We at Volocopter are pioneers in the development of electrical air taxis that
take off and land vertically (eVTOLs). We are bringing urban air mobility to
life by introducing our air taxis and drones as an electric addition to
current transportation options in megacities worldwide. Our aim is to offer
affordable on-demand air taxi services and save people time by flying them
safely to their destination. In 2011, we performed the first-ever crewed
flight of a purely electrical multicopter and have since showcased numerous
public flights with our full-scale Volocopters (www. volocopter.com).
Our custom-built Electric Propulsion System consisting of state-of-the-art
battery, power distribution and controlled electric motors are key to making
Volocopter's products extremely safe to fly. With your specific experience in
the development of electrical system for aviation or in integrating electric
propulsion components into mobility products, you contribute directly to the
certification of this uniquely safe and simple flight experience. As an
integral part of our Energy Storage Unit Team (ESU) component development
team, you ensure that the proper system development processes are followed by
the battery and power distribution teams.
Your mission during this flight:
Battery System Design: Lead the Electrical design and development of
battery systems for SC-VTOL and E-19 applications, considering the unique
requirements and challenges associated with electric aircraft
Compliance with EASA Standards: Ensure that battery systems meet the
certification requirements outlined by EASA, including SC-VTOL and E-19
guidelines, for both functional and safety aspects.
Battery Architecture: Propose electrical architectures of battery systems,
considering factors such as cell selection, battery management systems,
thermal management, and fault detection and mitigation strategies.
Testing and Validation: Plan comprehensive testing programs together with
the Validation and Verification Engineers to validate battery performance,
safety, and reliability. Coordinate with internal and external teams to
ensure compliance with EASA certification requirements.
Risk Assessment and Mitigation: Identify potential risks and hazards
associated with battery systems and develop appropriate mitigation
strategies to ensure safe and reliable operation.
Technical Documentation: Prepare and maintain accurate and detailed
technical documentation, including specifications, test reports,
compliance matrices, and certification-related documentation.
Collaboration and Leadership: Collaborate closely with cross-functional
teams, including electrical, mechanical, and software engineers, to ensure
seamless integration of battery systems into the overall aircraft
architecture. Provide technical guidance and mentorship to junior
engineers.
Check in your professional skills:
Battery System Design: Proven experience in designing and developing
battery systems for aerospace or automotive applications.
Battery Technologies: Strong understanding of various battery chemistries,
battery systems failure modes and mitigation strategies, and their
application in aerospace systems.
Battery Management Systems: Proficiency in battery management systems
(BMS), including state-of-charge estimation, cell balancing, and fault
detection algorithms.
Electrical System Integration: Expertise in integrating battery systems
with electrical power distribution systems in aircraft.
Safety and Reliability: Extensive experience in conducting safety and
reliability analyses for battery systems, including failure mode and
effects analysis (FMEA) and fault tree analysis (FTA).
Basic knowledge of HV and Li-ion batteries, DC power distribution, digital
communication buses, and/or model-based systems engineering
Knowledge of ARP4761, ARP4754, DO-254, DO-311 and DO-160
Preferred skills:
SC-VTOL and E-19 Experience: Prior experience in developing and certifying
battery systems for SC-VTOL or E-19 aircraft or similar electric aircraft
applications.
Regulatory Compliance: Familiarity with other relevant aviation
regulations and standards, such as FAA (Federal Aviation Administration)
requirements.
Thermal Management: Knowledge of thermal management techniques for battery
systems, including cooling and heating strategies.
System Modeling and Simulation: Proficiency in using modeling and
simulation tools for analyzing and optimizing battery system performance.
Project Management: Strong project management skills, including the
ability to manage schedules, budgets, and resources effectively.
Our Volocopter flight includes:
Fast-growing high-tech company with a supreme network of investors and
partners
Ability to contribute directly to the future of aviation
The chance to build up new things/projects from scratch
Personal accountability, growth and learning opportunities, based on your
personal strengths
An inspiring working environment with modern workspaces, flexible work
time, short lines of communication, flat structures, positive leadership,
great team spirit
Attractive salary package
Our differences make us stronger. At Volocopter, we value equal
opportunity, trust, and the voice of each of our employees. As change-makers
in air mobility, we believe that changing the world starts within each of our
teams. We are committed to driving innovation by celebrating diversity and
fostering an inclusive culture where everyone is treated equally and
respectfully, regardless of our different backgrounds and roles in the
company.
