The Importance Of Young People Having Skills In Science
There is a lot to be said about the importance of young people having skills in science. Students in Europe have a lot to gain from studying science. A recent poll amongst school pupils have shown a sure interest in science. They thought that studying science may very well ensure better career prospects. It is a real possibility that must not be underestimated. Students involvement in science related issues will lead to major improvements within this field. Therefore the importance of studying science cannot be stressed enough in this modern world we live in. Our world’s future is in the hands of thousands of students, and Europe is certainly no exception. We need future scientists to come up with clean and green solutions for the transportation industry such as cambridge cabs that use hybrid engine technology. We need scientists to invent new medicines and methods of growing vegetables to tackle problems such as world hunger. We need scientists to come up with water conservation solutions such as water tanks. Europe especially needs scientists to come up with cheaper and more effective ways of manufacturing for industry in order to combat the economic problems facing Europe’s industries. Scientists are invaluable and Science Olympiads are an integral part of promoting Science and Science based careers amongst the high school students that will become future scientists.
Olympiads Strengthen Students’ Scientific Skills
What better way for any high school student to test their science skills, than qualifying for the European Union Science Olympiad. This exciting event is hosted in a European member state, during the month of April. The qualifying students aged 16 need to be blessed with exceptional scientific skills.
The first EUSO took place in April 2003 with clear parameters being set to the expectations to be met from each student. They were to do a practical test, which included biology, physics and chemistry in equal measures.The importance of young people having skills in science, were crucial in acing this competition. It certainly contributed in whetting the appetite of many spectators in the field of science soon.
Understanding The Needs of Young European Students
Studies have shown that a good 80% of high school students knew the importance of studying science, and the future career possibilities that could be made possible in having the required scientific educational background. PIH The sad thing that the reports have shown, is students were a little in the dark, what career paths could be followed in having studied science.
It was interesting to note that European high school students, showed that they would enjoy a more hands on approach from tutors in the field of science. They said that science would be more fun and easier to understand, if there were practical interactions among students and the tutors of the subject. Practical interactions can be anything from examining the weight loss properties of Phen375 to burning magnesium in a bunsen burner.
There are certain gaps that still had to be breached regarding students understanding of the benefits that can be had from having skills in science. One major benefit, is being afforded the opportunity to be placed in more prestigious universities. Many young ones in European countries, were not properly informed as to the benefits to be gained from having skills in science.
Another very important observation among European science students revealed, that they would find assessments done on a continual basis, to be more encouraging, in learning everything there is to know about scientific topics. Argan Oil The other valid point from questions that were posed to students, revealed that science was to be aligned with life as it is today.
Lucrative Careers Possible with Skills in Science
The importance of young people having skills in science cannot be stressed enough, when in comes to finding jobs in this field. The career opportunities open to studies within the science world will vary, as there are different fields to branch into. There are many ways that scientists can help people from treatments for hair loss such as Provillus to treatments for cancer. We will briefly touch on some of the available careers.
Biological Scientist careers include jobs like botanist, marine biologist, and microbiologist. Other scientific related careers include Geo scientists, Hydrologists, Clinical Laboratory Technologists and Technicians. Whether it is a project to research the healing effects of tropical plants or a study to develop supplements to assist obese people such as African Mango, or reduce the effects of ageing with resveratrol, those who pursue science careers have the opportunity to make a real difference to many people across the globe. Scientists have invented mini machines or “nano bots” to perform medical functions in the body, they have invented non-stick coatings for cooking products and even an electronic cigarette starter kit that can be used for odorless cigarettes. This is just a small taste of some of the exciting pathways that a career in science can take you down.
How Science Olympiads Can Help Young People
Science, to some, can be deemed as a boring subject – one that must be taken in order to complete the school’s curriculum. Yet! science can be fun, especially if the young student is introduced to it in a novel and of course, a fun way.
One such novel way, is the Science Olympics - The European Union Science Olympiad – EUSO - which is held every year at a given European venue; the first Olympiad was held in Dublin, Ireland in 2003. The year 2001 was initially chosen to launch the Science Olympics; however, an outbreak of foot and mouth disease restricted travel between EU counties. The most recent EUSO was in The Czech Republic, in April, 2011. The next Olympiad is scheduled for Vilnius, Lithuania, in 2012.
This is a team competition for EU second level science students who have reached 16 years, or younger by 31 December in the year before the next competition. Because of the nature of the Olympics, it is predicted that competition is going to be very tough indeed. Over the past eleven years, science talent among the young people has been brought to the fore.
The Science Olympics is a series of problem solving events designed to be fun to do and which require students to utilize their understanding of science creatively. Team work is the essence and thus students work as a team and not individually.
What Is The Objective?
The Science Olympics promotes science problem resolution and students working together. The activities are planned to allow the student to achieve involvement, become successful and of course, have fun. With the use of information technology the science olympiad activities can be shared with others via the internet, social media and teleconferencing equipment such as cisco telepresence. Naturally, the long-term aim is to get those students embarking on a science career and it is amazing how the Science Olympics can help young people and awaken any latent science talent.
The Science Olympics consist of two parts:
a. Pre-Planned Events: Such as quizzes and practical tasks. In fairness, the participants are told of the event the day before; this allows research and collation of materials.
b. Spontaneous Events: Details are given out on the day of participation and range from things such as science trivia to perhaps a more complex topic as chosen by the event organisers.
How Does It Help?
Well, apart from getting young people involved in hands-on science; it gives students the opportunity to visit and meet with fellow scientists from all over the European Union and compete in a friendly tournament. It also tests the ability of students to be innovative. A student can even win a prize for a new type of environmentally friendly fabric that could be used for fancy dress costumes! The sky is the limit when it comes to creativity. Because of the emphasis on teamwork, the Science Olympics helps the young person by helping the individual to become a team player.
Of course, there are the prizes and prestige which comes in being a winner. Like the Olympic Games, there are Gold, Silver and Bronze Medals to be vied for and a young person attaining those goals can be very proud indeed.
The Importance of science Olympiads to the scientific community
There is a good case for the argument that science Olympiads are excellent for the scientific community. They give students an excellent grounding in all aspects of science, they may lead to an increase in the number of students becoming scientists and they teach you essential life skills helpful to any scientist in their career. In addition to analytical skills and problem solving skills, many scientists also need skills in marketing and public speaking in order to communicate their scientific ideas to others in the scientific community or to private investors. Many medical treatments require specialist marketing that often needs to be undertaken by the scientist or doctor that developed the ideas, for example chiropractic marketing. It can only be hoped that the number of science Olympiads increases, as they can be very advantageous to the scientific community as they give students the opportunity to practice voicing their ideas.
A.Grounding in sciences
The most obvious importance of science Olympiads to the scientific community is that they give students an excellent and wide-ranging grounding in different fields of science. This grounding is not only in the theoretical aspects of science but also in the practical application of science and scientific instruments. The reason that such a grounding is helpful is that students who participate at a pre-university age wholly understand different fields of science and can make a sound and well reasoned judgement regarding a field of science they want to pursue during university and as a career. Students will have a grounding in all the fields of science and, since at times different fields interact with each other, at such times this grounding in another field can turn out to be very helpful. Moreover, if a competing student decides to pursue a certain field, they will have an excellent grounding in the basics of that field. All of this leads to more knowledgeable and capable members of the scientific community that can lead to anything from better treatments for alzheimers to a more effective detox diet that can result in lower incidences of obesity and heart disease in the community.
B.More scientists
Science Olympiads may also be increasing the number of students who are enrolling in science classes, as is currently the case in Europe since the introduction of science Olympiads in those countries. This would be because of the competition format of a science Olympiad and the prospect of a reward in the end is making science more exciting to young people. Hence increasing enthusiasm for both the knowledge and application of science amongst students. Since more students are enrolling into science classes it is a logical deduction that the number of people who eventually become scientists might also be increasing. Scientists are needed urgently in many fields from gene research in Sweden to researching better products for the building industry in Italy to finding new solutions for dealing with scrap metal in Spain – see Desguaces Madrid. The scientific community benefits from this as there are more scientists in the community, not only fostering competition and debate within the community but also leading to more advancements, hence fostering a better scientific community.
C. Better skills
Science Olympiads also teach participants essential skills that are very important to scientists in their careers, underlining the importance of science Olympiads to the science community. Firstly there is the competitive structure of an Olympiad, fostering a competitive spirit amongst future generations of scientists from an early age. Competition amongst these students pushes them to put in their best effort in order to win, leading to better scientists in the scientific community.
Students participating in science Olympiads usually participate in teams. Through this they learn teamwork skills in a competitive science competition, which will come in handy when they work in teams in competitive scientific atmospheres. Conversational Hypnosis Also, people from different schools, cities or even countries come together and meet for a few days at science Olympiads. Students participating meet people from all over at a young age as well as developing contacts with other high achieving scientific minds.
Lastly, there is an emphasis on development of problem solving abilities through such competitions. This is very helpful and important for a career as a scientist due to the nature of the work where they constantly have to solve problems. Scientists who are more qualified for this type of work can only lead to a better, more capable scientific community. Other skills are also learnt by participating in science Olympiads such as improved researching abilities, putting in one’s best effort and striving for excellence.
All in all science Olympiads are a great addition to scientific activities and events at school and their further evolution and the participation of students will only lead to better, more capable and more knowledgeable minds in the scientific community. This only goes on to highlight the importance of science Olympiads to the scientific community.
Green Science Fair Projects – Creative Ideas For Environmentally Oriented Projects
Here are many ideas for projects for a science fair that are geared toward environmental awareness, renewable energy and sustainable living.
Wind Energy Demonstration – Build a wind tower with a small electric motor that generates energy to do work or charge a battery. Use an external fan or hair dryer to simulate wind. You could get your information from the leading manufacturers of wind energy.
Renewable Energy Survey – Conduct a study on the best sources of renewable energy for use in your area, and identify opportunities and challenges in implementing the plan. Interview providers, agencies, and landowners.
Hydrogen Generation – Build a solar hydraulic drive. The use of a solar cell to split water into hydrogen and oxygen. Supporting information could be describing the hydrogen economy and fuel cell devices.
Hydroelectric – Building a hydroelectric generator. Make this small scale so that the falling water turns a turbine that generates electricity. Investigate and document the environmental advantages and disadvantages of hydroelectric power.
Biodiesel – Creating biodiesel from fryer oil that has been discarded. Show the reactions and questions about the use of biodiesel in conventional diesel vehicles. Discuss new research and developments in the generation of biodiesel.
Concentrating Solar Power – Create a working model of concentrated solar power (CSP) for the season. Discuss the hot fluid flow and storage, as well as load leveling.
Composting – An analysis of various waste streams to understand the potential of reducing the production of compost (coffee house, restaurant, etc..) Supplementary information on the use of compost or organic matter in biofuels would make a great discussion.
The greenest cheapest batteries / – Calculate the cost of the life cycle of different types of batteries in typical applications. For example, how many alkaline, NiMH rechargeable or AA lithium are required to operate a digital “point and shoot” game for 1 hour per day for 1 year. Fat Loss 4 Idiots Calculate the cost per year and include the landfill and the contribution of toxic metals, in addition to total costs. It requires the calculation of the lives of several types of batteries for various applications.
Energy Audits – Create and implement an energy audit in various fields and try to measure the impact of various changes. Getting electricity bills or other indicators of use and before / after analysis. They could focus on specific areas, such as compact fluorescent (CF) lighting or setback thermostats.
Smart Power Strips – Some devices are sold to measure the electricity consumption in specific outlets. Consider using them to calculate the effectiveness of intelligent power strips, and calculate the payback period of a brand compared to the annual electricity consumption avoided.
Carbon Footprint – Calculate the carbon footprint of several people who know. Suggest ways to reduce your footprint. Explain the concept and compare the fingerprints of your users in several places / countries.
Green roofs – Building a green roof and demonstrate the value of food production / plant and energy savings.
Biomass waste into energy – Research and study the local processes that generate agricultural or industrial unused biomass that could be diverted to energy production by burning or the production of ethanol. Contact waste generators and the interview them to understand their problems and situation of the reuse of the biomass.
Cellulosic ethanol – demonstrate the process and the effectiveness of various processes or substances used to break down cellulose into fermentable ethanol. Control various experimental parameters and compare the amount of ethanol produced.
Clean Water – Measure the water quality of various sources of water such as ponds, lakes and streams. Note the changes in quality of several samples from the same source over time and from different places, such as upstream and downstream in an industrial zone.
Landfill Gas Power – Demonstrate the generation of energy from landfill gas. Construction of a sealed landfill organic material. Capture and display the methane that is generated and describe the applications of biogas to produce electricity.
Power Animal waste. Demonstrate the generation of energy from animal waste. Similar to above but a little further up the “serious” scale! Collect statistics on the total mass of waste, pork and poultry produced in the country in a year and calculate the potential MWh per year of electricity that could be generated.
Study the mileage of cars. Measuring the impact of different strategies to improve mileage. It helps to have a vehicle with a reliable instant MPG calculator. Maintain strict control of temperature, heat, elevation change, wind and vary the tire pressure, the rate of acceleration, vehicle speed, total vehicle weight and other factors. Run multiple sequential trials for each and show variability within and between groups of variables. Draw conclusions about the effectiveness of each variable.
Electric vehicle charging station. Designing a solar power station to recharge electric cars. Using current computer specifications, estimate the size of the station that would be needed to recharge an electric vehicle of current production. Estimate the cost of construction and years of operation to calculate the cost per kWh of electricity compared to conventional petrol cars.
The Importance of young people taking up science for the future of the planet
Science is a subject that most young people are shying away from. This is because of the complex nature of this subject. Most young people prefer other easier and less complex subjects. However, we need to radically strategize our approach to science in schools and other institutions. This is because there are many questions and aspects that need to be addressed by the next generation. It would therefore be a scientific suicide if we do not have scientists in the future. There are many great challenges facing the world such as food security, climatic change, the general health of human beings and the overall survival of the planet. Keynote speakers on the topics above use science and scientific facts in their speeches to prove their arguments and attract the attention of the scientific community and the general public. There are many ways that scientific discoveries help to make people happy and comfortable such as through solar powered heaters or even by producing effective scents that can relax the mind and body (Buy Scentsy). We require future scientists to work on these challenges. The importance of young people taking up science for the future of the planet can therefore be understood.
Scientists have asserted that in the next 20 years we will need double of what is needed in the world today. This simply means that in the 20 years to come, there will be a need to plant double what is planted today, to produce double of what is produced today and many more. This is because of the worlds increasing population. The world’s population is increasing at a very high rate which has prompted many concerns about the future. The future belongs to our young people and thus they should take responsibility for the same. The only way to show their concern for the future is by taking up science for their own good and for the good of the planet.
Specialists and doctors are very important in every community, every country, and every part of the planet. This is because doctors help in the diagnosis and treatment of ailments and disease. We need doctors in the future and the only way young people can become future doctors is by taking up science for the future of the planet. The other important aspect of science is plant science. Plant scientists have helped to tackle challenges from the old ages to date. Plant science includes; climate change, food security, and fossil or fuel replacements. These scientists have achieved much success in this area. However, we need future plant scientists who will progress or carry on the work in the future.
It is important to keep in mind that knowledge is the key to a better life. A knowledge of science is a key to a better future. Young people should therefore take this as a service to the planet and a service to themselves and to their children. This is because if they make a better future for themselves and will leave a good scientific base of knowledge for their children to work from and advance. This is a responsibility that will be of great help to the planet in the future but also to the future generations to come as well. The importance of young people taking up science for the future of the planet is therefore clear.
Learn Science: For Better living, Knowledge and Successful Career
Science is synonymous to modern day living. The rapid pace of life and the fact that technology has reached its zenith today could directly be linked to the development of science which has fostered easier, efficient and more productive and comfortable living. The field of Science is ever expanding and still continues to grow and make new theories and inventions.
Man is yet to fathom the complete applicability and potential of science. By studying the fundamentals and the theories that science has to offer, we are sure to be evolved into a much developed, aware, and productive species. Many a times questions have been asked about career opportunities that one can obtain studying science. Here are a few points which could emphasize the benefits of studying science and “why studying science will help you get a great career”.
Science has immense applicability in one’s life today. Science gives birth to development and change. Something that’s imperative for growth and to sustain life on the planet. Science gives impetus to discovery. It gives you a thorough understanding of different aspects of life including medicine, technology, human beings and living species. As a student of science, your capabilities to explore different aspects of living is limitless hence providing a platform for great career choices, enabling you to be suitable for a series of jobs in the potential job market.
By studying science, you open doors to an array of career opportunities you could choose from. With rising careers in Biology, Anthropology, agricultural science, botany, ecology, astrobiology, genetics, molecular biology, neurobiology, Biomedical research and bio technology – by studying science, you have ample job opportunities to choose from. Thus studying science will help you get a great career which fosters development and growth. Science provides an in depth knowledge in relevant fields molding students into thorough professionals, therefore studying science increases the probability of landing a great career with immense opportunity of growth for yourself.
Science is an interesting field as it largely focuses on observation, experiments, case studies, and research methods providing students with a better understanding of the world around us. Hence it still provides a wide scope for research and development thus enabling its students to land great career prospects as the scope of the field is ever increasing. The applicability of science will continue to grow as long as mankind is sustained on the planet. By studying science, students can obtain lucrative career options.
A profession in science is considered to be a noble one. So along with the value and reputation attached to a career in science, it is all the more likely for students pursuing a career in science to land great career opportunities with a decent pay scale even as beginners. Most organizations (private and government) prefer employing science graduates because of their in depth knowledge and strong basics in problem solving which is of extreme importance. Thus studying science will certainly help you in getting a great career in your life.
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