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The development of electric aircraft is moving faster than ever, presenting both challenges and opportunities for airline operators.
Undoubtedly, there are huge potential benefits. However, the technology is still some way off and aviation companies will need to fundamentally re-think their staffing strategy to accommodate predicted industry changes.
Let’s take a closer look at the outlook for electric aircraft.
Why is aviation moving towards electric aircraft?
Electric aircraft will enable airlines to:
- Save on fuel costs: Fuel is the single biggest cost for most airlines. With electric aircraft, airlines will only need to pay for charging capacity. In the automotive industry, electric engines have reduced fuel costs by more than two-thirds.
- Meet environmental targets: IATA has tasked airlines with reducing emissions by 1.5% per year to 2020, while the UN has set its own target. As well as being far more efficient, electric engines would enable new, more fuel-efficient aircraft designs.
- Reduce noise pollution: Noise pollution can be an issue for anyone living close to an airport, and it frequently delays aircraft-facility planning applications. Passengers, planners and local residents will all benefit from significantly quieter electric engines.
- Expand short-haul routes: With electric engine technology still in its infancy, initial models will most likely service short-haul routes only. Fortunately, this fits with the need to replace most single-aisle aircraft by 2036 and the trend towards establishing new routes worldwide.
What are the key projects under development?
These are some of the developments you should be keeping an eye on:
How will this affect aviation staffing?
New skills are required to bring electric aircraft into the mainstream, many of which can be found in today’s developing electric automotive sector.
These will be some of the most important roles in this process:
- Product specialist: Communicate airline requirements to aircraft manufacturers
- Aircraft/component designer: Develop new engine components and airframes
- Robotics engineer: Scale and standardise electric aircraft production techniques
- Data analyst: Translate data to derive strategic design and implementation insights
- Airport operations staff: Establish airport facilities to accommodate electric aircraft
- MRO software engineer: Design software for new aircraft maintenance processes
- B1/B2 engineer: Ongoing maintenance of new aircraft and related technologies
We can’t know for sure if electric aircraft will be the future of aviation. However, the industry will continue developing at pace, and you will need staff with the right skills to keep up.
Find the calibre of staff you need to step bravely into the next age of aviation by calling on the expert team at AeroProfessional.