57
comments please like and share our
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