Elbright Dillu
Qualified and Experienced Chemistry Tutor: Helping students build strong foundations.
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Elbright Dillu
Doctorate degree
/ 55 min
Elbright Your chemistry tutor
Hi! I’m Elbright Dillu, and I’m excited to help you discover how interesting and logical Chemistry can really be. I hold a Doctoral degree in Chemistry, specializing in Nanochemistry, and I teach across all the core areas — Inorganic, Organic, Physical, and Analytical Chemistry. I’ve worked with high school and college students for over a decade, and my goal is to help my students reach that point, where they truly understand what’s happening, not just memorize it for an exam. In my sessions, I focus on clarity, patience, and real understanding. We’ll go step by step through concepts, discuss how and why reactions occur, and relate what you learn in class to how Chemistry works in real life. I believe every student can learn Chemistry with the right guidance and mindset. I adapt my teaching style to suit how my students learn best whether that means slowing down to strengthen their basics or going deeper into advanced topics. The aim is always the same — to make my pupils confident and comfortable with the subject. If you’re a high school or college student looking for a supportive, easy-to-approach tutor who’ll help you build a strong foundation and enjoy learning along the way, I’d love to work with you. Let’s make Chemistry something you look forward to mastering — together.
Elbright graduated from Sam Higginbottom University of Agriculture, Technology & Sciences


Specialities of your chemistry tutor
Homework help
Chemistry lab skills
Personalized learning plans
Chemistry experiments
Real world application
Types of learners for chemistry class
College students
High School students
Home schooled
Chemistry class overview
My teaching approach is structured yet flexible, with a strong focus on building a clear understanding of core concepts. I believe that once students grasp the fundamentals, they can think more critically and explore Chemistry with confidence and curiosity. To make learning engaging and effective, I use tools like digital whiteboards and PowerPoint presentations, which help visualize reactions, mechanisms, and problem-solving steps in a clear and interactive way. My lessons follow a curriculum that adapts to each student’s goals — whether they’re preparing for exams, strengthening basics, or advancing their subject knowledge. I also conduct regular assessments and feedback sessions to track progress and identify areas for improvement. Over the past 11+ years, I’ve had the opportunity to mentor more than 200 students, through both undergraduate classroom teaching and one-on-one tutoring for high school learners. This experience has helped me develop a teaching style that’s not only result-oriented but also student-centered and encouraging. I always welcome feedback from my students and make it a point to incorporate their suggestions into future lessons. My goal is to create a supportive and engaging environment where students feel comfortable asking questions, learning at their own pace, and truly enjoying the subject.
Your chemistry tutor also teaches
Chemistry
Organic Chemistry
Chemical Reactions
Physical Chemistry
Inorganic Chemistry
Analytical Chemistry

15 days Refund
Free Tutor Swap

Chemistry concepts taught by Elbright
The tutor and student reviewed organic chemistry practice problems, focusing on nomenclature, reaction mechanisms, stereochemistry, degree of unsaturation, polymerization, and heats of hydrogenation. They discussed specific examples and clarified concepts for an upcoming exam.
Alkene Naming: Priority Rules and Nomenclature
Epoxide Formation and Hydrolysis
Periodic Acid Cleavage of Diols
Degree of Unsaturation (Index of Hydrogen Deficiency)
Polymerization Mechanism: Ethylene
Stereochemistry of Halogenation and Diastereomers
Heats of Hydrogenation and Alkene Stability
The tutor and student reviewed organic chemistry concepts, including nomenclature, carbocation and alkene stability, and various reaction mechanisms. They practiced naming compounds, ranking stability based on structural features, and identifying reagents and products for reactions like dihydroxylation, dehydration, and elimination. The next session will focus on reaction mechanisms.
Carbocation Stability and Hyperconjugation
Alkene Stability
Anti-Dihydroxylation of Alkenes
Dehydration of Alcohols
Oxidative Cleavage of Vicinal Diols
The Tutor and Student reviewed chemical nomenclature for ions, empirical and molecular formula determination, and Lewis structures. They practiced calculating formal charges and explored the foundational concepts of Valence Bond Theory, including sigma and pi bonds, and the introduction of hybridization to explain molecular geometry. The next session will continue with hybridization and related topics.
Lewis Structures and Resonance Forms
Hybridization and VSEPR Theory
Sigma (σ) and Pi (π) Bonds
Empirical Formula Determination
The Tutor and Student worked through several quantitative chemistry problems related to titrations, normality, and dilution. They practiced applying the normality equation (N1V1 = N2V2) and the relationship between normality and molarity, with the Tutor assigning additional practice problems for the Student to complete before the next session.
Normality Equation (N₁V₁ = N₂V₂)
Calculating Equivalent Weight
Normality vs. Molarity
Dilution Principle (N₁V₁ = N₂V₂)
The session reviewed ionic and covalent bonding, resonance structures, formal charge calculations, coordinate covalent bonds, and expanded octets. The Student learned about the Born-Haber cycle and VSEPR theory while working through homework problems involving electronic configurations, Lewis structures, and identifying ionic and covalent compounds. The tutor assigned the student to ask the teacher about specific representation issues and planned to continue with chapter 8 and remaining homework in the next session.
Formal Charge
Bond Enthalpy and Born-Haber Cycle
VSEPR Theory and Molecular Geometry
Expanded Octets
Coordinate Covalent Bonds
Resonance Structures
The Tutor and Student explored the fundamental principles of chemical bonding, including ionic and covalent bond formation, driven by the octet rule. They practiced constructing Lewis symbols and structures, calculating formal charges, and differentiating between polar and non-polar covalent bonds and molecules. They also planned to continue this discussion and address homework in a future session.
Why Atoms Bond
Ionic Bonding
Covalent Bonding
Lewis Symbols and Structures
Formal Charge
Polarity of Covalent Bonds and Molecules
Tools & techniques used by chemistry tutor
Practice worksheets
Interactive diagrams
Assessments
Quizzes
Video conferencing
Interactive chemistry lessons
Pets are welcomed
Weekend lessons
Chat for quick help
Open Q&A
Note taking

Chemistry tutors on Wiingy are vetted for quality
Every tutor is interviewed and selected for subject expertise and teaching skill.
