Future Technologies

Inventum International Online School is the only online school that offers Future Technology Modules. Ambitious high school students who are looking to expand their horizons and pursue topics they are really interested in, will benefit from Inventum's Future Technologies modules.

With access to over 30 cutting-edge technology modules covering topics like blockchain, gene editing, artificial intelligence, and longevity, our students are equipped with the knowledge and skills to thrive in the rapidly-evolving technological landscape. Inventum learners have the freedom to tailor their education to their specific interests and career goals by choosing the modules that interest them personally. Join us today and unlock your potential to change the world!

3D& 4D Printing

How 3D& 4D printing works, how its disrupting industries and helping people.

Advanced Transportation

Emerging transportation technologies of the future.

Alternative Energy

The future of energy and how it can help save our planet.

Artifical General Intelligence

How can we create a machine that has real intelligence.

Artificial Intelligence

Explore how AI is being used in the real world.

Automated Vehicles

The future of transportation and other applications.

Biological Computing

Computing systems made from biological materials.

Biometrics

The science of using your biological features like security.

Biomimetics

Biomimetics is the design and systems that are modeled on biological entities and processes.

Bionics

Innovations in the field of bionics.

Blockchain

Blockchain is a decentralised, distributed and public digital ledger technology that is ready to change the world of finance.

Brain Computer Interfaces

BCIs are direct cummunication pathways between a brain and a computer or a machine.

Cancer

The study of what cancer is, how it works, and new treatments that could potentially end this deadly sickness.

Carbone Capture

Carbon capture could play a huge role in saving the planet amidst the climate crisis, reducing carbon dioxine emissions by almost fifth.

Cellular Agriculture

The future of agriculture through the production of agriculture products from cell cultures using a combination of biotechnology, tissue engineering, molecular biology and syntetic biology.

Connectomics

Introducing connectomics and possible applications.

Cryptocurrencies

Explore the new economy being created by cryptocurrencies, and how to invest in them.

Edge computing

A new type of network architecture that gives computational power to edge devices like phones, drones and self driving cars to proces data locally.

Fusion Energy

Powering the world though nuclear fusion.

Future of Food

Introduction to food and climate crisis, innovations in current processes, the future of protein production and the future of food distribtion and disposal.

Gene Editing

Human make up and how we can edit it.

Genomics

Deep diving into the genome / genetic code to solve the biggest problems in healthcare.

Haptics

The unreal haptic technology.

Longevity

Explore the science behind lifespan and healthspan, and understand the mechanism that make humans age.

Material Science

Everything we do is determined by materials and their properties. Creating super-powered batteries or a robot that can deliver drugs inside the body is not that far away.

Metabolomics

The study of the biochemicals that run your life.

Nanotechnology

Nanotechnology is the science of building machines at a subatomic level. It can change the world in the future, such as nanobots that deliver drugs, nanoparticle-filled ink that conducts electricity, molecular machines that detect cancers.

Optogenetics

How light can be used to deconstruct and understand neural circuits and cell signalling pathways.

Personalised medicine

Personalised medicine will revolutionise the health sector including how certain techniques work.

Phage therapy

How Phage Therapy works and its applications in the future.

Piezoelectricity

Creating energy through Piezoelectricity.

Programmable materials

A new generation of materials which can be manipulated with same stimulus in order to change chemical and/or physical form.

Quantum Computing

Explore the quantum world. Learn about where its going to be implemented, how it works, obstacles it forces and real world companies working in this field.

Regenerative medicine

The science behind making things re-grow.

Robotics

From surgical nanorobots to humanoids, robotics has insane applications to every field.

Solar Energy

Solar energy works by harnessing the suns energy and turning it into electricity. This field has a number of exciting applications which will ultimately allow for a more sustainable future.

Space Technologies

Discover the cutting-edge innovations in Space Technology.

Stem Cells

Stem Cells are the reason why our body exists and can repair itself. Learn about their potential for treating diseases and optimising humans.

Synthetic Biology

We have reached a point in time where we can not only edit and change DNA sequences, but actually engineer cells, tissues and organs. Using certian principles, scientists are now able to create various cells and tissues in lab.

T-Cells

T-Cells are the new weapon found naturally in our immune system to treat cancer and fight unwanted cells.

Virtual and Augmented Reality

An introduction to virtual and augmented reality technologies.

Viruses

How viruses work.

Wireless Electricty

Current and future implications of wireless energy in our lives.

Frequently Asked Questions.

All the tests and exams in the Upper Primary (Year 5 & Year 6) and Lower Secondary (Year 7-Year 9) are internal Inventum exams taken online. For the second year of the IGCSE program (Year 11), AS (Year 12), and A-Levels (Year 13), the exams have to be taken in a physical Cambridge or Pearson exam centre. You can find the list of exam centres worldwide here.

For the Upper Primary (Year 5 & Year 6) and Lower Secondary (Year 7-Year 9), you will receive a certificate from Inventum when you complete a year level. Cambridge issues your certificate for IGCSE. For AS and A-Levels, your certificate comes from Cambridge or Pearson, depending on which board's syllabus you follow.

Successful completion of A-Levels will give you access to universities around the world. This is the most recognised secondary school certificate globally by universities and employers.

In principle, this is possible, but it will require your time and dedication. You will still pay the fees for two years, as you will have access to 121 teaching, live lessons, etc., for both years.

You decide on the study schedule based on your preferences and timetable. Your dedicated study coach can help you make a schedule that suits your circumstances. When choosing Journey 3, you also commit to the live lessons schedule.

We use precision teaching, meaning the live lessons cover only the critical and most difficult parts of the curriculum. On average, there are two live lessons a week per subject.

This will depend on yourself, the number of chosen subjects and the year level, but on average, a full-time Learner spends approximately four hours a day studying.

The Upper Primary (Year 5 & Year 6) and Lower Secondary (Year 7- Year 9) have five mandatory subjects: English, Maths, Science, History and Geography. There are no mandatory subjects for IGCSE (Years 10&11) and A-Level programs (Years 12&13), but you choose them based on your interests and future plans.

For the Upper Primary (Year 5 & Year 6), Lower Secondary (Year 7-Year 9), and IGCSEs (Years 10&11), you will be required, as a full-time student, to take a minimum of five subjects and for the A-Level program (Years 12&13) a minimum of three subjects.

You can complete the application form on our website by clicking the “Apply” button.

Once we receive your application, we will contact you within 48 hours to arrange an onboarding call. During this call, you will be introduced to all our platforms, handbooks, and practices and assigned a dedicated study coach. After this, you are ready to start!

We are a non-selective school and will therefore not require a certain grade average, but we will assess every case individually. Learners need, however, to be fluent in English as this is the language of instruction.

We look at the Learner’s age and previous schooling history to determine the best starting point for them at Inventum. If there are any doubts, we recommend the Learner take a CAT4 test.

Our high flexibility learning model, combined with the level of support Learners can choose from, is a unique feature among online schools. Together with the Learner, we build the learning journey that caters to their individual needs. By following our mindset modules, we ensure they are ready for the future by educating them on emerging technologies and ensuring they grow as individuals.

Cambridge certificate is recognised globally by universities. We do not, however, have agreements with local educational authorities, so it is the parent’s responsibility to check the rules and possible restrictions for homeschooling or online schooling in their home country.

A-Levels ask students to specialise in three or four subjects in depth, while the IB requires six subjects across a broad range plus an extended essay and Theory of Knowledge. Both are recognised for university entry worldwide.

Read the full IB vs A-Levels comparison