Verified Tutor
Iām Neenu MALIYAKKAL THOMAS, a passionate Math Tutor with a strong academic background in engineering. I hold a Bachelor of Technology in Chemical Engineering and am currently pursuing a Masterās degree in Chemical Engineering at Edith Cowan University. My analytical training and problem-solving skills allow me to break down complex mathematical concepts into clear, understandable lessons. With experience tutoring students across various levels, I specialize in creating engaging and supportive learning environments that help learners build confidence and achieve academic success. Whether it's algebra, calculus, or exam preparation, I tailor my approach to meet each studentās unique needs.
With over a year of dedicated experience tutoring primary and high school students, this tutor tailors each lesson to suit different learning styles. She employs patience and positive reinforcement to build confidence in her students, encouraging them to tackle problems independently while always feeling supported. Parents appreciate her clear communication and regular updates on student progress, ensuring everyone stays informed and engaged throughout the learning journey.
Neenuās sessions are designed not just to improve grades but also to foster critical thinking and strong problem-solving abilities. Drawing from her engineering background, she creates practical examples that relate mathematical concepts to real-world scenariosāhelping students see the relevance of what theyāre learning. Her passion for education shines through in every session as she motivates young learners to reach their full potential.
Recent Tutoring Comments:
The student showed a good understanding of the basic DNA replication process and was able to recall complementary base-pairing rules. She followed the replication ...
The student showed a good understanding of the basic DNA replication process and was able to recall complementary base-pairing rules. She followed the replication diagrams well and understood that the process produces two identical DNA moleculesShe needs further practice remembering the specific roles of DNA helicase, primase/primer and DNA polymerase and explaining the replication process in the correct sequence. More diagram-based and application questions will help reinforce these concepts.
She needs further practice remembering the specific roles of DNA helicase, primase/primer and DNA polymerase and explaining the replication process in the correct sequence. More diagram-based and application questions will help reinforce these concepts.
The student showed a good understanding of the basic concepts of inheritance and was able to distinguish between genes and alleles. She understood the purpose of ...
The student showed a good understanding of the basic concepts of inheritance and was able to distinguish between genes and alleles. She understood the purpose of mitosis and that it produces two genetically identical daughter cells for growth and repair.
She needs more practice with genotype, phenotype, dominant, recessive, homozygous and heterozygous terminology. Further revision of the stages of mitosis and chromosome behaviour during each stage will also help strengthen her understanding.
The student understood the basic concepts of chemical change and stoichiometry and was able to use balanced equations and mole ratios to solve straightforward ...
The student understood the basic concepts of chemical change and stoichiometry and was able to use balanced equations and mole ratios to solve straightforward calculations.
Needs more practice with multi-step stoichiometric calculations, especially in more complex ATAR-style questions.
The student understood the basic differences between alkanes and alkenes and was able to identify their structures, general formulas, and carbonācarbon bonds.
The student understood the basic differences between alkanes and alkenes and was able to identify their structures, general formulas, and carbonācarbon bonds.
Needs more practice with naming alkanes and alkenes, drawing structural formulas, and identifying different hydrocarbons from their molecular and structural formulas.