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Wipro's Avionics group provides airborne equipment
engineering,ground-systems integration, software
development services conforming to DO178B, and
testing/verification/validation services.
Airborne equipment skills include multi-function
displays, navigation systems, in-flight entertainment,
auxiliaries such as water treatment, waste management,
fire extinguishers and equipment simulation. Ground
systems include equipment control, such as for baggage
handling, automated gates, security systems and
RFID.
A comprehensive quality program maps Wipro's
quality processes to DO178B from levels A through
D. Experience with leading aircraft manufacturers
and a fast growing clientele in aerospace subsystem
suppliers vouches for Wipro's success in this
space.
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Embedded development |
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Ability
to take up complete development
- Hardware (ASIC, Board/FPGA,
SoC design) and Software |
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In-depth
knowledge on RTOS: VxWorks, PSOS,
QNX |
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Tools - RTRT,
Real Time UML, IDE |
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Firmware /
Low-level application design/development |
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Programming
skills - Ada, C, C++, Assembly |
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Development
process - DO178B compliant model |
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Complete knowledge
on Sub-Systems, Flight Control,
Navigation, Safety Systems, Communication
Systems (In-flight, Flight-to-ground) |
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| Diagnostics
and test suite development |
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In-built
diagnostics for hardware integrity
checks at board and sub-system
level |
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Standalone
as part of firmware or RTOS based
using low-level libraries |
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Online tests
- Fast checks for normal functioning
at run-time w/o affecting usage |
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Use of skills
acquired through extensive exposure
to diagnostics development for
products from major international
hardware vendors |
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Verification and validation |
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Verification
for any Airborne Software |
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Skills
on tools usage - Test tools and
automation tools |
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Knowledge on
validation procedure for mission
critical applications as per DO178B |
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Requirements
based test case selection &
development |
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Requirements
based integration testing /low-level
testing |
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Tests for coverage
analysis |
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Re-usable components
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Simulators |
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Simulated
model for various sub-systems:
Navigation system, environmental
control system, MFD, etc., |
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Configurable
functionality - GUI based user
interface |
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OS abstraction
- Portable to Real Time (VxWorks)
and non-Real Time (Windows) platforms |
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Development
using DO178B compliant process
model |
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| Device
drivers |
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1553B
and Arinc 429 |
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RTOS
platform, portable to other platforms |
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Validation
on controller based on commonly
used chipset |
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In-Flight entertainment |
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1394
based solution |
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Integration
of Wipro's components for communication
on 1394 - stack, audio, video
to demonstrate a functional prototype |
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Embedded Linux
platform - Portable to other RTOS
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Tool migration |
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Porting
of critical tools from legacy
platforms to new platforms |
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Leverage
from Wipro's porting skills -
Hands-on exposure to multiple
hardware and OS platforms, exposure
to Performance tuning, enhancing
user friendliness through CLI
/ GUI for user interfaces |
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Benefit from
new hardware/software platforms |
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Higher speed/throughput |
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Compatibility
with future platforms |
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