Under the direction of Dr. Lynn Henrichsen, a group of students has developed numerous units for the Basic Training and Resources for Teaching English to Speakers of Other Languages (BTRTESOL) program. This program is currently located on a website and will someday be published in book and DVD format. These units provide general training for novice teachers who teach domestically or abroad. With little or no training, volunteer English language teachers are often left with questions that BTRTESOL strives to answer in its 52 units. As this audience may or may not have university education or heavy commitment, these units are kept short and to the point with easy to read and understand language. The program uses a minimalist approach so each unit includes only "The least you should know" while connecting users to additional resources in a "where to go to learn more" section. This master's project describes the creation, evaluation and revision of two units for the BTRTESOL program, "Content-Based Language Classes" and "Multiple Skills in One Class." The first unit introduces the idea of integrating content teaching and language teaching into one course. In addition, it explains different types of scaffolding and teaching techniques that will aid novice teachers in creating successful content-based instruction courses. The second unit will help teachers to integrate different linguistic modalities into one course. Suggestions on how to pick themes, manage class time, and plan lessons are addressed

South Africa needs an economy which is competitive and successful. Therefore, it is important that an education system will provide a skilled work force. Learners need to develop biology skills that will equip them for life, enable them to solve problems and think critically. Unfortunately South Africa is presently encountering a lack of skilled citizens. The reasons for this most probably is that the biology curriculum is mainly discipline-based, content-loaded and largely irrelevant, resulting in learners not furthering their studies in biology and related fields. The biology matriculation examination has a strangle hold on what is taught. Lengthy, content-loaded curricula emphasise the memorising of facts by means of expository teaching methods, leaving little opportunity to teach the application of information and skills to solve problems in real life situations. The teaching methods of biology are thus not sufficiently stimulating and motivating. Biology teaching should not only concentrate on facts or explain facts to learners, but should also concentrate on ways or processes by means of which these facts can be obtained. To implement a process approach where learners can develop basic- and integrated skills is not an easy task for those involved. The empirical research of this study, confirmed the findings throughout the literature study that various factors hamper the effective implementation of the process approach. It is important that negative factors such as 'large classes' and 'a lengthy syllabus' (in historically disadvantaged [HD] and advantaged schools [HA]) and 'lack of equipment' and 'resource material' (only in HD schools) which received high percentages in the survey, will duly be considered when implementing the process approach, curriculum 2005 or 21. These factors can exert a powerful influence on the success of any changes in biology education. To ensure the successful implementation of the process approach it is important that all teachers receive adequate in-service training to keep abreast with new teaching strategies and methods / Educational Studies / D.Ed. (Didactics)

This study developed a summative scale that could be administered in a short time period to determine the Quality of Use (QOU) of an intervention used by teachers. The scale can be completed in less than an hour using easily attainable information. The QOU scale was applied to an elementary reading program to determine if the program results were dependent upon the quality of the fidelity of teacher use. The study focused on use of the Linguistic Pattern Series (LPS) portion of the Integrated Skills Method (ISM) Reading Program by 20 special education teachers in 13 elementary schools in San Antonio, Texas. Progress is measured by the use of the Decoding Skills Test (DST) (ISM Teaching Systems, Inc., 2004-b). To determine each teacher's QOU, a summative scale was developed composed of five items (Initial Placement, Frequency of Direct Instruction, Materials – LPS, Materials – Literature/Test Prep, and Scheduling) that possessed low-moderate cohesiveness of Alpha=.71. Results of the study showed a correlation between QOU summary scores and residualized DST Raw Score Grade Equivalent (RSGE) gains. The QOU could predict .771^2 = 50 percent of score variance. This is a strong prediction for a non-student external measure in education.

South Africa needs an economy which is competitive and successful. Therefore, it is important that an education system will provide a skilled work force. Learners need to develop biology skills that will equip them for life, enable them to solve problems and think critically. Unfortunately South Africa is presently encountering a lack of skilled citizens. The reasons for this most probably is that the biology curriculum is mainly discipline-based, content-loaded and largely irrelevant, resulting in learners not furthering their studies in biology and related fields. The biology matriculation examination has a strangle hold on what is taught. Lengthy, content-loaded curricula emphasise the memorising of facts by means of expository teaching methods, leaving little opportunity to teach the application of information and skills to solve problems in real life situations. The teaching methods of biology are thus not sufficiently stimulating and motivating. Biology teaching should not only concentrate on facts or explain facts to learners, but should also concentrate on ways or processes by means of which these facts can be obtained. To implement a process approach where learners can develop basic- and integrated skills is not an easy task for those involved. The empirical research of this study, confirmed the findings throughout the literature study that various factors hamper the effective implementation of the process approach. It is important that negative factors such as 'large classes' and 'a lengthy syllabus' (in historically disadvantaged [HD] and advantaged schools [HA]) and 'lack of equipment' and 'resource material' (only in HD schools) which received high percentages in the survey, will duly be considered when implementing the process approach, curriculum 2005 or 21. These factors can exert a powerful influence on the success of any changes in biology education. To ensure the successful implementation of the process approach it is important that all teachers receive adequate in-service training to keep abreast with new teaching strategies and methods / Educational Studies / D.Ed. (Didactics)