Science can us help find new solutions for almost everything humans do, from the creation of new vaccines, developing artificial intelligence to enhance crops, reducing environmental pollution, to building sturdier bridges to help those living in remote villages.

It is an objective and systematic study of how the nature and behaviour of the material and physical universe and the world around us works.

Science is a dynamic subject, based on observation, experiment, measurement, and the construction of hypotheses and laws.

The traditional goals of Science has been the building of knowledge and understanding.

Increasingly, scientific research is initiated with the express objective of solving a problem or developing a technology.

Along the route to that goal, new knowledge and explanations are produced and assembled.

Whether through “pure” or “applied” research, Science aims to increase our perception and awareness of how the natural world works.

The knowledge that is derived from Science is always open to question and revision.

Science is continuously seeking new verification, which could uncover problems with our present-day perspectives.

Concepts that we fully endorse today may be renounced or amended when new evidence is found tomorrow.

Even though scientific knowledge is subject to change, the ideas that have gained scientific ratification have done so because they are supported by evidence that these concepts are empirically valid.

From the creation of the wheel to the first use of pigment, many of humanity’s earlier and most instrumental innovations have been the foundational building blocks of the printing press, steam engine, and defence sciences.

Regardless of the origins of these inventions, Science helps us create a better future.

The most meaningful early vaccination involved an English doctor named Edward Jenner.

In the 1770’s, he tested the world’s first vaccine (which he successfully developed) on an eight year old boy.

Building on the groundbreaking results of the vaccine that Dr Jenner synthesized, vaccines for polio, mumps, diphtheria, and rubella were developed by the 20^th century.

Vaccines have since become routine in many countries, and their extensive impact has reduced suffering and deaths.

Science is one of civilization’s unsurpassed blessings.

It is omnipresent and omnipotent, and Science helps us lead fulfilling lives.

When we cook, breathe, play sports and even when we sleep, everything is the consequence of the advancement of Science.

It provides medicine to cure our illnesses, reduces our aches and pains, and enables the latest communication technologies (like our mobile phones).

Through Science, we construct new ideas that are modified, constructed, integrated, expanded and combined into more powerful deployments and deeper scientific knowledge.

And this knowledge is valuable for slowing climate change, designing buildings and bridges, microbe genetics engineering, and the development of medical treatments.

Scientific insight allows us to improve human life, overcome societal predicaments, develop innovative technologies, solve pragmatic problems, and make informed decisions – both individually as well as collectively as a community.

In any society, Science and technological advancements contribute significantly to wealth creation, the improvement of quality and enjoyment of life, better agricultural yields, as well as true economic growth and transformation.

SCIENCE, AND ITS ROLE IN MODERN LIVING

X-rays, surgery, computers, electricity, consumables, agronomy, the internet and other scientific inventions are very important to us.

Science has empowered us by simplifying and extending our livespans.

This is the result of the hard work and unfaltering inventions and hypotheses of scientists.

When we travel from one location to another using cars, buses or aeroplanes, we are using modes of transportation based on scientific innovations.

Every day, somewhere in the world, new breakthroughs or improvements to existing one are developed.

Science has made our work safer, easier, more efficient and more effective.

Life sciences provide us with the fundamentals of scientific knowledge and pioneering enhancements in healthcare, environmental protection, stem cell research and genetic testing.

So much remains unknown, and it is up to us to continue with the dramatic transformations that scientists before us have made.

Before the invention of sophisticated technologies, most people lived in primitive houses in agricultural areas – and they were hunter-gatherers.

Economic activities were almost non-existent then.

With the advent of farming technology, human beings learned how to cultivate and prepare their lands for enhanced yields in the production of cheaper, tastier, and more nutritious food.

Clothes, shoes, and household utensils could be mass-produced at varying levels of quality and pricing, giving people a greater range to choose from – or to improve upon.

The human population increased in countries/districts where there was easier availability of higher quality food.

People then started leaving their agrarian homes, and built cities and factories that manufactured products in sizable quantities.

Today, whether we are climate change scientists or medical professionals, the desire to improve people’s lives or the environment is what attracts us to Science.

TRANSFERABLE SKILLS

Transferable skills are some of the most powerful tools in your arsenal, and communication skills are the core of your transferable skills toolkit.

Developing transferable and versatile skills makes you a stronger job candidate and a more confident employee, no matter what career path you choose to take.

By learning to become users of Science information, students understand:

• The development of transferable techniques that include investigative, problem solving, research, decision-making, Science competence, and analytical aptitude
• You will gain analytical dexterity, have an enquiring mind, and sharpen the ability to think logically
• The thorough and methodical approach to how you learn, assimilate and present important information
• How to deepen your organizational aptitude to plan and carry out projects
• How to explain results clearly and concisely
• Understand Science concepts and how they relate to each other
  
  

WHY STUDY SCIENCE?

Fun Science facts:

• Humans have inherited genes from other species. Our genome comprises up to 145 genes that have mutated from fungi, bacteria and other single-celled organisms and viruses
• Bananas are radioactive. They contain potassium. When potassium decays, bananas become slightly radioactive
• Water can exist in three states at the same time. The triple point of water is the temperature and pressure at which it exists as a solid, liquid and gas all at the same time
• Salt was very rare in our early history, and was used as a currency. This is where the English word “salary” was derived, and where the saying “Worth his weight in salt” originated from
• Cats have over 100 vocal sounds. Dogs have about 10
• The oceans (plankton, seaweed and other photosynthesizers) produce most of the oxygen on Earth
• Soil is full of life – microorganisms (mites, bacteria, earthworms, microscopic insects, algae, beetles, ants, fungi) represent the highest known convergence of biomass anywhere on the planet
• Sound travels four times faster in water than it does in air
• A child’s developing body has 300 bones. The adult human body has 206 bones
• Fleas can jump 130 times their height. In human terms, that is equivalent to a 1.80 meter person leaping 238 meters into the air
• Bar code scanners read the white space between the black lines, and not the black lines themselves
• Wearing headphones for an hour multiplies the bacteria in your ear by 700 times

Science is an aggregation of knowledge based on evidence, that is accumulated through the methodical and rigorous study of any branch of information that includes hypotheses, facts or principles that generates new avenues of knowledge, the progression of education and the elevation of our quality of life.

It addresses societal aspirations, as well as global challenges.

BENEFITS OF STUDYING SCIENCE  

The invention of the wheel around 3,500 BC by the Mesopotamian civilization was the most groundbreaking apparatus in the history of mankind.

The Sumerians used the wheel in carts and battle chariots.

More importantly, it led to the modernization of agriculture – through animal traction and crop irrigation – and the basic mechanisms used in windmills.

Subsequently, inventions like new antibiotics, tools, electricity, devices, plastic, and medicines provided considerable advantages to society.

We are now able to live longer, healthier and lead more productive lives when we play, heal, build, move, learn and communicate.

Science shapes and impacts public policy and personal decisions on conservation, economics, health, agriculture, research, communication, energy, transportation, defense, and leisure.

The modern world would not be modern at all without the technology and knowledge enabled by Science.

WHAT REWARDING CAREERS/SPECIALTY AREAS REQUIRE SCIENCE KNOWLEDGE?

Science offers a captivating journey of exploration and discovery that can also be financially rewarding.

Epidemiologists managing public health crises, robotics engineering managers, meteorologists unravelling climate paradoxes, geneticists who diagnose and treat genetic disorders, environmental scientists who preserve nature, and artificial intelligence research scientists who shape the future of AI have meaningful and fulfilling careers.

Think Science is a rigid and boring subject? Think again.

For students passionate about Science, the career prospects are extensive, rewarding and diverse.

Earning a degree in Science provides opportunities for a wide variety of professional careers in many different fields, including technology, research, business and health care.

With a Science degree, you can find a position that suits your particular interests while also earning a high salary.

The following examples often involve working with complex concepts, and a deep understanding of Science processes.

Microbiologist, Physicist, Electrical Engineer, Data Scientist, Climatologist, Nanotechnology Engineer, Biochemist, Biomedical Equipment Specialist, Robotics Engineer, Astronomer, Epidemiologist, Physicist, Industrial Engineer, Artificial Intelligence Research Scientist, Research Scientist, Hydrologist, Web Developer, Environmental Scientist, Epidemiologist, Computer Repair Engineer, Atmospheric Scientist, Environmental Consultant, Chemist, Internet of Things Specialist, Avionics Engineer, Computer Scientist, Forensic Scientist, Actuary, Conservationist, Pathology Researcher, Medical Scientist, Environmental Educator, Software Developer, Biomedical Engineer, Mathematician, Database Administrator, Engineering Professor, Biomedical Researcher, Game Tester, Environmental Engineer, Computational Scientist, Environmental Biologist, Geographic Information Systems (GIS) Specialist, Veterinary Scientist, Dietician, Chemical Engineer, Computational Scientist, Bioinformatics Specialist, Agronomist, Science Educator, Physician, Environmental Scientist, Biotechnologist, Dentist, Computer Systems Analyst, Forensic Scientist, Microbiologist, Geologist, Cartographer, Food Scientist, Aerospace Engineer, Animal Scientist, Petroleum Engineer, Geographer, Medical Scientist, Chemical Engineer, Biophysicist, Pharmacist, Geoscientist, Computer and Information Research Scientist, Geneticist, Machine Learning Engineer, Materials Scientist, Biomedical Scientist, Meteorologist, Systems Analyst, Marine Biologist, Geneticist, Wildlife Biologist, Conservation Scientist, Environmental Engineer, Bioinformatics Specialist, Healthcare Scientist, Science Policy Advisor.

As a broad field, there are various career paths available to you with a degree in Science.

While many go on to be a type of scientist, the knowledge you gain and the skills you build can be applied to other fields, such as education, medicine, sustainability, environmental research, forensics, and much more.

People who study Science often have a strong interest in the natural sciences and a curiosity about how the world works in a systematic process.

They may also possess strong analytical and problem-solving skills, attention to detail, and the ability to work with precision in a laboratory setting.

Science is a multi-faceted and ever-evolving field as there are constantly new questions to answer and challenges to overcome.

We can be sure that people with Science skills will continue to be a vital part of the workforce, to help improve our everyday lives.

HOW TO STUDY SCIENCE   

Why is Science difficult to learn?

Science has been an onerous subject for students because it contains interwoven, multifarious, and enigmatic content.

Science methodology include measuring quantities, sorting/classifying, observing qualities, predicting, inferring, experimenting, and communicating.

As a scholastic discipline, Science – that includes its major components like Physics, Biology, Chemistry – is considered one of the most challenging academic subjects to learn.

It is an intellectually demanding subject to study because students must also be adept in mathematics, as well as in analytical reading and writing.

This problem is amplified by the fact that Science is constantly morphing.

New breakthroughs and postulations are constantly created, and this requires students to incessantly update their background knowledge.

This can be a disheartening endeavour for even the most enthusiastic learner.

To understand scientific concepts, students need to remember a large amount of information.

People who find it difficult to retain knowledge for long periods of time might it burdensome to learn Science.

Students must develop good note-taking competence in school.

Clear and incisive notes will help them review and remember the correct concepts before their Science assessments and exams.

Learning Science also requires the use of abstract thinking skills.

The Ministry of Education expects students to be able to understand complex scientific concepts sufficiently to apply them to real-world situations.

This can be difficult for practice-oriented students who are more attuned to concrete thinking.

Scientific reasoning is often non-linear, and this makes it difficult to grasp and becomes unfathomable for students to identify causal links.

One of the best ways to study Science is through active learning.

Active learning is an approach that emphasizes student engagement and participation through hands-on activities, group work (between mentor and student) and discussions.

This method also promotes practical problem-solving skills, and makes Science more fun, exciting, and appealing for students.

It is known to improve comprehension, retention, and recall.

Real Science is not just for the classroom, but is part of everyday life.

It develops skills, ability and capacity, not just knowledge.

These are vital skills that will benefit students throughout their lives.

The result is more effective education, better learning outcomes, and improved career prospects.

Science is a progressive subject. Anything you learn in the beginning of Science, will be used later in the Science curriculum.

So, you need to really pay attention and understand. Especially in the beginning.

The topics and material you learn before your first Science exam, you will see again over and over in the topics throughout the syllabus.

If you feel the need to slack off at all or take a break, do it near the end of the semester.

It is best that you are able to score A’s at the beginning of the academic year, because it gets harder toward your national exams.

Students commonly face difficulties in Science when they struggle to grasp foundational concepts, encounter scientific calculations, fail to make connections between different topics, and find it challenging to engage in abstract and logical reasoning.

The unfamiliarity, volume and speed of information presented in Science can be overwhelming for many students.

The vast expanse of knowledge, intricate terminologies, and the interwoven complexities often pose hurdles.

Many students grapple with the sheer volume of information and the abstract nature of Science.

Reading and understanding extensive material by yourself at home can become intimidating, and this can discourage the pursuit of better grades.

By using the practical and easy tips below, you can master your Science syllabus.

Memorizing basic information is helpful, but real learning comes from conceptual understanding.

Conceptual understanding is the goal.

To achieve this, it is crucial to note:

1. Whatever you learn early in the semester will be used over and over again throughout your syllabus
2. Science is a vast discipline. You learn the basics and build on them, and you also need to switch gears each time you enter into new territory
3. There is always something new to throw into whatever you had learnt and memorized
4. Some memorization is required, but mostly you need to think. You need to get used to working through how something works
5. To put it simply, there is a lot to learn and only a limited time for you to be adequately prepared for your exams
6. Science is hard because you think it is hard. If you think something is difficult, you are setting up yourself to fulfil that expectation. You therefore need to truly believe that you can learn Science. You may need to learn new study skills and change the way you organize your time, but anyone with the determination to learn Science can do so. Once you succeed, you will gain a deep sense of accomplishment
7. The more times you hear and practice the materials, the easier it will get. Sections and chapters are constructed to highlight and guide you through particularly important concepts, so do revisit the content regularly. This can help you to increase your understanding and retention of the topic
8. If you did not answer any test questions correctly, go back and learn that exact material until you master it. Do this before even more content is covered by your teacher in class
9. See the “big picture”, the hierarchical structure of Science tools
10. Be able to understand how and why Science tools function the way they do
11. Grasp not only the definition of terms but why they are important
12. Do the assigned readings before your teacher covers it in school. Read and take notes on the assigned material before you come to class. This will enhance your understanding of the lecture and make note-taking easier
13. Check your understanding. After reading a section in the book, ask yourself if you could explain the material to your sibling or a friend. Reviewing questions and quizzes at the end of each chapter is also a great way to check your understanding of what you just learned
14. Convert your notes into study aids. When studying for exams, do not simply re-read your notes. Instead, convert your notes into matrices, concept maps or other visual representations of the material. Re-reading your notes is not enough
15. Form a study group. Working with a small group of 3 to 4 students will enhance your learning and comprehension. Teaching others is one of the best ways to learn Science
16. Partner with an admired Science mentor

If you cannot seem to truly understand a concept – even after consulting your notes and the textbook – schedule a meeting with your school teacher or start tuition with a Science tutor from The Best In Singapore.

We equip our students with the how-how to study smart and score big for exams.

The individualized attention and tailored approaches offered by expert private tutors can unravel the intricacies of Science. This is the transformative benefit of personalized Science tuition in Singapore.

Science principles build on top of one another, so taking the time to fully understand the more basic principles of Science can help you to succeed when learning about the more difficult skills.

With customized guidance, students can navigate through challenging topics, understand complex theories, and foster an enduring curiosity for how Science works.

This demystifies Science and helps you overcome academic hurdles.

It also instils a profound passion and curiosity for Science beyond mere academic obligations

HOW TO TURN THIS MONTH INTO A SPRINGBOARD FOR SUCCESS IN YOUR NEXT EXAM

Science examinations are a significant milestone, and demonstrate how much of the content you have mastered.

Yet, the complexity of the Science syllabus can be a demoralizing challenge for many students.

To do well in any exam, we need to rely on discipline, not just motivation.

A top student know that they will not always feel like studying.

Motivation is fickle and can often disappear when your mood changes.

Discipline – on the other hand – means studying even when you don’t feel like it, and even when you do not feel motivated.

Strategic planning and systematic preparation play a formidable role in navigating these hurdles and achieving success in Science.

There are days when you have to force yourself to do the work you need to. No matter how you feel.

And you have to stick to your schedule, despite everything else that is going on around you.

THERE IS A BETTER WAY TO LEARN SCIENCE

Success in Science exams depends on a combination of factors, from extensive understanding to efficient study methods.

• Try to understand patterns.
  The human mind loves categorising information and looking for relationships between the different things we encounter. This is how our minds make sense of the world around us.

Top students make use this way of thinking when it comes to studying as well.

They look at the bigger picture and they look for patterns in the Science syllabus that will help them make sense of different – yet interrelated – topics.

Understanding the bigger picture, and how different topics relate to one another, will help you comprehend, memorise, and recall your work better.

• Try understanding the “why”.

It is not enough to just know “how” to solve a problem or approach an exam question, because you are expected to be able to apply the theory that you had learned.

Top students also know “why” you have to do things in a certain way. Understanding “why” will help you gain a deeper understanding of the work. This will then help you to internalise/absorb it more effectively.

Understanding the theory behind certain things will help you answer unfamiliar questions – not only in your exams, but when you enter the workforce as well.

Adopting a structured study schedule, breaking down the syllabus into manageable sections, and dedicating focused study sessions to each topic significantly enhances comprehension and retention.

TACKLING THE RIGOUR OF SCIENCE EXAMS  

Science exams in Singapore are renowned for their depth and complexity, often posing an alarming challenge for students.

The partnership between the Ministry of Education and the University of Cambridge in crafting these examinations based on local requirements and global industry developments in Science elevates their difficulty level.

Overcoming these challenges demands focused attention, a deep understanding of concepts, and strategic application of knowledge.

IMPORTANCE OF SYSTEMIC STUDYING AND STRATEGIC PREPARATION WITH EXPERT GUIDANCE

Cultivating a habit of regular revision and addressing weak areas play a significant role in mastering Science.

A proven method to do well in Science examinations is to have access to an experienced tutor in Singapore who is an expert at systematic studying and who is good at simplifying complex Science concepts.

You will learn mind mapping, and how to create appropriate notes.

Importantly, you will be equipped with the exact key phrases to use for explanations and answers that fastidious exam markers require.

CHARACTERISTICS OF A GOOD SCIENCE TUTOR  

One to one Science tuition at home gives you exclusive attention, and caters to your specific needs and pace. 

This personalized touch fosters an environment where complex topics can be explored comprehensively, ensuring a solid foundation in the subject.

A good Science home tutor possesses a unique blend of qualifications, an ability to break down intricate theories into digestible components, and effective teaching methodology.

Your Science tuition teacher has a robust understanding of the content that you want to understand, imparts problem-solving strategies, and instils a sense of curiosity and passion for Science.

Their dedicated guidance helps you to navigate through the labyrinth of complex Science concepts.

KEY INSIGHTS

• Singapore’s best tuition agent, with the most qualified and experienced Science tuition teachers
• Choose from over 12,500 Science tuition teachers who are MOE teachers/experienced tutors with PhD/Master’s/Bachelor’s/university undergraduates
• Teaching pace and material used are tailored to fit your individual needs
• Full attention of Singapore’s best private tuition teachers
• Correct the misconceptions immediately
• Specialty exam preparation
• Exposing our students to all the types of questions would mean they would never be caught off guard in an exam
• Intensive and methodical learning
• Lessons infused with impactful exam techniques
• Attentive, hardworking, committed Science family tutors
• We are here to transform confusion and anxiety into clarity and confidence

You can be a top student too!

Don’t think for a second that there is any real difference between you and a top-achieving student when it comes to what you are capable of.

The only thing standing between you and much better marks is working harder, and working smarter.

So if you want to get to the top of your class, and pass your course with distinction, you just have to cultivate better study habits.

Every student wants to do well.

But those with clear goals are the ones who manage to push themselves a bit further each time.

For each semester and each exam, you have to create a realistic goal for yourself regarding the mark you want to achieve. And each goal should be a just little higher than the previous one.

In a world where the pursuit of knowledge and good grades is inevitable, the choice of the right Science tuition teacher – whether in-person or through online tuition in Singapore – can define the types of grades that you will have over the next 3 months, for your upcoming school assessments, and the national exams.

Effective Science tuition helps you overcome academic hurdles and is a productive gateway to a deeper understanding and profound appreciation for how technology improves everyone’s quality of life.