IB Biology Tutoring

Online International Baccalaureate biology tutoring

My online biology tutoring helps IB students master complex concepts with personalised, engaging lessons. With extensive teaching experience and recognition at state and national levels, I’ll guide you to success in your studies and beyond.

Stop struggling and start thriving today!

Ace your IB biology with expert tutoring

Biology opens the door to understanding the living world and unlocking pathways to exciting careers, but it can often feel overwhelming without the right support. Too many students struggle with teaching approaches that don’t align with their individual learning needs. With extensive experience and a proven history of helping students succeed, I believe every student can achieve their potential with the right guidance and approach.

It’s time to unravel the complexities of the IB biology syllabus with tutoring tailored to your goals. Whether you’re mastering the classification of elements or delving into ecosystems, I’ll make even the trickiest topics approachable, engaging, and inspiring to ignite your curiosity and passion for biology.

Why choose our IB biology tutoring?

Tailored to you

Whether you’re tackling SL or HL, our sessions adapt to your pace and focus on your goals.

Interactive and practical

From building DNA models to simulating ecosystems, our hands-on approach ensures concepts stick.

Assessment-ready

Crush those internal assessments and ace your exams with our structured prep, past paper drills, and personalised feedback.

Who is IB biology tutoring for?

Our IB biology tutoring is perfect for students tackling the challenging SL or HL syllabus who want to take their understanding to the next level. Whether you’re striving for top grades, catching up on tricky concepts, or simply aiming to feel more confident in class, we’re here to help. We work with students at all levels, those aiming for excellence in exams, those refining their internal assessments, or those seeking clarity on the fundamentals. If you’re ready to turn complex topics like evolution, photosynthesis, and DNA replication into concepts you can understand and master, this is for you!

IB biology syllabus

I use a structured, conceptual, and practical teaching approach tailored to individual learning needs to support students in mastering the IB Biology course content. Throughout the IB biology syllabus, I will integrate the development of scientific inquiry skills. I will train students to design investigations, collect and process data, and evaluate results critically. For example, students will conduct investigations on enzyme activity, ensuring they manage variables, record data, and assess reliability and accuracy. I will provide targeted support in statistical techniques, including standard deviation, t-tests, and chi-squared tests, enabling students to analyse data effectively.

Using the IB’s Nature of Science (NOS) principles, I will foster critical thinking by discussing the limitations of models, the evolution of scientific theories, and ethical considerations in biology. Students will reflect on how scientific knowledge develops and its impact on society.

To strengthen conceptual understanding, I will use linking questions to help students connect topics across themes and levels of organisation. For instance, I will guide students to explore the relationship between membrane transport (Form and Function) and photosynthesis/respiration (Interaction and Interdependence). By encouraging students to identify these connections, I will develop their ability to synthesise knowledge.

I will provide extensive support for IB assessments. For internal assessments, I will mentor students through the scientific investigation process, from formulating research questions to presenting results. I will ensure they follow IB criteria, helping them develop clear methodologies, analyse data critically, and evaluate their findings.

For external assessments, I will conduct practice exams, review sessions, and targeted feedback. I will guide students in interpreting command terms, structuring answers for data- based questions, and writing extended responses. By using past papers and marking schemes, I will ensure they are confident in tackling various question types.

The topics under Unity and Diversity begin with fundamental biological molecules like water and nucleic acids. To ensure students grasp water’s essential role in life, I will use demonstrations and visual aids to illustrate hydrogen bonding, cohesion, adhesion, and solvent properties.

For nucleic acids, I will simplify DNA and RNA structures using models, emphasising base pairing and its role in replication. Students will analyse diagrams, construct DNA models, and practise transcribing and translating genetic information. Higher-level students will explore DNA’s extraplanetary origin, connecting it to the search for extraterrestrial life and fostering interdisciplinary thinking.

  1. A1.1: Water
  2. A1.2: Nucleic acids
  3. A2.1: Origins of cells [HL only]
  4. A2.2: Cell structure
  5. A2.3: Viruses [HL only]
  6. A3.1: Diversity of organisms
  7. A3.2: Classification and cladistics [HL only]
  8. A4.1: Evolution and spéciation
  9. A4.2: Conservation of biodiversity

The topic of membranes and specialised cells will be taught through engaging animations, experiments, and case studies (e.g., the structure of alveoli for gas exchange). For HL students, I will extend this to cell compartmentalisation and virus structure using interactive diagrams and research-based discussions. The organism-level topics emphasise systems like gas exchange, transport, and motility. I will use models, diagrams, and practicals, such as measuring lung capacity and conducting heart rate investigations.

To teach muscle motility (HL), I will explain actin-myosin interactions using animations and step-by-step breakdowns of contraction mechanisms. Students will apply their understanding to examples like adaptation to environments (e.g., penguins and seals) and connect structure to function.

  1. B1.1: Carbohydrates and lipids
  2. B1.2: Proteins
  3. B2.1: Membranes and membrane
  4. B2.2: Organelles and compartmentalisation
  5. B2.3: Cell specialisation
  6. B3.1: Gas exchange
  7. B3.2: Transport
  8. B3.3: Muscle and motility [HL only]
  9. B4.1: Adaptation to environment
  10. B4.2: Ecological niches

For interaction and interdependence, such as chemical and neural signalling, I will break down complex systems like hormone pathways and synaptic transmission using flowcharts, labelled diagrams, and interactive activities.

Students will practise interpreting data related to homeostatic feedback loops and action potentials. For HL students, additional content like chemical signalling will include molecular-level explanations and practical scenarios.

The topics under Interaction and Interdependence also extend to populations, communities, and ecosystems. I will guide students in exploring energy transfers, ecological pyramids, and population dynamics through fieldwork activities, virtual simulations, and graph analysis.

  1. C1.1: Enzymes and metabolism
  2. C1.2: Cell respiration
  3. C1.3: Photosynthesis
  4. C2.1: Chemical signalling [HL only]
  5. C2.2: Neural signalling
  6. C3.1: Integration of body systems
  7. C3.2: Defence against disease
  8. C4.1: Populations and communities
  9. C4.2: Transfers of energy and matter

For Continuity and Change, I will emphasise evolution, natural selection, and biodiversity conservation. To help students grasp these concepts, I will use case studies, such as Darwin’s finches or antibiotic resistance.

Students will analyse fossil evidence, simulate speciation events, and explore conservation strategies for endangered species.

  1. D1.1: DNA replication
  2. D1.2: Protein synthesis
  3. D1.3: Mutations and gene editing
  4. D2.1: Cell and nuclear division
  5. D2.2: Gene expression [HL only]
  6. D2.3: Water potential
  7. D3.1: Reproduction
  8. D3.2: Inheritance
  9. D3.3: Homeostasis
  10. D4.1: Natural selection
  11. D4.2: Stability and change
  12. D4.3: Climate change

How we make IB biology tutoring fun and effective

Visual tools

We bring IB biology to life with engaging models, animations, and diagrams that simplify even the most complex topics.

Critical thinking focus

Our tutoring encourages students to analyse, evaluate, and connect concepts, building the problem-solving skills essential for IB success.

Everyday examples

We make IB biology relatable by linking syllabus content to real-world scenarios, from adaptations to the science of climate change.

Meet your IB biology tutor

Hi, I’m Rhys. I’m an award-winning teacher and the author of widely-used science textbooks, including the SASTA Stage 1 and 2 Biology, Chemistry, and Physics Workbooks.

With over a decade of teaching experience, I bring my proven, award-winning style of teaching to the IB biology syllabus, tailoring each session to help you master key concepts, build confidence, and achieve your academic goals.

Why I'm your
best choice

Learn IB biology with an award-winning tutor

My online biology tutoring offers tailored support to empower IB students to thrive in their studies. I’m dedicated to transforming biology into an accessible and captivating subject for those tackling this prestigious program. With a wealth of teaching experience recognised at both state and national levels, I provide expert guidance to help you simplify challenging topics, enhance analytical skills, and establish a solid foundation for success in your IB journey and future pursuits.

You have potential.
Let's unlock it.

Are you tired of feeling lost in class? Not sure how to study for exams? I design personalised and flexible online science tutoring services to help you overcome these challenges and start doing better today.

What students and parents say about my tutoring

Thank you so much for all you have done for me over the past two years! I can truly say you are the best teacher I have ever had and your passion and dedication is contagious. I have never enjoyed a subject as much as I have enjoyed chemistry and physics. You have taught me more than just content but advice and lessons I will take on for the rest of my life. I never thought I would miss high school, but I will not due to your amazing, entertaining and funny lessons. Thank you so much!

Thank you so much for all you have done for me over the past two years! I can truly say you are the best teacher I have ever had and your passion and dedication is contagious

Bri

Year 12 Chemistry and Physics Student

Dear Mr Lewis,

You absolute legend! You have made physics and chemistry much more interesting and it has been a pleasure to know you. You are hands down the best teacher I’ve ever had!

You absolute legend! You have made physics and chemistry much more interesting and it has been a pleasure to know you

Jordan

Physics and Chemistry Student

IB Biology tutoring

Frequently Asked Questions

Yes, I can help you choose a topic, provide drafting and help elevate your report to the high standards required to achieve outstanding results.

All lessons are online, so you can join anywhere that suits you. I use a high-tech setup that allows us to go through material effectively. Think interactive whiteboards, live demonstrations, and plenty of visual aids. This format works very well for science subjects like chemistry, biology, and physics because it allows us to review tricky concepts as often as needed. Plus, you get to learn in an environment where you’re comfortable.

Yes, I offer both. One-on-one sessions let us focus on your questions and learning style, which can be helpful if you have particular areas you want to work on. Group sessions, on the other hand, are great if you enjoy learning with others and bouncing ideas around. It depends on what feels suitable for you. I’m flexible with either approach.

No special equipment is necessary. You just need your textbooks, a pen and paper for note-taking, and a desktop computer or laptop with a stable internet connection. I’ll provide the rest, like online resources and learning tools. It’s all about keeping things straightforward so we can focus on the learning.

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