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June 9, 2008

Motivation and Learning

Filed under: Tutoring,tutoring articles — Rob @ 7:42 pm

Motivation and Learning

How Do I Motivate Students?

As a teacher, it is essential that you keep your students motivated. Tutors have also been through the educational system as pupils and know the importance of an enjoyable and rewarding educational experience. You may have known this all your life, or it may have become clearer later, when you started tutoring. Regardless of your own experience, motivating your students will always be one of your most important targets.

All students show improved motivation when they understand the reason why they are doing something, especially if they can see a direct positive outcome from studying. It is sometimes important for students to see the bigger picture. If a student must study a topic which he/she finds difficult, for instance to achieve a career aspiration, it can be a good idea to highlight the direct applications and pragmatic uses of this subject in a future professional context. Not everyone likes to study for the sake of studying; often, allowing students to see direct benefits motivates them to study. This provides a positive feed back and sets a goal; the more they understand, the more they can see the benefits, the more they want to learn.

It might not be so straight forward with younger students, as they may not have a specific idea of what they want to do later on in life. This being said, personalities form themselves very early on, and it can be a good idea to show the benefits of studying certain subjects. Let them know early, no matter what job they aspire to do, almost all jobs will make you sit some sort of entrance exams, usually covering some basic mathematics and English skills. Many subjects overlap, doctors need to be good with sciences, scientists need a good foundation in Maths, Biologist need a good understanding of statistics, a professional translator really requires more than just two languages, Computer related jobs often requires good mathematics and logic skills). For younger students, immediate benefits, and short term goals provide a much better motivation mechanism. Fun, games, and laughter often work as good tools for teaching children; however they are never wasted on adults!

Motivation and Relevance

Studying has to be relevant to be motivating; creating this relevant link is part of the tutor’s job. Think of a student finding maths de-motivating because it’s “too hard” or “it’s useless in real life”. Yet at lunch time, he likes to go to the gambling shop and places a few bets. He works out the odds in just a few seconds, yet when it comes to doing percentages and fraction in lessons, he fails miserably. The problem is not that this student finds maths “too hard”, but rather that he cannot see the relevance and thus finds it boring. A bored mind is easily distracted, and a distracted mind finds everything hard: have you ever tried to read a book and watch the TV at the same time? It’s not easy, and the activity that requires the least effort but most fun is usually easier to focus on and understand. So try and adapt your lessons to be as relevant as possible to each pupil. Make your tuition easy to understand, and make it enjoyable.

Motivation and Terminology

Many academic subjects use a terminology: although there’s often no need to use complex words to understand these subjects, specific keywords are usually required by examiners. Academics within their own field often like to make things seem more complicated than they actually are, although this is not always compatible with good teaching practice. Try not to confuse new pupils straight away by throwing in too many complicated words; you are there to pass on your knowledge, not to show it off, however tempting it can be to “sound competent”. As the subject becomes more familiar, you can then link the concepts to the terminology required by the examiners. Later, show that the use of these keywords is important when answering exam papers, and indicates through example what the examiners are expecting.

– Understanding 1st makes it easy to learn,

– Making it easy to learn makes it enjoyable,

– Enjoyable lessons are motivational

– Motivational lessons make the pupils want to learn further

Avoid De-Motivation

There is nothing more de-motivating than consistently being incorrect and failing at a subject. Avoid anything that can negatively affect the learning process. If your student is giving incorrect answers, it is best to avoid asking them similar questions or insisting heavily on a topic which they are likely to get wrong. You can make the questions slightly easier and lead them in the right direction by giving them clues. It is also a good indication on what topics need more work. These measures will have a more positive effect on your students that anything that will highlight their failure.

 

January 20, 2008

Article on Technology and Mathematics Instruction

Filed under: Tutoring,tutoring articles — Rob @ 9:27 am

The February 2002 issue of Teaching Children Mathematics (TCM) will focus on the role of technology in learning and teaching mathematics. Electronic technology is becoming more and more important in our society, and its use is being woven into the very fabric of new curriculum materials. The appropriate use of electronic technology should be an important part of students’ experiences with mathematics, both in school and outside of school.

The Technology Principle in the NCTM’s new Principles and Standards for School Mathematics (Reston, Va.: NCTM, 2000) emphasizes that technology plays an essential role in learning and teaching mathematics. Technology can help teachers teach in more effective and efficient ways; it can help students learn traditional topics more effectively; and it can help teachers, students, and parents assess students’ developing understanding and skills in mathematics. Technology can also provide access to mathematical topics and ideas that previously were not within the reach of students in the elementary grades.

Electronic technology is becoming more flexible, powerful, and easy to use. More powerful calculators and portable computers are rapidly erasing the distinctions between calculators and computers. Students have easy access through the Internet to a variety of resources and can share their experiences with students in other parts of the country and throughout the world. Electronic technology can also support the integration of mathematics with other subject areas.

The Editorial Panel wishes to highlight the appropriate uses of calculators, computers, the Internet, data probes, and other forms of electronic technology at the pre-K-6 levels of mathematics teaching and learning. We are looking for descriptions of successful and innovative uses of technology in the mathematics classroom, as well as articles that will give readers a rationale for using technology in mathematics instruction. Manuscripts that address related issues, such as technology and equity, are also welcome. The following list of topics and their related questions are intended to guide authors in preparing manuscripts to address one or more aspects of learning and teaching mathematics with technology at the pre-K-6 levels.

Implementing Technology in the Pre-K-6 Classroom

* What specific mathematical activities illustrate appropriate uses of technology?

* What general guidelines are appropriate for effectively using such technology as calculators, computers, and the Internet to explore mathematical ideas?

* What guidelines can help evaluate school or classroom use of technology or identify technologically rich learning environments?

* How can technology be integrated with other learning tools, such as manipulative materials, textbooks, and so on?

Technology and the Pre-K-6 Curriculum

* How is technology currently being integrated into curriculum materials?

* What impact might current and future technology have on future mathematics curricula?

* What new mathematical topics are made accessible through technology, or what mathematical topics are rendered less important because of technology?

* How can technology be used to integrate mathematics with other curricular areas?

* How can students gain access to real applications of mathematical ideas through the Internet and other technologies?

Technology and Mathematics Assessment

* How does, or can, assessment change when technology is used to teach and learn mathematics?

* What do students learn when they use technology in mathematics classrooms?

* How can technology facilitate teachers’ assessment of students’ understanding and skill development?

* How can technology help students be more successful on assessments at the local, state, and national levels?

Technology and Professional Development Issues

* What kinds of experiences do teachers need? What activities have been designed for teachers to help them learn how to use technology in the classroom?

* How can technology be used to address equity issues?

* How can technology be used to promote multidisciplinary instruction?

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