Syllabus Fall 09
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SPRINGFIELD TECHNICAL COMMUNITY COLLEGE
SCHOOL
OF MATHEMATICS AND NATURAL SCIENCES
AND SCHOOL OF ARTS, HUMANITIES AND SOCIAL SCIENCES

STRATEGIES FOR SUCCESS
LEARNING COMMUNITY SYLLABUS

PRINCIPLES OF BIOLOGY I

COLLEGE SUCCESS SEMINAR

BIOL102-B01 & B02

FRES160-B01 & B02

4 credits

3 credits

 

 Quick Navigation:

Learning Community Description Learning Community Organization Course Objectives
Attendance Policy Testing Grading
Student Opportunities Reading Assignments Semester Schedule

DATE:                        Fall, 2009

PROFESSORS:

 

Dawn Tamarkin, Ph.D.

Vanessa Hill

Office & Phone:

 

02/527, 755-4618

17/410, 755-4797

E-mail:

 

Tamarkin@STCC.edu

VHill@STCC.edu

TEXTS:        -Campbell, Reece & Simon (2006) Essential Biology with Physiology, 2nd edition, Benjamin Cummings, Boston, MA
-Zalisko (2007) Study Guide for Essential Biology with Physiology
-STCC Principles of Biology I Lab Manual (given out during first lab)
-A 3-ring binder is required for lab
-McWhorter (2008) Study and Critical Thinking Skills in College, 6th edition, Pearson Longman, New York, NY
-Hacker (2008) A Pocket Style Manual, 4th edition, Bedford/St.Martin’s.

LEARNING COMMUNITY DESCRIPTION:

            Strategies for Success is a learning community that combines two courses— College Success Seminar and Principles of Biology I.  All students in the learning community will take both classes together, and their professors will also attend both classes.  By pairing these two courses they will feed into one another, leading to greater learning.  In addition, strategies for success in science and math classes will be provided.  The content of each course will equal their counterparts that are not in a learning community.

LEARNING COMMUNITY ORGANIZATION:

            The lectures in this learning community run back-to-back, to allow us to use the two hours of the learning community in a flexible manner.  Often, each class will take place in its own hour, but on occasion, we will have both hours for one course or we will alternate between courses more frequently within the two hours.  Any time between the two courses may be used for learning community activities.  Websites, films, computer programs, cooperative learning strategies, and other teaching aids will be used whenever appropriate.  This learning community also has a Blackboard website which contains required activities as well as supplemental information.

Material in the biology course is also given during laboratory sections.  As much as possible, the topics covered in lecture and lab will be coordinated; this will reinforce student understanding of the material.  The lab portion of the course will familiarize the students with the microscope, and will emphasize the physical, chemical, and organismal aspects of life as well as the design and interpretation of laboratory experiments.  The labs are wet labs, where students learn by experiencing and experimenting.

 COURSE DESCRIPTIONS:

BIOL-102

FRES-160

            Principles of Biology I is an introductory college biology course that provides the basic concepts of life science for a student who either does not wish to major in science or for one heading into a health career program.  It is also designed as the first of a two-semester biological series.

            This course is designed to introduce students to biology, helping them understand their world, their bodies, and the latest biological discoveries.  The course focuses on a few major topics, including genetic disease, cancer, and global warming, in order to delve into fundamental biological concepts in an exciting and interesting way.  The fundamental topics that are included are:  patterns of inheritance, the structure, function, and chemistry of cells; modern cell theory; cell reproduction; genes; biotechnology; diversity of life; and animal body systems.

            College Success Seminar is a course designed to prepare students to be academically competitive in the classroom.  Skills such as time management, organization, note-taking and test-taking will be covered.   Learning these skills will ultimately translate to greater success in the workplace. 

            There are many challenges in the modern world that affect student success that will be addressed.  The course focuses on topics such as how to face the demands of the technology that is present in today’s society as well as in the classroom, how to navigate through the college culture and how to identify and utilize a student’s particular learning style to manage and understand course content.

 

 

COURSE OBJECTIVES:

BIOL-102

FRES-160

1.   To expose the students to the variety of life forms on our planet.

2.   To introduce the students to the smallest unit of all living things: the cell.  This will enable students to understand basic life processes and how they operate across all types of organisms.

3.   To understand basic principles of heredity.

4.   To develop the students' critical thinking skills.

5.   To learn and apply scientific terminology appropriately.

6.   To promote a fascination with and understanding of basic biological processes.

1.   Introduce students to college thinking with a focus on student learning styles,   goal setting, and time management.

2.   Explore how students can use their learning styles to be successful and adapt to various teaching styles.

3.  Use skills/techniques that are specific to academic disciplines.

4.  Learn skills and strategies for mastering course content (i.e. note taking and studying procedures).

5.  Learn skills and strategies needed for preparing to take exams.

 

REQUIREMENTS/POLICIES:

General conduct:

1.         Food and beverage consumption is not permitted in the biology laboratories.

2.         Mobile phones and beepers may NOT be used or left on during class meetings.

3.         Students are expected to observe the code of conduct outline in the college catalogue.  Improper conduct that disrupts lecture or lab will receive one verbal warning.  Subsequent disruption will result in involuntary withdrawal of the student from class and/or dispensation to the Dean of Students.

     4.         Please keep these school policies in mind:

Students, faculty, staff, and visitors must be free from conduct that has the purpose or effect of interfering with an individual's academic or professional performance and creating an intimidating, hostile, or demeaning educational or employment environment.  As such, the college has a policy of unequivocal condemnation of ethnic, religious, cultural, or racial intolerance whether it is based on any of the aforementioned, handicap status, sex, or sexual orientation.

      In compliance with Springfield Technical Community College policy and equal access laws, disability-related accommodations or services are available.  Students who desire such services are to meet with the professor in a timely manner, preferably the first week of class, to discuss their disability-related needs.  Students will not receive services until they register with the Office of Disability Services (ODS).  Proper registration will enable the ODS to verify the disability and determine reasonable academic accommodations.  ODS is located in Building 27 on the 2nd Floor and can be reached at 755-4551.

 

Attendance:

1.         The attendance policy in effect for this course is as follows.  Students can remain in the course until they have accumulated 10 points, at which time they will be removed from the learning community.  Absence from lecture or lab, coming to lecture or lab late, or leaving lecture or lab for extended periods of time count as 1 point each.  Any interruption of class by a mobile phone or beeper will also count as 1 point.  After a student has received 7 points, s/he will get a written warning about approaching the 10 point limit.  Note that in this manner, attendance is linked to course completion rather than course grade.

2.         In the event of absence from class, the student must assume full responsibility for the material covered.  They are therefore advised to obtain copies of missed notes from fellow classmates, see the instructor, and/or get missed notes from the Blackboard website.

3.         Lab attendance is mandatory.  A student is only permitted to miss one lab during the semester.  Any student missing two labs during the semester will be automatically removed from the learning community.

4.         There are no "make-up" labs.  In the case of a missed lab, students are asked to obtain a listing of the lab activities from their laboratory partner and to see their professor.  In the event of extenuating circumstances, accommodations depend upon the evaluation of the professor or department chair.  If given sufficient notice, and if given permission from the professor, the student may be able to attend another lab section that week.  However, no lab quiz make-ups will be possible, and a maximum of one lab make-up is allowed per semester.

5.         Students attending class and lab are expected to arrive promptly; tardiness of 5 minutes or more counts as a point in the attendance policy.  The instructor reserves the right to refuse late arrivals.

 

Testing:

1.         Make-up exams are not routinely administered.  In the event of extenuating circumstances, accommodations depend upon the evaluation of the professor.  However, arrangements must be made as soon as possible with your professor.  Keep in mind that all make-up exams are in essay format, and a maximum of one make-up test is allowed per semester.

2.         No make-ups are given on lab practicalsNo make-ups will be given under any circumstances for missed lab quizzes or lecture quizzes.  Students will be given rather frequent quizzes, and will be allowed to drop their lowest quiz grade (or grades).  The number of quiz grades dropped will be determined by the professors.  Note that in cases of absence or tardiness, a zero will be recorded for any missed quiz.

3.         Students coming in late while a lab or lecture quiz is being administered will NOT be given extra time to finish the quiz.  Take-home quizzes will not be accepted if a student is late.

4.         Students must provide their own testing pencils and pens for quizzes and examinations.

5.         In the event of school cancellation on a day when testing is scheduled, the student can expect to be given the exam or quiz during the next regularly scheduled class meeting time.

6.         In the case of cheating, the person(s) involved will have papers removed and will automatically receive a zero, with no chance of a make-up.  In addition, the student will be reported to the Dean of Students for possible disciplinary action, including removal from the learning community.

7.         The final exams will include a comprehensive component.

 

EQUIPMENT:

Please handle and respect OUR equipment as you would your own valuables.  Replacing laboratory equipment is a very expensive, difficult, and time-consuming process.  Any student willfully defacing and/or destroying any piece of laboratory/class equipment, supplies, or furniture, or, caught stealing the same indicated property, will be reported to the Dean of Students for immediate removal from the course.  Students are expected to clean their work areas and return equipment used before they leave the lab.

SAFETY:

            All students should be aware of exit procedures in case of fire or any other emergency.  Any student with a disability that would require assistance during an emergency should consult with their professors so that special arrangements can be made for their assistance.  Please take note of the additional safety requirements of the laboratory as described by your professor.

GRADING:

            Each course in the learning community will receive a separate grade.  There will be some learning community quizzes or assignments that lead to grades in both courses, but there is no overall learning community grade.  However, a student must be enrolled in both courses at all times, so it is not possible to withdraw from one course without also withdrawing from the other.

      Grading in BIOL-102:

 

Lecture (75% of total grade):

Laboratory (25% of total grade):

 

 

Exams & Final Exam

= 45%

Lab Quizzes

= 7%

 

 

Quizzes/Assignments

= 25%

Lab Practical 1

= 7%

 

 

Participation

= 5%

Lab Practical 2

= 7%

 

 

 

 

Research Paper

= 4%

 

Notes: 

 

1.      In order to pass the biology course, a passing grade in the lab component of the course is required.

2.      The final exam in biology will count equal to the other biology tests.

             

      Grading in FRES-160:   

 

 

Exams & Final Exam

= 45%

 

 

 

 

Quizzes/Assignments

= 30%

 

 

 

 

Participation

= 25%

 

 

 

 

 

 

 

 

 

Notes: 

 

1.      Students are required to participate in class discussions and group work as part of their participation grade (therefore attendance affects your participation grade)

 

!!!!!!!!!! STUDENT OPPORTUNITIES AND ASSISTANCE !!!!!!!!!!

     Your professors, the college, and the biology department have come up with many opportunities for students to gain additional help and experience with these courses.  TAKE ADVANTAGE OF AS MANY OPPORTUNITIES AS POSSIBLE!!!

1.      Biology tutors are available free of charge.  They work out of room 512-- simply go in and sign up for a tutor in a time slot that works for you.  Keep in mind that it is typically our top students who seek the assistance of tutors.  For more information visit http://faculty.stcc.edu/nash/tutoring.htm .

2.      Professors Tamarkin and Hill have office hours-- do not be embarrassed to use them!  If these hours conflict with your schedule, they will be happy to set up an appointment with you for a different time.

3.      The learning community is part of a National Science Foundation project, and the grant manager, Cathleen Beals, is also available if you have questions.  Her office is 02/527 and her phone number is 755-4659.

4.      Study groups composed of you and your peers can be the best way to study and improve your grades.  Form them immediately (do not wait until it is too late).

5.      Review sessions may be scheduled, if requested, for exams.

6.      Supplementary web pages for the learning community are available from http://STCC.Blackboard.com and http://faculty.STCC.edu/Tamarkin and http://www.STCC.edu/RDE .

7.      Your professors can also be contacted to answer individual questions by e-mail.

8.      Your books have questions and information for you at the end of each chapter.  They also come with digital resources (CD, website, and web links) for you.  Use your book resources!

 

READING ASSIGNMENTS* FOR THE LEARNING COMMUNITY:

Reading Assignments for BIOL-102

 

Topic

 

Relevant Textbook Reading

 

 

Introduction

Chapter 1

 

 

Heredity

Chapter 9 (portions)

 

 

Macromolecules

Chapter 2 (Matter only)

Chapter 3

 

 

Cells

Chapter 4

 

 

Membrane Transport

Part of Chapter 5 (transport only)

 

 

Cell Cycle, Mitosis, Cancer

Meiosis & Chromosomes

Chapter 8

 

 

From DNA to Protein & Genetic Engineering

Parts of Chapters 10 & 12

 

 

Diversity & Protists

Chapter 15 & some of Ch. 14

 

 

Animals

Chapter 17

 

 

Community Interactions & Ecosystems

Chapter 19

 

 

Biogeochemical Cycles & Human impact on the Environment
 

Chapter 20
 

 

Reading Assignments for FRES-160

 

Topic

 

Relevant Textbook Reading

 

 

The college system - orientation

Chapter 1

 

 

Establishing Goals and Managing your Time

Chapter 3

 

 

Managing your life

Chapter 4

 

 

Managing stress

Chapter 5

 

 

Note Taking for Class Lectures

Chapter 13

 

 

Preparing for Exams

Chapter 18

 

 

Learning from College Textbooks

Chapter 14

 

 

Thinking Critically and Solving Problems

Chapter 7

 

 

Learning Specialized and Technical Vocabulary

Chapter 11

 

 

Study Strategies for Academic Disciplines

Chapter 10

 

 

Reasoning Skills for Objective Exams

Chapter 19

 

 

Taking Essay Exams

Chapter 20

 

 

Taking Charge of your College Career

Chapter 2

 

 

Communication Skills for the Classroom

Chapter 6

 

 

Organizing and Synthesizing Course Content

Chapter 16

 

 

Critical analysis of Course Content

Chapter 17

 

 

Thought Patterns of Academic Disciplines

Chapter 12

 

 

Learning Styles and Teaching Styles

Chapter 8

 

 

Learning and Memory

Chapter 9

 

 

Learning from Visual and Electronic Media

Chapter 15

 

         

 

* Note:  We may not cover the material in this exact order.  Any changes will be given in class.

 

            This learning community is funded through the National Science Foundation, Grant Number 0726473.  However, any opinions, findings, and conclusions or recommendations expressed in this material are those of the authors and do not necessarily reflect the views of the National Science Foundation.

 

 

Strategies for Success Learning Community
Fall 2009 Schedule

Week of

Biology Topic

College Success Topic

Lab Topic

Monday Lab

Wednesday Lab

9/8

Introduction

The college system— orientation

 

 

9/9

Scientific Method

9/14

Heredity

Establishing Goals and Managing your Time,

Life, and stress

9/14

Scientific Method

9/16

Diversity

9/21

Finish Heredity

Begin Macromolecules

Note Taking for Class Lectures

9/21

Diversity

9/23

Microscopes

9/28

Finish Macromolecules

Preparing for Exams

9/28

Microscopes

9/30

Macromolecules

10/5

Test 1

Cells

Learning from College Textbooks

10/5

Macromolecules

10/7

Cells #1

10/12

Finish Cells

Thinking Critically & Solving Problems, Learning Specialized & Technical Vocabulary

10/12: no school
Tuesday 10/13
Mon. Schedule
Cells #1

10/14

Cells #2

10/19

Membranes & Transport

Study Strategies for Academic Disciplines

10/19

Cells #2

10/21

Passive Transport

10/26

Finish membranes

Reasoning Skills for Objective Exams, Taking Essay Exams

10/26

Passive Transport

10/28

Lab Practical 1

11/2

Test 2

Cell Cycle, Mitosis, Cancer

Taking Charge of your College Career

11/2

Lab Practical 1

11/4

Experiment

11/9

Meiosis & Chromosomes

Communication Skills for the Classroom

11/9

Experiment

11/11

no day classes

11/16

From DNA to Protein & Genetic Engineering

Organizing & Synthesizing Course Content

11/16

Mitosis

11/18

Mitosis

11/23

Test 3

Diversity & Protists

Critical analysis of Course Content

11/23

DNA & Biotechnology

11/25

DNA & Biotechnology

11/30

Animals

Thought Patterns of Academic Disciplines

11/30

Protists

12/2

Protists

12/7

Community Interactions & Ecosystems

Learning Styles & Teaching Styles, Learning and Memory

12/7

Animal Physiology

12/9

Animal Physiology

12/14

Biogeochemical Cycles & Human impact on the Environment

Learning from Visual and Electronic Media

12/14

Lab Practical 2

12/16

Lab Practical 2

12/17 – 12/23

Comprehensive Final Exams (to be scheduled)

Note:  This schedule is tentative and subject to change.

 

© 2006 STCC Foundation Press, content by Dawn A. Tamarkin, Ph.D.

Last changed: September 07, 2009