Sharon Suresh
Discover engaging Biology tutoring: interactive learning tailored to your unique understanding and needs.
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Biology tutor - Sharon Suresh
Bachelors degree
/ 30 min
Your biology tutor - Sharon
I'm Sharon Suresh, a Biology tutor with a Bachelor's degree and years of experience in college-level tutoring. My specialities include Biology experiments, lab skills, career guidance, homework help, personalized learning plans, real-world application, review sessions, test prep strategies, and visual learning. I offer tutoring in Botany, Zoology, Ecology, Human Anatomy, Biotechnology, and Biology. Through personalized learning, I make complex topics easy to grasp. Let's ace your Biology studies together!
Sharon graduated from BITS Pilani


Biology class overview
My tutoring approach blends fun, interactive, and concept-based learning to ensure students grasp complex topics effortlessly. Specializing in Biology, Zoology, Botany, Human Anatomy, Ecology, and Biotechnology, I leverage digital tools like interactive 3D models, quizzes, and video conferencing to create engaging and personalized online learning experiences. I follow various curricula such as A-Levels, AP Program, IB, and more to cater to college-level students. My supportive style fosters a deep understanding of subjects, making learning enjoyable and effective, ultimately leading to academic success.
Academic expertise of your biology tutor
Real world application
Test prep strategies
Visual learning
Review sessions
Personalized learning plans
Teaching tools used by biology tutor
Interactive diagrams
Interactive 3D models
Practice worksheets
Presentations
Assessments
Your biology tutor also teaches
Human Anatomy
Biotechnology
Zoology
Ecology
Biology
Botany
Types of students for biology class
Anxiety or Stress Disorders
ADHD
College
Learning Disabilities

Biology concept taught by Sharon
The session covered elimination reactions (E1, E2), distinguishing them from substitution reactions (SN1, SN2), and the Zaitsev and Hoffman rules for predicting major products in elimination reactions based on base size. The student practiced identifying strong bases and bulky reactants to predict reaction outcomes. The next step involves reviewing these concepts to reinforce understanding.
E1 and E2 Reactions
Zaitsev's Rule vs. Hoffman Rule
Elimination vs. Substitution Reactions
Strong vs. Weak Bases
SN1 and SN2 Reactions
The session covered cellular respiration, including glycolysis, the Krebs cycle, and the electron transport chain, with a focus on aerobic and anaerobic respiration. The Student reviewed each step, discussing the inputs, outputs, and locations within the cell. The plan is to continue with the Krebs cycle and other related concepts in the next session.
Cellular Respiration
Electron Transport Chain
ATP (Adenosine Triphosphate)
Glycolysis
Aerobic vs. Anaerobic Respiration
Citric Acid Cycle (Krebs Cycle)
Sharon and Sana reviewed linear programming, focusing on maximizing profit and minimizing costs with constraints, including word problems. Sana practiced setting up equations and identifying constraints. Sharon recommended drawing graphs to visualize feasible regions and intersection points.
Constraints in Linear Programming
Vertices (Corner Points)
Maximizing/Minimizing Profit/Cost
Setting up Word Problems
Sharon taught Stephen about Grignard reactions, focusing on the nucleophilic nature of the Grignard reagent and its reactions with aldehydes, ketones, and esters. Stephen practiced identifying positive and negative charges in molecules to predict reaction mechanisms. Sharon assigned Stephen to memorize the first 20 elements of the periodic table to better understand the charges of different elements.
Partial Charges in Carbonyls
Tertiary Alcohol
Electrophile
Nucleophile
Grignard Reagent
Sharon and Sana recently focused on key linear algebra concepts, specifically covering the matrix representation of linear equations and the technique of Gaussian elimination. Sana gained practical experience by converting various equations into their matrix forms and then solving these systems through the application of row operations to eliminate variables. Their work involved several examples, including one that presented the added complexity of fractional coefficients. Sharon concluded the lesson by recommending further practice to reinforce Sana's understanding of these methods.
Matrix Representation
Coefficient & Constant Matrices
Augmented Matrix
Gaussian Elimination Goal
Sharon and Stephen reviewed SN1 and SN2 reactions in organic chemistry, focusing on steric hindrance and charge distribution. They then practiced evaluating limits, including piecewise functions and algebraic manipulation. Stephen was assigned to review the material and put any questions in their WhatsApp group.
SN1 Reaction
SN2 Reaction
Partial Charges (Delta +/-)
Limits of Functions
Piecewise Functions
Hands-on biology lessons
Pets are welcomed
Open Q&A
Parent feedback
Chat for quick help
Weekend lessons

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