Assalamualaikum and Salam ukhuwahfillah to all  readers. Today, I would like to share with all about a topic which is common to all students in the world and Malaysia as well. A topic which students always want to hear and some doesn't like it. However, it is very important for them. It about the tips on studying, specifically for Science students (Biology). Some people always fear when they hear about the word "BIOLOGY". In their thinking, Biology is very difficult and hard to learn, but the fact is there is ways to cope for it.
Most students have been trained           by the type of exams they were given in high school to memorize           facts, highlight text passages, and reread their lecture notes           several times before an exam. For the vast majority, this process           functions to put a jumble of facts and fuzzy images of your textbook           and lecture notes in your short term memory with no framework           for organizing the information for later recall and application           for solving new problems. Furthermore, the information you do           manage to poke away up there tends to disappear pretty quickly           when no longer needed (e.g., the day after the exam).
An analogy:           This approach to studying is akin to staring at a pile of building           materials (bricks, boards, shingles, nails, etc.) and attempting           to memorize what is there in hopes that you can make some sense           of it. In practice, those materials can be combined to           make a house, for example. Without the blueprints, i.e., conceptual           plans of how to assemble the materials to make a house,           however, it would be difficult to understand how all those pieces           go together.
If you first study and understand the blueprints           from the foundation (major concepts) on up, you'll           recognize more readily how the components of the house (supporting           concepts) come together and how the different materials (facts           and other details) are used at each level to build the overall           structure (conceptual framework). 
A house builder           thinks about construction as a series of modular activities -           excavation and site preparation, forming up and pouring a foundation,           framing and sheathing the deck, framing exterior walls, framing           windows and doors, installing the wiring, etc. While the house           design may be different for another project, that is primarily           a rearrangment of recognizable and routine construction components.           Acquiring knowledge in biology (or any discipline) can be approached           in the way - see the big picture, learn the supporting components           and concepts, learn the details of each and how they work together.           Once you've "built" a house, you'll be able to apply           that knowledge to other projects.
A SIMPLE STRATEGY FOR           LEARNING: CONCEPTUAL FRAMEWORKS
1. Start by identifying the major organizing           concepts.
Make sure you understand the functional significance of each in the context of biology. These concepts usually can be identified by looking at the lecture syllabus for the daily topic and the corresponding chapter titles in your text book. In many modern introductory level texts, the chapters each constitute a major conceptual area. Subdivisions within the chapter go from broad concepts to supporting concepts and finally, the details.
Make sure you understand the functional significance of each in the context of biology. These concepts usually can be identified by looking at the lecture syllabus for the daily topic and the corresponding chapter titles in your text book. In many modern introductory level texts, the chapters each constitute a major conceptual area. Subdivisions within the chapter go from broad concepts to supporting concepts and finally, the details.
2. Once you mastered the major concept,           move on to the secondary concepts and determine their functional           significance in the context of the larger concept. 
Most biology textbooks, you will notice, use these secondary concepts as the major subheadings within each chapter and lists them on the first page of the chapter. The lecturer, in delivering a lecture, will usually present the information in this same fashion...major concepts > secondary concepts > supporting details. Further, the textbooks typically provide a figure relevant to the most important concepts to augment the text.
Most biology textbooks, you will notice, use these secondary concepts as the major subheadings within each chapter and lists them on the first page of the chapter. The lecturer, in delivering a lecture, will usually present the information in this same fashion...major concepts > secondary concepts > supporting details. Further, the textbooks typically provide a figure relevant to the most important concepts to augment the text.
3. Now learn the more detailed information           that supports the secondary concepts. 
Each secondary concept is linked to supporting details that more fully explain the particulars. These details are easily found in Campbell in the form of the minor subheadings, figures and tables, the boldfaced terms, and techniques boxes.
Each secondary concept is linked to supporting details that more fully explain the particulars. These details are easily found in Campbell in the form of the minor subheadings, figures and tables, the boldfaced terms, and techniques boxes.
Overall then, you want to build, by your           study methods, a conceptual framework for each major concept           in your brain's HARD DRIVE, i.e., long term memory. When you           encounter a new question or problem to be solved you will have           an ANALYTICAL framework of information to work from. You will           find that if you understand the broader concepts, the details           that seemed so hard to manage and keep straight will now have           a framework in which they can be pigeon holed and applied. Furthermore,           you will quickly begin to see the connections between major concepts           which will broaden your understanding of biology.
When you have a good working inderstanding           of the major concepts, it is much easier to add new information,           e.g., greater levels of detail later in other courses or as you           conduct research. Ultimately your conceptual framework will become           multi-dimensional as you make the cross connections between concepts.           At this point you'll begin to think analytically about           problems. Better yet, the information will be LEARNED and will           become a tool for thinking about unfamiliar problems.
You will recognize when you have learned           and understand a system WHEN you can work out what happens when           it is perturbed from the normal.
A way to practice this is to play the           "What if.." game. For example: In a dihybrid cross           with Drosophila we expect the genes are on separate           chromosomes and will will therefore assort independently. But           what if they aren't? What would we expect from this cross           or another particular kind of cross if the genes were linked?           What if one was sex-linked? Or caused viability problems?
EXAM STRATEGY:
By now you must realize that most exams           you'll take in college are not regurgitation exams. Most biology           exam questions are designed to have you APPLY your new found           knowledge to work out a SOLUTION to problem or situation you           may never have seen before. The key then, is to have your conceptual           frameworks well in hand so that you'll recognize what's familiar           in those unfamiliar problems, and then analyze them by applying           your knowledge.
Following is a simple routine for preparing           for exams.
1. Ongoing studying: building the conceptual framework
Studying to learn           must go on continuously and not just be confined to the two or           three days prior to an exam.
- ATTEND LECTURE. Duh.
 - Prior to each lecture do the suggested reading to initiate familiarity with the topic area and identify the major concepts.
 - When you review your lecture notes (daily), clarify the major conceptual points and their functional significance.
 - Identify the supporting concepts and their functional significance.
 - Review and understand the details. If you find gaps where you missed something the lecturer said, see if the details can be found in your text. Seek clarification of any information you don't understand immediately by attending office hours and help sessions.
 - Once you have reviewed and clarified your notes, review the relevant material in the book and make any additional clarifications in your notes.
 
2. Pre-exam studying: nailing the details
- Carefully review your lecture notes and relevant text readings to cement the concepts and especially the more detailed suporting concepts and mechanisms. Seek any further clarification at this time.
 - As you study, draw diagrams or pictures as needed to help you see and understand the processes; this is especially important for the quantitative aspects and understanding mechanisms. Make additional notes in the margins of your text to help clarify information found there; do the same for the figures which often show the mechanistic aspects graphically.
 - When you encounter things you just can’t sort out, then go see your instructor for clarification or post your question via email.
 - Attend the PALG (Peer Assisted Learnig Groups) sessions if they are offered with your course. This is a very effective way to learn to work with your peers to study.
 - Try using group study to work out the concepts and supporting details, including mechanistic explanations where needed. Ask each other to explain or clarify details at all levels. In trying to clearly explain a concept you will likely find your own weak spots.
 - Attend review sessions and come prepared to seek clarification of lingering problems. Bring your questions with you, don't wait for others to ask.
 
3. In the exam setting:
- READ each question carefully and determine, from the context of the question, which concepts apply to it. Start working down through the conceptual framework of the problem and then answer it. Even if you can't immediately sort out a detail, by having the conceptual framework well in hand you'll have the tools to perhaps work it out rather than just writing down all the words you can think of that might relate.
 - If you get hung up on a question, leave it and move on; then come back to it and you may see it in a different light. It is not unusual for helpful information to pop up in other questions.
 
4. Post exam:
- Review your exam and note areas of weakness. Go back to your notes and see if you were sufficiently addressing the concepts and details.
 - Seek clarification of incorrect answers and correct your notes as needed.
 
Taken from http://abacus.bates.edu/~ganderso/biology/resources/studytips.html
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