Aerial Systems
Urban Air Mobility at a glance!
Distributed electric propulsion and service-oriented architecture have reached a level of maturity to enable Urban Air Mobility (UAM). Missions could include rescue operations, news gathering, ground traffic monitoring, weather sensing, package delivery, and passenger transport. Remaining challenges are dynamic airspace geofencing, non-cooperative UAV interception, distributed electric propulsion.
Get More InfoLISA’s expertise in Aerial Systems
Aerial Systems are in the DNA of LISA company. Our team members are aviators apart from being recognized aerospace engineers. They have experienced the levels of safety and security requirements which characterize the aviation sector. Besides this, they have developed extra-ordinary skills in computing and data science, which makes them trustworthy allies to customers in their move towards intelligent aircraft systems. Finally, expertise in Cooperative Connected and Automated Mobility (CCAM) gives LISA’s engineers a foresight on troposphere networking concept.
Engineering Services - Aerial Systems
Our Engineering Services cover the full life-cycle of Aerial Systems from early requirement analysis to maintenance and recycling with focus on safety, security and sustainability aspects.
Safety Engineering for Aerial Systems
A Safety Engineer contributes to the specification, design, development, testing, validation, qualification and maintenance in safety conditions of complex aerial systems according to safety requirements and best practices.
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Security Engineering for Aerial Systems
A Security Engineer contributes to the specification, design, development, testing, validation, qualification and maintenance in security conditions of complex aerial systems according to security requirements and best practices.
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Sustainability Engineering for Aerial Systems
A Sustainability Engineer contributes to the specification, design, development, testing, validation, qualification and maintenance of complex aerial systems according to sustainability requirements and best practices.
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Interdisciplinary Engineering for Aerial Systems
A Senior System Engineer contributes to the specification, design, development, testing, validation, qualification and maintenance in of complex aerial systems according to safety, security and sustainability requirements.
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