In Tanegashima, Japan, a spacecraft named Hope is being prepared for its launch towards Mars.
If all goes to plan, the UAE's Mars Hope Probe (or "Al Amal" in Arabic) will blast off this summer, reaching the Red Planet in February 2021.
Not only will the arrival of the 1,350-kilogram probe coincide with celebrations for the 50th anniversary of the establishment of the UAE, but it will also mark the first time the country orbits Mars.
Hope's scientists, from Dubai's Mohammed Bin Rashid Space Center (MBRSC), plan to send the craft into space at the same time as NASA's Perseverance Rover
and China's first Mars mission, Tianwen 1. They are aiming to launch during the biennial window, when Earth and Mars are closest together, starting in July 2020 and going into early August.
Although the coronavirus pandemic has forced the Emirates Mars Mission (EMM) team to adjust plans, it says it is still on track to launch on schedule.
To help build the spacecraft, the EMM team partnered with a team in the US, at the University of Colorado Boulder's Laboratory for Atmospheric and Space Physics.
"Mars is risky and Mars is difficult," Omran Sharaf, EMM Mission Lead says. "The mission was five times more complex than missions we have worked on before."
The Hope Probe is one of several space projects Dubai's MBRSC has been working on in recent years, including the launch of two satellites, sending the first Emirati into space and the ambitious goal to build a human settlement on Mars by 2117.
To find a novel science objective for Hope's upcoming mission, EMM scientists consulted the Mars Exploration Program Analysis Group (MEPAG), a forum created by NASA to plan explorations of Mars.
EMM's Science Lead, Sarah Al Amiri, says the team settled on the goal of building the first full picture of Mars' climate throughout the Martian year, because there is a gap in data and understanding.
Studying its weather system, including changes in the atmosphere and climate, could help lead to an understanding of how Mars -- a planet that used to share characteristics with Earth -- went from having rivers and lakes to having no water on its surface, she says.
"One of the reasons that Mars evolved to the state that it is in is atmospheric loss, and that's also one of the reasons why liquid water can't be stable on the surface," says Al Amiri. "To us, water is the source of life and it's a bit of a worry that there is a planet out there in our solar system and that its climate or atmosphere started changing, and water was lost from the surface."
To piece together the puzzle, the probe will aim to take a variety of measurements, allowing to explore different theories. Al Amiri says the team is especially interested in a possible link between dust storms and the loss of hydrogen and oxygen -- the building blocks of water -- from the Martian atmosphere.
n addition to addressing national challenges such as water security, Al Amiri, who is the Minister of State for Advanced Sciences, says the EMM has the wider goal of inspiring the UAE's youth to be interested in Science, Technology, Engineering and Mathematics (STEM).
Prior to the EMM, she says people with science backgrounds had fewer career opportunities -- often limited to education or research -- but the mission has opened up a variety of new possibilities.
"The mission created a mindset for the youth that there are opportunities for them to work in areas that they never thought they can work in," she says.
Young people will be important to try to transition the UAE's economy away from oil, she explains.
"For us, the EMM was a catapult for the UAE venturing into space," Al Amiri adds. "It's a transition from a natural and service-based economy to one that's based on creativity and knowledge."/cnn.com