Ep 12. sNOw Problem? Part 1

Design Squad is a television show featuring a group of young engineers who are always up for a new challenge. In season 2 episode 12 titled “sNOw Problem? Part 1,” the team is faced with their most daunting task yet - creating a snow plow that can withstand the harshest winter conditions.

The episode begins with host Nate Ball and his team introducing the challenge to viewers. Teams will need to design and build a snow plow that can easily clear three feet of snow, while also being durable enough to withstand impact with ice and other obstacles. They are given access to various materials and tools and are given two days to complete the project.

The teams are made up of two members each, and each team has a different approach to the problem. One team opts for a lightweight plow made of PVC pipes and foam board, while another chooses to use a metal frame and a large blade to clear the snow. A third team decides to add maneuverability to their plow by adding a joystick to control the blade’s movement.

Throughout the show, viewers watch as the teams struggle to work together and overcome obstacles. One team, in particular, experiences a major setback when their plow’s blade becomes dislodged during a test run. They quickly regroup and come up with a new plan, but it is clear that tensions are running high.

As the deadline for completion approaches, each team is given the chance to test their snow plow in simulated testing conditions, where they are evaluated on efficiency, durability, and maneuverability. The judges also take into account factors such as cost and ease of use when determining the winner.

The episode concludes with the judges announcing the winning team, who will move on to the next round of competition. However, the real takeaway from “sNOw Problem? Part 1” is the importance of communication, teamwork, and thinking outside the box when faced with a difficult challenge.

Overall, Design Squad season 2 episode 12 offers viewers a fun and educational look at what it takes to design and build a complex machine from scratch. The challenges are exciting, the teams are engaging, and the lessons learned are informative and entertaining.