Given recent advancements in Robotics, Artificial Intelligence and Programming, what are the job opportunities of the future?

Alex – a key member of our VEX Robotics team – is explaining to us where he thinks the future is heading. Comparing autonomous programming to human operation, he points out the advantages and disadvantages of each.

VEX is an international competition where teams are challenged with designing, building and programming a robot to complete a set of tasks. A key part of our co-curricular programme, it has tested some of our best engineers to challenge themselves with some truly 21st century thinking.

Read on as we speak to three of our VEX Robotics team!
 
Daniel Samuel: ‘Teamwork & Communication’


Daniel Samuel – a team leader of one of our Year 8 groups – explains to us a little more about the competition. VEX requires students to build a robot out of plastic pieces that can be programmed to move cubes into designated areas. Students are then required to stack the balls on top of the cubes, therefore scoring points.

One of the most interesting comments Daniel Samuel makes about the competition concerns the importance of teamwork and collaboration. Aware that his team have different strengths, he mentions:

“We didn’t designate roles at the beginning, but we knew we had different skills. We knew that some of us were stronger at building, others at programming, others at driving.”

With the team assembled, the designs sketched and the problems discussed, Daniel Samuel highlights the most important part of the team building experience. This was developing the skill of decision making:

“People often have split views on what our priorities are. For example, one team member wanted to start developing a ball intake system, whilst another wanted to focus on an arm to pick up the cube. In the competition, the cubes are worth a lot more than the balls, so we talked through this together and made the call to focus on the arm.”

This wider discussion of competing priorities leads us onto Alex and his knack for problem solving. 

 
Alex: Problem Solving


Earlier in the feature, we mentioned Alex had some strong views on the differences between human and robotic understanding.

This difference has a direct bearing on the competition. As Alex explains, VEX has two components. The first requires that the robot follows a code to pick up the cubes and balls; but the second requires the robot being driven by a human. 

Discussing how they overcame the involvement of human operation, he comments:
 
“Pressure will always be a problem when humans are driving the car. So we tried to make the driving as easy as possible. We devised a solution where we mapped the controls so that sudden movements wouldn’t effect the car. This was where we focused on the ergonomic design of the controller.”
 
However, human operation does have some advantagess Alex points out:
 
“Human operation can adapt to problems very quickly, whereas a robot can only do pre-programmed commands. For example, if the robot misses the cue, it will go on to try to pick up the cube where it believes it will be and try to place the cube down where it believes should go. But humans can spot it hasn’t picked up the cube in the first place.”
 
Hopefully Alex’s reflections come true, as we humans continue to retain some relevance in the workplace of the future!
 
What these differences do point out is the level of critical thought, reflection and creativity our boys are challenged with in a competition such as VEX – not to mention its importance for their future. On this note, we talked to Oli about where VEX might take him in the coming years. 
 
Oli: Skills for the Future
 
 

Oli is in Year 10 so has already had one year’s experience competing in the Vex competitions. In fact, last year his team were so successful that they came back to Habs with some silverware:
 
“We won a design award at a national competition. When we talked to the judges at the nationals, they were really impressed by how we solved the problems that we had.”
 
Now Oli is working alongside a Sixth Form team, bringing his prior experience to bear on the more advanced levels of the competition. This ‘EDR’ level requires students to work with metal instead of plastic, necessitating more careful planning and a more involved construction of the robot. Looking forward to the future, Oli is thrilled with some of the experience he’s gained:
 
“I’m probably going to look at an engineering style job, so it’s really useful. For example, you have to think about designing a product with multiple functions. You’ve got to drive it, raise and lower the cubes, think about the intake of the cubes.”
 
Oli also mentions the great connections VEX had with the Design and Technology (DT) curriculum, especially since their current GCSE places a great emphasis on coding and programming. Full of enthusiasm for the coming year, it’s clear he’s set his sights on future success. 
 
21st Century Thinking


By deepening their understanding of programming, robotics and artificial intelligence, VEX is a great example of how our pupils are developing truly 21st century skills for forthcoming exams, the modern workplace – but also for the excellence in education that we stand for.

We wish both our teams the best of luck in their forthcoming competitions and for the subsequent challenges of the year ahead! 

Many thanks to Daniel Samuel, Alex and Oli for taking the time to talk to us – and of course the DT Department, especially Mr Hughes Caley and Mr Ryan, for their tremendous support of this competition.