We offer services using all the methods (processes, tools, expertise) needed to develop a complete complex system such as aircraft, electric vehicle or medical device. This includes all the methods to describe what it does, how it works, how to manufacture it, how to ensure it is safe/reliable and can be maintained and supported over many years.
Current product development activities are facing increased complexity and pressure:
- Time to market needs to get shorter and shorter
- Products feature set get richer and richer as technologies evolve rapidly
- Regulations gets tighter and tighter placing new constraints and risks on companies
Without a proper strategy this combination of increased complexity, accelerated pace and stringent surveillance can boost the costs of ER&D activities, for both the development and sustainment of products & services become significantly more costly.
WHAT WE DELIVER
Capgemini Engineering Global Service Line specialized in Systems Engineering helps its clients facing these challenges by deploying for them robust processes from concept to system, such as Requirement-based engineering, Model-based engineering, IVVQ (including virtual engineering).
We also assist them on precise and advanced topics such as digital continuity, next generation PLM, risk based assurance and board to board.
SYSTEMS ENGINEERING & MANAGEMENT SERVICES
We deploy robust processes from concept to system and support our clients in improving performance through process design & modelling, qualification, roll-out and ramp-up.
- MBSE (model-based systems engineering), Simulation, Validation
- Design to Value & Benchmarking
- Engineering tools & PLM
- Satellites and launchers’ engineering
- Efficient operations (Digital Twins)
FUNCTIONAL SAFETY SERVICES
We provide all of the safety expertise needed to demonstrate the safety of systems developed by us or by our clients. From governance at senior management level through the analysis of sub-systems and components.
- Whole-lifecycle Safety
- Security and Safety Management
- Compliance, Safety & Sustainability
- Safety Partnership
- Safety & NoBo (Notified Body) Assessment for Rail
AUTONOMOUS SYSTEMS ENGINEERING
We have specific offers covering all the systems engineering needed for complex autonomous systems in the following application areas:
- Autonomous systems
- Autonomous Driving / ADAS
- Unmanned Air Vehicles (UAV)
- Intelligent Rail Systems
- V&V of ADAS/AD functions
- Smart Cities
HIGHLIGHTS OF OUR NEXT CORE PORTFOLIO
OUR SUCCESS STORIES
MAN TRUCK & BUS AG
We acted as a development partner to electrify the TGM truck. This included the complete system responsibility for the electrification of the vehicle, from concept about integration to homologation. Since September 13th 2018, a fleet of the MAN eTGM-Trucks are in field trials with member companies of the Austrian-based Council for sustainable logistics (“CNL”).
We were the Notified Body (NoBo) and Independent Safety Assessor (ISA) for introduction of Hitachi’s trainborne European Train Control System (ETCS) solution, carrying out the safety and conformity assessment and gaining certification of the on-board system necessary for placing on the EU Market.
ENERGY ASSETS MANUFACTURER
Strategy and proof-of-concept development for a major manufacturer of capital assets in the energy sector. We developed a Digital Twin integrating 3D models, physical process simulation and VR/AR presentation. Potential benefits include reduced time to market, lower development cost, lower operating costs and higher asset utilization.
Autonomous Driving 5 main techno challenges Position Paper
Autonomous vehicles – whether for personal transport or freight delivery – could offer a potentially enormous disruption to life, business and society. The possible benefits - reductions in accidents arising from human error, reduced cost & environmental impact of transport, liberation of time currently committed to driving, and accessibility to a wider range of users - are all theoretically addressable.Download
En-Route to Urban Air Mobility: On The Fast Track To Viable and Safe On-Demand Air ServicesDownload
A disciplined approach to requirements engineering for high-integrity systems.Download