Experience the best teaching from a qualified and experienced teacher with top-notch facilities for 1:1 teaching in a classroom and laboratory. Our teaching aids include visualisers, smartboards, and all the experiments for GCSE and A Level to aid understanding. We take electronic notes for students and send them straight to their phones so they have PDF notes for each session. Additionally, we have a vast electronic resource of hundreds of exam papers, including many not normally available to students. We offer both in-person and online teaching options from our TV studio, making learning accessible and convenient for all.
Unlocking the Secrets of Science:
How Our Fully Equipped Laboratory Enhances Learning
1 hour per week - up to 10 students online. Covering the whole syllabus in a year
Mondays Chemistry GSCE
Tuesdays Physics GCSE
Wednesdays Biology GCSE
Thursdays Maths GCSE
6:30-7:30pm
£25 per session per student per week
From one of our TV Studios, we can take you through the whole syllabus with demos, exercises and exam practice.
Contact Us
Math GCSE and A level Math and Further Mathematics
Biology GCSE and A Level
Chemistry GCSE and A Level
Physics GCSE and A Level
Computer Studies GCSE and A Level
Business Studies GCSE, BTEC and A-Level
A-Level Psychology and A-Level Sociology
Look at some sample Lesson Plans
Computing, Physics, Chemistry, Biology,
Philip M Russell BSc. PGCE, MCCT, MInstP.
With over 40 years of teaching experience, I am a qualified and experienced Chartered Teacher. Throughout my career, I have taught in 11-18 schools, served as a Head of Department for over 50 staff, worked in FE colleges for 16 years, and been a University Lecturer at two Universities. Beyond teaching, I am also a Film Maker, Broadcaster, and Presenter. I run my own weekly Climate Podcast and host an extensive Science YouTube Channel. Despite my diverse interests, my passion remains rooted in science and education.
In my spare time I am learning to sail
Students like and students need face to face contact. They need someone with years of professional experience, to teach them in the best possible way to allow them to achieve their full potential. By doing experiments and carrying out investigations strong memory bonds are formed which helps boost the grades.
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Using Galileo's Bells to demonstrate the square relationship of acceleration: With the @pascoscientific smartcart for precise data recording and a very inaccurate water clock for interval timing. A perfect blend of modern tech and historical methods! #Physics #STEM
Exploring the sum and product of polynomial roots: Teaching students how coefficients reveal the relationships between roots and equations. A key concept bridging algebra and deeper mathematical insight! #MathsEducation #Polynomials
How much does this weigh? Exploring different tools for measurement: a lever arm balance, a Newton meter, and a set of scales with their weights. Hands-on learning at its best! #Physics #Measurement
Getting to grips with protein synthesis in A-level Biology, from looking at the DNA structure to transcription to RNA and then translating the RNA sequence to a Protein in a Ribosome and seeing how the protein molecule folds to create an active protein.
In A-level sociology, we investigate how dependency theory explains development in different parts of the world and how the forces of a global capitalist society operate against and press the poorer countries that have yet to develop.
This year's A-Level Computing projects are nearly complete! Building and getting them to work is just half the battle—documenting the process, including testing, meetings, and improvements, is where the real challenge lies. #ALevelComputing #ProjectWork
Exploring the relative reactivity of metals with acid: Magnesium reacted vigorously, while copper showed no reaction. Differentiating zinc and iron was trickier but became clearer with cleaned surfaces. Reactivity order: Mg > Zn > Fe > Cu. #Chemistry #ScienceExperiment
Using @pascoscientific rotation sensor and Capstone to analyse a pendulum's motion: Comparing position, velocity, and acceleration to uncover patterns and relationships between them. A hands-on way to bring physics concepts to life! #Physics #STEMEducation
Exploring geometry on the CG-50 calculator: Adding shapes to the screen can reveal amazing insights and uncover details that might not have been obvious before. A great tool for visualising concepts! #Maths #Geometry #TechInEducation
Visualising radioactivity in a cloud chamber: As particles leave the Thorium rod, they create stunning vapour trails in the isopropyl alcohol. A captivating way for students to see where radioactive particles are emitted! #ScienceEducation #Physics
Watching the Royal Institution Christmas Lectures reminds me of my life-size knitted gut! I use it to show students the 5m of small intestine and a life-sized stomach. They're always amazed by its length and the surface area, which is about half a tennis court! #ScienceEducation
Delving into Marketing: The theory is straightforward, but execution makes all the difference between success and failure. In Business Studies, students analyse case studies to uncover what worked and why in different contexts. #Marketing #BusinessStudies
Demonstrating the Doppler effect with the @pascoscientific Doppler Rocket: As the rocket moves away, students can hear the pitch drop (red shift), perfectly illustrating how sound frequency changes with motion. A hands-on way to bring physics to life! #Physics
Exploring vectors: It’s all about the journey from A to B, no matter the route! From simple 2D basics to complex 3D problems, we cover it all in GCSE & A-Level Maths tuition. #Maths #Vectors #Tuition
Measuring resistivity with conductive putty: The material stays the same, but changing its shape alters its resistance. A great hands-on way to explore how dimensions affect electrical properties! #Physics #Resistivity
Setting up an experiment to test if germinating seeds respire: Using lithium hydroxide to absorb the CO2 produced while a manometer measures changes in gas levels. A hands-on way to explore respiration in action! #BiologyExperiment #Respiration
Piaget's 4 stages of cognitive development: Sensorimotor, Preoperational, Concrete Operational, and Formal Operational. Each stage highlights how thinking and understanding evolve over time. #Psychology #CognitiveDevelopment
In A-Level Computing we are transforming a Raspberry Pi with different HATs to turn a general-purpose computer into a specialised tool for specific tasks. A great way to demonstrate how adaptable and task-focused computers can be!
Extraction of iron ore on a miniature scale. The iron oxide was not magnetic, but heat it on a splint with some calcium carbonate very strongly, and we get some small magnetic particles, which are probably iron filings.
Measuring resistance vs length in a wire using @pascoscientific wireless sensors: ultrasonic for distance, voltage & current for resistance. With an offset for distance, we plotted a graph in seconds, revealing the linear relationship between wire length and resistance. #Physics
Want to impress your students? Summing numbers 1 to 100 is a great example. Young Karl Gauss solved it in record time by discovering a formula that works every time. His method is now a staple in Maths education worldwide!
André-Marie Ampère, the 'Father of Electrodynamics,' discovered that parallel wires carrying current exert forces on each other attracting when currents flow in the same direction and repelling when they flow oppositely. His work laid the foundation for modern electromagnetism!
Large 4m x 8m Classroom.
65 inch Interactive Screen
Full Laboratory - fully equipped
Large Desks
Fully distanced 2-3m
Hand washing Station.
Access to the classroom is not through the house
Distanced waiting area
Heated
