5th grade teachers |
This quote spoke volumes to me. I ran across it as I was preparing an instructional improvement session for my staff. I immediately began thinking about how we "condition" our students and build their writing "muscle." Any fitness enthusiast or coach would agree that a good conditioning program takes time, energy, practice, concerted effort, application, dedication, and consistency to build strength, stamina, and muscle.
Imagine the following scenario.
Imagine the following scenario.
Bodybuilder A: This bodybuilder lifts weights only once or twice a week and learns just the basic mechanics of weightlifting. In isolation, she uses proper form but does not apply the moves in a cohesive, logical format. There is no authentic feedback given to the bodybuilder, and she has no real purpose for her workouts. She often gets distracted and off track and is inconsistent in her routine. She hasn't spoken to anyone about her trips to the gym and does not interact with others while there.
Bodybuilder B: This bodybuilder has a purpose. She is training for a competition and is excited about her journey. She trains 5 days a week, pre-plans each day's workout, and learns not only the mechanics/techniques of effective lifting but applies them with concerted effort. She gets constructive feedback from her peers and self-reflects. She tells her friends about her workouts and reads the latest fitness magazines for inspiration and ideas. She revises and edits her program based on what is working and the areas that need improvement. She analyzes the effectiveness of her training regimen and begins to see incredible results. When it comes time for the competition, she has gone through many phases of preparation and gets the opportunity to share the fruits of her labor. Whether she wins or not, she feels confident in her work and gets a great deal of satisfaction from reaching her goals.
Just imagine the strength, stamina, and muscle Bodybuilder B would gain from this type of conditioning! The same holds true for our students. In order to build their strength, increase their stamina, and gain muscle in their writing, they must follow a well-designed daily regimen.
Building Strength
Too often, writing instruction is reduced to teaching mechanics and grammar in isolation. While these skills are necessary and must be taught, they are sometimes reduced to worksheet-driven learning. We can help build a writer's strength through exposure to rich meaningful texts and multiple genres that demonstrate the skills and strategies we are teaching. Lessons should be followed by opportunities that allow students to apply what is being learned via their writing--authentic practice!
3rd grade teachers |
Imagine a beginning runner training for a marathon. She will not be able to run the entire distance on day one, and it will take many days of conditioning to prepare and build the stamina necessary to endure the rigorous challenge. Students also need to build their endurance in writing --their writing stamina. This is the independent component of writer's workshop. Students are encouraged to build their stamina by writing independently for 30-45 minutes a day. If this opportunity does not exist for our students, we are not giving them the chance to go the distance.
Gaining Muscle
As hard as it may be at times to convince myself to get up and get moving after a long day at work, I have never regretted a workout once it has been completed. When I leave the gym, I feel amazing! The endorphins are coursing through my veins. Some of our students may also be tough to convince to "get moving" with their writing. They may need extra encouragement and support. However, once they begin writing and practice and improve, they will feel the endorphins after sharing their piece of writing. They will be so glad they began moving! They will be gaining the muscle that is needed to express themselves via the written word.
Kindergarten teachers |
Students, get ready! Your teachers are preparing to help you build the strength, stamina, and writing muscle we all know is lying beneath the surface. Let's work out!