|Degree||Atmospheric Chemistry||Harvard University||ME||2007|
|Degree||Chemical Engineering||UC Davis||BS||2004|
Although my formal teaching tenor is fairly short, starting in high school I often found myself in a teaching role while studying with peers. My teaching style relies heavily on starting very hands-on and transitioning the student into independence. I find it’s very helpful for the student and teacher as well, to make mistakes while doing a problem. When initially explaining a problem, students will frequently be too shy to tell you that they don't understand a concept. Often the best way to coax questions out of students involves them doing problems on their own. Building off of that, I am then able to help construct strategies to highlight their strengths in problem solving and improve on their weaknesses.
While earning my BS in Chemical Engineering at UC Davis, I became interested in the atmospheric sciences which lead me to graduate school at Harvard University studying Atmospheric Chemistry. At Harvard I was the head Teaching Fellow for an upper division class in atmospheric chemistry. Since graduating last June with an ME, I have picked up tutoring in Los Angeles and currently have one student doing non-calculus based physics. Through my education I have gained extensive experience in mathematics through the calculus level, chemistry and chemical physics, and Newtonian physics.
|Degree||Chemistry||University of Southern California||Ph.D.||current|
|Degree||Chemistry||Bowling Green State University||Master||2006|
I truly enjoy teaching. My strategy involves actively engaging the student in the learning process. I always try to develop personalized programs based on each student's strengths and weaknesses.
In 2006 I graduated from Bowling Green State University (Ohio) with a Master of Science degree. During my Master's program I worked as a teaching assistant in General and Organic Chemistry Laboratories. I was responsible for a brief introduction of the material prior to every lab period. This greatly helped me to learn how to organize material I was to present and explain difficult concepts in a simple manner. At USC as a Ph.D. student, I had a chance to work for the Student Athletes Academic Service where I was a chemistry and math tutor. In addition, during the spring of 2007 I was working as an assistant for the Organic Chemistry Course at LA Trade Tech College, where I was responsible for weekly sessions.
|Degree||Chemistry||The University of South Dakota||M.S||2008|
While teaching, I constantly seek input from my students. I always try to make them feel comfortable in class, and to let them know that they are the key to the success of the class. I try to encourage them to participate very often, and welcome all their questions and comments. I usually have my students work in groups to discuss problems. I use small groups (of 3 people) because they take the least time to organize, and they are the easiest to adjust to for those who always work on their own. I also encourage them to get together to do math problems outside the classroom.
I worked as a teaching assistant in Organic Chemistry and General Chemistry courses while I worked toward my own master’s degree at the University of South Dakota. This experience gave me the opportunity to transfer from online tutoring to classroom teaching and individual tutoring. The total experience has educated me with the ability to handle students based on their own style and teach them the subject in creative way.
|Degree||Chemistry||Florida Atlantic University||PhD||current|
|Certification||Chemistry ||Florida Department of Education ||grades 6-12 ||2004 |
|Degree||Chemistry ||University of Maryland College Park||MS ||2003 |
|Degree||Education ||University of Capecoast ||BA ||1998 |
|Degree||Chemistry ||University of Capecoast ||BS ||1998 |
I am a firm believer in the saying that "every child is gifted". I also believe that no two children are equal. These principles have guided me throughout my teaching experiences. Therefore, I patiently work with students by first assessing their situations and then designing plans to help them out. I am easy going and that helps me communicate effectively with my students.
I have always loved teaching, so I worked as a teacher's aide at an elementary school directly after graduating from high school. I obtained my BS in physical science with a major in chemistry and a diploma in education. I also obtained my MS in analytical chemistry working in the study of the kinetics of metals in reducing environments. I used these acquired physical sciences as tools in my analysis. This has given me great understanding of these subjects. I have also tutored a lot of students through my graduate studies.
|Other||Chemistry||Greater Nanticoke Area HS||Student Teaching||2002|
I truly enjoy teaching and watching a student’s growth both academically and personally with my assistance. I can not say that I have only one teaching style. The art of teaching is finding out what is the best way for my students to learn. Each and every student has a different way of learning; may it be lecture, demonstration, or question and answer. The great thing about teaching is that there is no ‘right’ or ‘wrong’ way of expressing the material. Many times you have to use multiple methods of teaching to help the students gain a more thorough understanding. Having some professional experience in the Chemistry field is a great tool for both gaining the student’s attention and relating what is done in the classroom to real life scenarios. I gain great satisfaction from helping students obtain the goals they have set.
I graduated from King's College in Pennsylvania in May of 2002 with my BS in Chemistry. I decided to return to school for another semester to do my student teaching and become certified in secondary education. I spent twelve weeks teaching 10th through 12th grade students in Chemistry and eight weeks teaching Advanced Chemistry. I thoroughly enjoyed my experience and look forward to one day having my own classroom and becoming a teacher and mentor to younger children. After graduating, I decided that I needed to gain some real life experience that I could apply and have students relate to before entering the classroom. So for the past 5 years I have worked in a variety of laboratory settings. Currently I am working as an Analytical Chemist for a Cosmetic / Pharmaceutical company on Long Island. I have tutored a few students over the past two years in Chemistry, Physics, and Math with great success.
|Certification||Chemistry ||Professional Teacher Cerificate||6-12||2010-2015|
|Certification||Chemistry||Florida Department of Education||Temporary||2007-2010|
|Degree||Science Education||Nova Southeastern University||Masters||2007|
|Other||Management||University of the West Indies||Graduate Diploma||1986|
|Degree||Chemistry||University of the West Indies||Bachelors||1980|
I enjoy teaching, and continue to work at combining different instructional techniques in order to target and motivate my students who are of different cultures and ethnicity. I use a combination of hands-on/lab activities, guest speakers, field trips, multimedia, questioning, discussions, and lectures. I am also passionate about helping students to make real-world connections to help them develop science literacy in order to become science literate adults. As an educator I believe in maintaining order in the classroom so that my students are able to learn in an ordered and caring environment, and I strongly believe in providing timely feedback to students so that they can maximize their learning.
As a chemistry graduate I gained invaluable experience in the fields of research & development, and forensic chemistry, as well as in the pharmaceutical industry as a medical representative. I later became interested in teaching and completed my master's degree in science education. I have been teaching for the past 3 years. I currently teach high school chemistry, AP chemistry and environmental science, at a charter school. Over the years I have developed my computer skills, and my management capabilities, as well as my ability to work with people of different cultures and ethnicity.
|Degree||Chemistry||Northeastern Illinois University||BS||2007|
While attending Northeastern Illinois University, I worked as a Peer Leader for one year for their Peer Led Team Learning (PLTL) program. This consisted of me tutoring a group of students in a one credit hour Organic Chemistry seminar class during the Spring and Fall 2004 semesters. Instead of a traditional tutoring setting, I guided the activities of groups of 10-15 students in weekly seminar formatted meetings. I encouraged the students by initiating questions and discussions that led to conceptual understanding of current class material, often times encouraging the students to explain what they knew to others in the class. I also attended weekly meetings with professor of the corresponding organic chemistry class to review seminar materials and to communicate problems or issues. I also kept a weekly journal documenting the seminar issues and progress and communicated any problems and concerns to the class professor. This was a paid position. Additionally, in May of 2004, I was chosen by the Chemistry Department Head to assist in PLTL workshop training at a teaching symposium at the University of Illinois at Chicago, and later that month was also chosen to attend Chautauqua Short Courses at California State University to assist in PLTL workshop training. These courses were designed to train college professors in the PLTL method of tutoring, enabling them to start a program at their own school.
I have earned two bachelor's degrees, a BS in Chemistry (4.0 GPA) and a BA in Communications, and I have 12 years experience as a paralegal and legal secretary. I have excellent verbal and written communications skills, organizational skills and an outstanding work ethic, which are a great asset in tutoring. I have tutored in organic chemistry and also helped many students in my classes while working towards my chemistry degree. I enjoy helping people understand chemistry and also believe that in teaching, it only solidifies your own knowledge of the subject matter.
|Degree||Secondary Science Education||University of Pennsylvania ||MS Ed ||1993 |
|Degree||Chemistry w/ minor Biology ||Temple University ||BA||1987 |
My teaching style is student centered and hands-on. I try to get students to recreate what scientists really do in the lab to discover and find solutions to problems, so a lot of time is spent in the lab and collaborating. I also incorporate data analysis in the lab experiences, so a lot of my labs require that students collect and share data, and base their conclusions to a problem on the data, and not a book answer. I think this is the reason why I had so many science fair winners at the middle school level. Often my parents where I amazed at what I could get their kids to create in terms of lab reports.
I have been teaching for about 14 years. I discovered teaching while I was doing volunteer work bringing science to elementary school children in the inner cities of Philadelphia. I was hooked. I had so much fun and the fact that I could get paid for it was secondary but a bonus.
I started out as a middle school teacher and I have been quite successful with them at science fair competitions. One year, 6 of my sixth graders took 6 of the 7 places in city fair. My eighth graders won first place 2 years in a row. One student went on to state competition (he won 2nd place in a category higher than his grade level), and another was awarded and honored at a Spectroscopy Society dinner.
I am presently teaching high school Chemistry and General Science, and I love what I do.
Chemistry can fun at any age! Remember making rock candy, a baking soda and vinegar volcano, and liquid smoke bombs? We become fascinated with chemistry at an early age. Once it is time to take courses in chemistry it becomes a bit harder and confusing. Learning about the elements and the periodic table are just the beginning. Understanding acids and bases, chemical bonding, atomic structures, and chemical bonding can send most teenagers into a frenzy. Once a student enters college, a frenzy can turn into down right panic. No matter whether the student is taking an introductory chemistry course or an upper level chemistry course, we have the qualified tutors that can help. Here are just some of the courses are tutors have helped students in through the years:
Biochemistry - Topics include: molecular, cellular, and organismal chemical activities. Metabolic pathways and enzymology, biochemical structures and sequences, and genome databases are included.
Chemical Engineering - Chemical engineering basically is applied chemistry. It is the branch of engineering concerned with the design, construction, and operation of machines and plants that perform chemical reactions to solve practical problems or make useful products.
Inorganic Chemistry - Topics include: molecular structure, molecular shape and symmetry, structure of solids, d-metal complexes, oxidation and reduction, and acids and bases.
Organic Chemistry - Focuses on relationships between molecular structure and chemical reactivity, and stresses the development of sophisticated problem-solving skills in the context of organic reaction mechanisms and multi-step synthesis. Homolytic and heterolytic substitution, elimination, oxidation and reduction reactions; topics in stereochemistry and spectroscopy.
Principles of Chemistry I- Topics include: atomic structure; thermochemistry; periodicity, bonding and molecular structure; intermolecular forces; properties of solids; liquids, gases and solutions.
Principle of Chemistry II – Topics include: Thermodynamics, chemical equilibrium; acid/base chemistry; oxidation and reduction; kinetics; spectros-copy; introduction to nuclear, organic, inorganic, and polymer chemistry.
Physical Chemistry I – Topics include: States of matter. Kinetic theory of gases. Transport phenomena. Chemical thermodynamics and its application to chemical systems. Equilibrium. Ionic solutions and electrochemistry. Introduction to chemical kinetics.
Physical Chemistry II – Topics include: chemical kinetics and catalysis. Introductory quantum chemistry. Spectroscopy. Statistical thermodynamics.
When the fascination for basic chemistry turns into a desire to learn more, but the concepts are hard to grasp, it is time to get the help of a professional tutor. Our chemistry tutors can turn panic into passion. All of the chemistry tutors we provide will hold a degree in the area of study the student is learning (biochemistry, organic chemistry, basic chemistry, etc). Most of our tutors hold master’s degrees and PhD’s. They are ready to help.
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