by Sandrine Colson-Inam, Ph.D.
Beacon High School
When I started teaching science to special-ed students, in addition to learning how to understand disabilities, I had the challenge of developing a science curriculum that would fit their emotional and learning needs. As many teachers know, teaching science to all students can be difficult enough, without additional challenges.
Skills required to learn science include reading and writing, the translation of word problems into mathematical equations, and the development of a wide range problem-solving techniques that involve mathematical manipulation. Science students must also record data in an organized format so they and others can decipher the clues presented in various data tables and equations, identify emerging patterns, and draw conclusions.
Clear visual representation of data in the form of graphs facilitates the analytical reasoning that allows a student to make sense out of these graphs and organize his or her findings into a formatted lab report. To support the scientific conclusions that emerge from applying these processes to solving problems, students must also develop supportive arguments through critical thinking.
In addition to this formidable list, we also ask students to memorize mathematical formulas, scientific laws and processes, and specialized vocabulary, in part to help them pass standardized tests. These time-limited evaluations require memorization, intense short-term focus, and a very high level of concentration, skills that an ADD/ADHD student or a student with executive functioning issues can find very challenging.
These tests sometimes do not take into account that, with the increasing use of Internet for finding or identifying educational information, memorization may be becoming increasingly obsolete: the capacity for critical thinking may well prove far more valuable to students than the bits of information they struggled to memorize.
We also ask students to complete and remember multi-step processes independently with minimal instructional support. Many students including those with emotional challenges—want to know the meaning of things and the underlying connections that give them their value. In the classroom, we are sometimes unable to spend enough time explaining where things come from or why they are relevant to the student’s life because of the amount of curriculum content needed to be covered to satisfy standardized science curricula.
There are many different types of disabilities, usually categorized as Learning Disabilities (LD) or Emotional Disabilities (ED). Very often, students struggle with a combination of several disabilities, making our job as educators much more challenging. For students I have encountered who struggle with serious disorders (NLVD, ED, AD, ADD/ADHD, depressive, perfectionists, executive functioning, and others), acquiring one or all of these “science” skills is like climbing Mount Everest. The students are lost, they don’t know the surroundings, they don’t speak the language. They can’t find any clues to help them climb because they don’t know where to look. They don’t know where to begin, and they are not convinced that it is worth trying. This strange new landscape does not seem relevant to their lives. And even if they manage to start climbing, it may be impossible to make it to the summit so why try?
Although there are many resources I found to help teach special-ed students, I did not find many that specifically addressed the teaching of science to LD and especially ED students. Wouldn’t it be convenient, I thought, to have an online community for special education science teachers and other educators to exchange ideas, activities and resources? With the goal of helping new teachers and existing ones improve their “bag of tricks” and excite our classrooms. ASSET, the Association of Science Special Education Teachers was born. 
Our ongoing challenge as special needs science educators is to navigate the maze of mental, medical, physical, genetic, and environmentally caused disabilities presented in our classrooms and teach scientific knowledge and skills to our students. This job becomes easier when we help each other by sharing what we know so one can learn, grow, and help our students be the best scientists they can be. Who knows? We may inspire careers!
To learn more about ASSET, visit http://www.spedscience.com/ and to join our community, visit http://spedscienceasset.ning.com/ . All teachers, education and special needs professionals are welcome and encouraged to participate.
Posted by walkerschool 
Posted by walkerschool
This coming weekend, Dr. James Earley, managing director of Walker Partnerships, will help to extend the influence of Walker to our professional partners as he shares his special education program development expertise at two area conferences.
Posted by walkerschool 