Spheroプロフェッショナル開発：教育者が期待すべきこと

Quick answer

Sphero professional development is hands-on training that helps educators teach coding and robotics with Sphero hardware and curriculum. Expect a mix of device practice, lesson planning, and classroom management strategies, usually delivered as workshops or guided sessions. Before you book, confirm which robots and curriculum your school owns so the training matches your actual setup. If you are starting with BOLT, plan PD around the Computer Science Foundations course you will teach first.

Sphero professional development (PD) is not a product demo. It is structured training that prepares teachers to run coding and robotics lessons with the Sphero hardware and curriculum their school already owns. The most useful sessions connect directly to the first unit you will teach, so you leave with a lesson you can run the following week.

Because Sphero supports several robots and curriculum paths, the right PD depends on your grade band, your devices, and your goals. The questions below cover what Sphero teacher training typically includes, how to prepare, and how to keep the learning going after the workshop ends.

What does Sphero professional development usually cover?

Most Sphero PD blends three strands: getting comfortable with the robot, understanding the coding environment, and planning instruction. Teachers spend time driving and programming the robot themselves, then map those activities to lessons and standards. The goal is confidence, not just familiarity.

Sessions often include classroom management for shared devices, troubleshooting common connection issues, and ways to assess student work. If your school uses Computer Science Foundations, facilitators may walk through a specific course so you see how lessons build across a term rather than treating each activity as a one-off.

• Ask for an agenda before you commit so you can match it to your grade levels.
• Bring the exact robot and app version your students will use.

How long are Sphero educator workshops, and what formats exist?

Formats range from a single half-day introduction to multi-session programs spread across a semester. Short sessions work well for first exposure and device basics; longer programs give teams time to practice teaching, review student work, and adjust pacing. Many schools combine an initial workshop with follow-up coaching.

The best format depends on how many teachers need training and how soon they will teach. If a whole department is adopting robotics, a multi-session program reduces the risk that only one teacher becomes the expert. For a single pilot classroom, a focused session plus check-ins may be enough.

• Match session length to your rollout timeline, not to convenience alone.
• Schedule follow-up time within the first month of teaching.

Should PD be tied to a specific Sphero robot or curriculum?

Yes. Training is most useful when it targets the hardware and curriculum you actually have. A session built around BOLT and Computer Science Foundations looks different from one focused on RVR+ and engineering projects. Generic robotics training can inspire, but it rarely leaves teachers ready to run a specific lesson.

If you own multiple robots, prioritize the one your students will use first. You can add training for other platforms later. This sequencing keeps the cognitive load manageable and gives your team a working reference point before expanding.

• List your robots and curriculum licenses before requesting PD.
• Start with the course you plan to teach in the first grading period.

What should we prepare before a Sphero PD session?

Charge every robot, update apps, and confirm Wi-Fi or Bluetooth access in the training room. Nothing derails a workshop faster than devices that will not connect. If you use class packs, label robots and chargers so teachers can grab a working set quickly.

Bring your scope and sequence, standards you must hit, and any scheduling constraints. Facilitators can tailor examples when they know your reality. Also decide who attends: a mix of classroom teachers and a technology coordinator often works better than sending one representative.

• Test one full robot-to-app connection before the session starts.
• Share your lesson calendar with the facilitator in advance.

How do we measure whether Sphero teacher training worked?

Look for changes in practice, not just satisfaction scores. A useful signal is whether teachers run a Sphero lesson within two to three weeks of training. Another is whether they can troubleshoot a failed connection without calling for help. Short surveys help, but classroom evidence matters more.

Ask teachers to bring one student artifact to a follow-up meeting, such as a program or a short reflection. Reviewing real student work reveals where the training stuck and where more support is needed. Use that evidence to plan the next PD session rather than repeating the same introduction.

• Set a simple goal: every trained teacher runs one lesson within a month.
• Use follow-up meetings to solve problems, not to re-teach basics.

Sphero PD readiness checklist

Which robot will students use first?

Identify the exact model and app version before requesting training so facilitators can prepare relevant activities. Train on the first robot in your rollout, not the whole catalog.

Which curriculum course are you teaching?

If you use Computer Science Foundations, name the course so PD can focus on its lessons and programming concepts. A named course turns general training into a usable unit plan.

Who will attend, and who will follow up?

Send a mix of teachers and a coordinator, then schedule a follow-up within a month to review student work. Follow-up is where training becomes classroom practice.

Sphero products that shape PD planning

• Computer Science Foundations Educator Guide (Course 2): Computer Science Foundations is a supplemental, standards-aligned curriculum designed to be taught in the classroom alongside BOLT, and by the end of Course 2 students demonstrate mastery of block programming by manipulating sensors, loops, conditionals, variables, and functions. If Course 2 is your first unit, ask for PD that walks through its lessons and programming concepts so training matches what you will actually teach.
• RVR+: RVR+ is a programmable robot for middle and high school students, available as a single unit or class packs of 12 or 18 robots. Class-pack sizes determine how many teachers need training and how you group students during hands-on PD activities.
• 2 Year Product Repair under $3,000.00 (ACC + PREPAID): This service plan provides two years of product repair coverage for items valued under $3,000.00, with prepaid shipping. Knowing your repair coverage helps you decide how much troubleshooting and device-care content to include in training.

Sphero professional development works best when it is specific: the right robot, the right curriculum, and a follow-up plan that puts training into classroom use. Confirm your setup, prepare your devices, and measure success by what teachers do next.