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Pros: Students get an accurate feel for operating different kinds of ships; the game includes data on which to base additional lessons; there's a helpful user guide.
Cons: The science isn't explained in-game; not much direction is given in-game for what students are supposed to do; the website and game need a visual refresh.
Bottom Line: A serviceable simulation for teacher-led physics or engineering lessons, or for students to get a feel for how different types of ships are designed and handle on the open seas.
FLEET is a decent game to use for physics or engineering lessons, and especially for those students with an interest in joining the Navy, Coast Guard, or other ship-based careers. The game is free for everyone and, though it can possibly be used with upper elementary students -- where you can cover such topics as gravity, buoyancy, pushing, and pulling -- it's best for those in middle or high school, where you can delve into force, mass, buoyancy, acceleration/deceleration, F=ma, and other physics and engineering topics. Students can see immediate results after designing or modifying their ship designs, adding or relocating weight and other ship components. Higher-level classes can also use the included data to make related calculations.
Along with a thorough user guide, the website includes 10 Common Core standards-aligned lessons each for middle and high school classes, combining more hands-on science with the FLEET missions. Additionally, ASNE has a YouTube channel with tutorials and a full webinar explaining all parts of the game, and small grants are available to help schools implement the program.
Created by the American Society of Naval Engineers (ASNE), FLEET helps students explore the complexities of both shipbuilding and operating ships on the open ocean, where they complete various missions including Search and Rescue, AUV (Autonomous Underwater Vehicle) Retrieval, Supply and Logistics, Combat Practice, and Heavy Seas Operations. Students begin by building ships specific to their current mission, following the required specifications and emphasizing maneuverability, speed, cargo, weapons, budget, or other aspects, as applicable. Students must include a hull, engine, rudders, propellers, and other options such as cargo, rescue boats, weapons, helicopter fuel, and more. Once built according to the specifications, their ship is put through a stability test in the dry dock area. If it fails, students must study the ship's engineering stats and make modifications until it passes. Next, they can test it on the open water in speed and maneuverability tests, and finally, take it on missions. To ramp up the difficulty, missions can be completed in sunny, foggy, or stormy weather.
The game is a little tricky to use without some prep, so the user guide (available on the website) can be a handy intro for all students, as some of the features aren't intuitive. Most of the game action takes place during the missions, but the science of building a ship to spec and in a way that's suited to a mission adds to the educational aspect. The website looks like it could use a significant refresh, but if you ignore the outdated look and feel, there's some real learning to be had here.
With FLEET, students will choose a mission from Mission Headquarters and build a ship according to those mission specs. As they build, they can study and adjust where the center of gravity of the ship is, the buoyancy and floatation, and plenty of other data, learning and reinforcing STEM skills in a real-life scenario.
Though there aren't too many options for building each type of ship, students' choices still affect the speed, efficiency, and maneuverability of their ship. When they take it on the open ocean for test runs or to complete missions, students will have a fairly authentic experience with the undulating waves playing a large part in their ship movements; there's likely a decent physics engine behind the ship and ocean movements. Additionally, being able to create inclement weather means there are plenty of difficulty levels for those who master the missions during clear skies.
The game doesn't include much guidance for how to best design ships for each mission, so a healthy dose of trial and error might be required unless students already know about ship components and placement. The game also allows students to build an incorrectly configured boat for missions without giving any kind of error, such as building a search and rescue ship without a helicopter or rescue boat. It's up to the students to know what they're supposed to do.
While there are definitely plenty of science and engineering concepts to be learned here, students will need to go out of their way to learn them, or use the game in the context of larger classroom lessons. Otherwise, FLEET only feels like a series of simulated missions.