Category: Science

  • Career Profile: Civil Engineer – Water Reclamation

    Career Profile: Civil Engineer – Water Reclamation

    Reclaimed water, also known as recycled water, is water that has been taken from an impure or contaminated source such as drainage runoff or sewage water and treated through various physical and biological processes to once more be safe to use or drink. Reclaimed water is essential to environmental concerns for municipalities who wish to have less of an effect on their local resources, and can be used to water crops, resupply underground aquifers, and even supply potable drinking water to houses.

    Some of the people who work to ensure that this waste water will be properly treated for reuse are civil engineers who work to design and build water treatment plants and other related infrastructure and systems. These engineers can plan and manage projects to design or construct treatment facilities, water transportation systems and municipal planning for wastewater infrastructure.

    If helping to create water treatment solutions that can help municipalities and the environment is something that interests you, then it’s best to start early on in your education. Try to take classes in high school such as physics and math, and then look at going to university or university for a civil engineering program. Working in a co-op or internship position during high school or university can also be a good way to gain relevant experience and help you get a job in the field later in your career.

    Most careers for civil engineers involved in water reclamation projects will require a minimum of a college engineering technician diploma, or a university engineering degree in civil engineering. More advanced career positions, such as those in management, may also require a master’s degree in civil, wastewater, or systems engineering. Engineering professions are regulated in Canada, so you will also need to complete the requirements to register as a Professional Engineer (P. Eng.)

    Engineers working on water reclamation projects will need to know aspects of mechanical and environmental engineering, and skills such as the ability to perform complex problem solving, system analyses, and project management, as well as the ability to use computer-aided design programs to design the construction of facilities, or water supply and collection systems.

    Wages for water reclamation engineers can range from $20/hour at the entry-level, to around $65/hour for more experienced workers and positions. Wages will also vary depending on what part of the province or country you are working in. Employment is typically for municipalities, government agencies, or with engineering consulting and construction firms.

  • I Love Nature…Can I Make That Into a Career?

    I Love Nature…Can I Make That Into a Career?

    Do you find yourself dreading having to be kept inside for hours at a time? Are you the one looking at bugs and rocks in the park while the other kids are on the playground? Does your Christmas list consist of ways to get around nature or study it? An early love of nature can lead to wide variety of outdoorsy and exciting careers; here are a few to get you thinking:

    Geologist

    Are you strong in sciences and math? If you love rocks and volcanoes, or perhaps have always been curious about the ocean floor—you might like geology! As a geologist, you would study the different materials that make up the earth. In order to study these things, companies who hire you will often send you traveling.

    Nature Photographer

    Do you love both art and nature? Nature photography is meticulous and exciting work involving either animals or plants. Take a look at the movie Planet Earth or read National Geographic to see the work of some of the world’s top nature photographers. Most of these artists are freelancers, and all of them focus on capturing images of what many of us have never seen.

    Conservation Scientist

    Conservation science means forestry. Trees and forest life are some of the earth’s coolest things to see, and as a conservation scientist you would be involved in protecting the land and taking care of its natural resources. It would be your job to help landowners and governments make the right decisions on how to protect our earth’s precious land and natural resources.

    Farmer

    Farmers who are particularly focused on food or raw materials make a living by growing field crops or working in orchards or vineyards. It is very hands-on work and requires a love of the outdoors and putting in that extra effort to make your product grow and be the best of its kind.

    Park Ranger

    As a park ranger it would be your job to protect and watch over park and forest area. Park rangers patrol the grounds and make sure visitors are following safety rules and that they do not disturb the natural environment. They are basically sheriffs of the woods.

    Botanist

    A botanist studies plants, from algae to mosses to flowering plants. Plants are so important because they convert sunlight into energy that we can eat and use for fuel. And most importantly, they release the oxygen we breathe! As a botanist, you would study plants to figure out how all of this works. Botanists research on how to power vehicles, clean up contaminated areas, make crops grow better and create medicines.

    Landscaper

    Raking, mowing, planting and digging…all these things to create art out of plants space. Do you love making things beautiful? Then this is the job for you.

    Archaeologist

    Want to be Indiana Jones? Archaeologists get to investigate and preserve physical proof and clues of ancient cultures. This is how we comprehend and learn more about our links to the past.

    *BONUS

    Tree planting is a great way to make money for college. Reforestation is extremely important—especially in British Columbia, which produces large quantities of lumber—and involves hard work and a sense of importance.

  • The Storytelling of Science and the Science of Storytelling

    The Storytelling of Science and the Science of Storytelling

    In many ways, math and science are worlds apart from the creative arts. The first two rely on observation, testing, and rules. The creative arts, on the other hand, allow for greater freedom and subjectivity. Yet now more than ever, math and science can benefit from creativity.

    We live in an exciting time where technology is accelerating at an unprecedented rate. We have seen more change and discoveries in a hundred years than our ancestors saw in a thousand. With these great leaps come great technological progress and a much better understanding of the universe. We live in a time where so much information is available, but so few of us really understand all of it.

    The inner-workings of your smartphone and the latest research into quantum physics are integral to our lives and future progress. Yet you probably have little understanding of either, and your friends are likely in the same predicament. Now more than ever, we need something universal like storytelling in math and science to help us have a better understanding of those increasingly complex subjects.

    Storytelling is, after all, a science in itself. Stories are units made of elements, such as the beginning, middle, and end. You can break these elements down further into a three or five act structure, plot points, character motivations, and more. Even stories can be dissected like a science or math project.

    Consider this for your future school projects. Stories can make the ideas being learned more fun. By using stories to make ideas more relatable, they can be more easily understood and easier to remember.

    The Big Bang Theory and the development of galaxies tell an exciting story filled with characters such as elements, gases and stars. Your astronomy presentation can reflect this to help your fellow students and teacher better understand those ideas. The human body has many organs and elements working as an ensemble cast to tell the story of your life. Presenting them that way in biology class shows how these scientific principles relate to our everyday lives.

    You have encountered many word problems in math. Consider taking those a step further by creating story-like word problems to demonstrate the mathematical principles you are presenting that can make them more enjoyable for the class. Long algebra questions can be daunting, but they also tell a story from beginning to end. They also feature a conflict, an unsolved variable, and conflicts are essential to stories. Imagining them this way can make for exciting chalkboard presentations as you work through a problem.

    By bridging the academic world with the world of the creative arts, the two can help elevate one another. Storytelling can take on a greater purpose than just entertainment. Increasingly complex scientific and mathematical principles can be more easily understood and learned by future generations. The story of the human race can take a big step forward as we enter a new chapter of discovery and advancement.

    Sources:

    Kukaswadia, Atif. Science and Storytelling: The use of stories in science education. http://blogs.plos.org/scied/2013/06/24/science-and-storytelling-the-use-of-stories-in-science-education/
    Liljedahl, Peter and Rina Zazkis. Teaching Mathematics as Storytelling. https://www.sensepublishers.com/media/1019-teaching-mathematics-as-storytelling.pdf

  • Inspirational Leaders: Elon Musk

    Inspirational Leaders: Elon Musk

    South African born Canadian-American entrepreneur, engineer, businessman and inventor Elon Musk is the perfect example of a limitless man. World-renowned billionaire and innovative mind in the spheres of the Internet, renewable energy and outer space technology; Musk’s resume is far too long to list. Musk was born June 28, 1971 to a Canadian mother and South-African father. Early on, he taught himself computer programming and then at age twelve, he sold his first code for a video game to PC and Office Technology magazine for $500. Multi-talented and passionate, Musk overcame a bully-filled childhood to become one of the wealthiest people in the U.S; his net-worth currently sits at 12.4 billion U.S.

    “Failure is an option here. If things are not failing, you are not innovating enough” [Business Insider].

    Musk attended Queen’s University in Ontario for two years and then transferred to the University of Pennsylvania where he completed a Bachelor of Science degree in physics. He began to pursue a PhD in applied physics at Stanford University, but left quickly to pursue goals in his many fields of interest.

    “If something is important enough, even if the odds are against you, you should still do it” [finance.yahoo].

    In 1999 Musk co-founded the online financial services and payment company X.com, which led to the creation of PayPal the very next year. Now Musk is the CEO and CTO of SpaceX—an aerospace manufacturer and space transport services company—and CEO and product architect and cofounder of Tesla Motors, an automotive and energy storage company. In 2013 Musk proposed the concept for “Hyperloop”—a commuting invention between major cities that would cut travel time significantly. As with a lot of his work, “Hyperloop” would be powered by renewable energy; reaching more than 700 mph in speed, the invention would push travelers in pods through a network of low-pressure tubes. Musk stated that his brainchild would take seven to ten years to be built and would cost approximately $6 billion, which is a very thrifty price in comparison to other American transit systems. The idea is still in the design phase, but prototype tests will be held in June 2016 at the SpaceX facility.

    As someone who grew up reading science fiction novels and imagining what it would be like to actually live in space, Musk is living the dream of every kid like him. He owns famous and fast European cars, is married to a beautiful British actress and his company SpaceX launched a rocket that sent the first commercial vehicle to the International Space Station. He has spoken many times about colonizing to Mars, and this science fiction fan might just do that. It’s so easy to dream, and so hard to make those dreams a reality. Musk proves that it is possible to transfer ideas from simple musings into real physical things. And even though he is immensely talented and smart, Musk says that personality is just as important when creating innovative products: “[My biggest mistake is probably] weighing too much on someone’s talent and not someone’s personality. I think it matters whether someone has a good heart” [Business Insider].

    Sources:

    www.teslamotors.com
    www.spacex.com
    www.gawker.com/230076/an-alternate-history-according-to-elon-musk
    www.mercurynews.com/business/ci_15138666
    www.biography.com/people/elon-musk
    www.businessinsider.in/11-Elon-Musk-Quotes-That-Show-His-Genius

  • Careers In Trades: A List

    Careers In Trades: A List

    The trades sector in Canada is constantly growing and changing. So how do you know which career path is right for you? Here at Jobs People Do, we’ve assembled a list of some of the hottest jobs in the trades industry that will be in high demand for years to come. Take a look at just some of your options and then click on the link to be taken directly to career information. Find out what kind of education you will need and how much you can expect to be paid.

    Aboriginal Child Development Practitioner
    Agricultural – Dairy Herdsperson
    Agricultural – Fruit Grower
    Agricultural – Swine Herdsperson
    Agricultural Equipment Technician
    Alignment and Brakes Technician
    Appliance Service Technician
    Arborist
    Architectural Glass and Metal Technician
    Assistant Cook
    Auto Body and Collision Damage Repairer
    Auto Body Repairer
    Automotive Electronic Accessory Technician
    Automotive Glass Technician
    Automotive Painter
    Automotive Service Technician
    Baker
    Baker-Patissier
    Bearings Mechanic
    Blacksmith
    Brick and Stone Mason
    Cabinetmaker
    Cement (Concrete) Finisher
    Chef
    Child and Youth Worker
    Child Development Practitioner
    Composite Structures Technician
    Computer Numerical Control (CNC) Programmer
    Concrete Pump Operator
    Construction Boilermaker
    Construction Craft Worker
    Construction Millwright
    Cook
    Developmental Services Worker
    Die Designer
    Draftsperson – Mechanical
    Draftsperson – Plastic Mould Design
    Draftsperson – Tool and Die Design
    Drywall Acoustic and Lathing Applicator
    Drywall Finisher and Plasterer
    Educational Assistant
    Electric Motor System Technician
    Electrical Control (Machine) Builder
    Electrician – Construction and Maintenance
    Electrician – Domestic and Rural
    Electrician (Signal Maintenance)
    Electronic Service Technician
    Elevating Devices Mechanic
    Entertainment Industry Power Technician
    Exterior Insulated Finish Systems Mechanic
    Facilities Mechanic
    Facilities Technician
    Fitter – Assembler (Motor Assembly)
    Floor Covering Installer
    Fuel and Electrical Systems Technician
    Gemsetter / Goldsmith
    General Carpenter
    General Machinist
    Hairstylist
    Hardware, Lumber and Building Materials Retailer
    Hazardous Materials Worker
    Heat and Frost Insulator
    Heavy Duty Equipment Technician
    Heavy Equipment Operator – Dozer
    Heavy Equipment Operator – Excavator
    Heavy Equipment Operator – Tractor Loader Backhoe
    Hoisting Engineer – Mobile Crane Operator 1
    Hoisting Engineer – Mobile Crane Operator 2
    Hoisting Engineer – Tower Crane Operator
    Horse Groomer
    Horse Harness Maker
    Horticultural Technician
    Hydraulic / Pneumatic Mechanic
    Industrial Electrician
    Industrial Mechanic Millwright
    Information Technology – Contact Centre Customer Service Agent
    Information Technology – Contact Centre Sales Agent
    Information Technology – Contact Centre Technical Support Agent
    Information Technology – Hardware Technician
    Information Technology – Network Technician
    Institutional Cook
    Instrumentation and Control Technician
    Ironworker – Generalist
    Ironworker – Structural and Ornamental
    Light Rail Overhead Contact Systems Lineperson
    Locksmith
    Machine Tool Builder and Integrator
    Marine Engine Technician
    Metal Fabricator (Fitter)
    Micro Electronics Manufacturer
    Motive Power Machinist
    Motorcycle Technician
    Mould Designer
    Mould Maker
    Mould or Die Finisher
    Native Clothing and Crafts Artisan
    Native Residential Construction Worker
    Network Cabling Specialist
    Optics Technician (Lens and Prism Maker)
    Packaging Machine Mechanic
    Painter and Decorator – Commercial and Residential
    Painter and Decorator – Industrial
    Parts Technician
    Pattern Maker
    Plumber
    Pool, Hot Tub and Spa – Installer
    Pool, Hot Tub and Spa – Service Technician
    Powered Lift Truck Technician
    Powerline Technician
    Precast Concrete Erector
    Precast Concrete Finisher
    Precision Metal Fabricator
    Pressure Systems Welder
    Process Operator – Food Manufacturing
    Process Operator – Power
    Process Operator – Refinery, Chemical, and Liquid Processes
    Process Operator – Wood Products
    Pump Systems Installer
    Railway Car Technician
    Recreation Vehicle Technician
    Refractory Mason
    Refrigeration and Air Conditioning Systems Mechanic
    Reinforcing Rodworker
    Relay and Instrumentation Technician
    Residential (Low Rise) Sheet Metal Installer
    Residential Air Conditioning Systems Mechanic
    Restoration Mason
    Retail Meat Cutter
    Roll Grinder / Turner
    Roofer
    Saddlery
    Saw Filer / Fitter
    Sheet Metal Worker
    Ski Lift Mechanic
    Small Engine Technician
    Special Events Coordinator
    Sprinkler and Fire Protection Installer
    Steamfitter
    Surface Blaster
    Surface Mount Assembler
    Terrazzo, Tile, and Marble Setter
    Thin Film Technician
    Tire, Wheel and Rim Mechanic
    Tool / Tooling Maker
    Tool and Cutter Grinder
    Tool and Die Maker
    Tool and Gauge Inspector
    Tractor-Trailer Commercial Driver
    Transmission Technician
    Truck and Coach Technician
    Truck-Trailer Service Technician
    Turf Equipment Technician
    Utility Arborist
    Water Well Driller
    Welder
    Wooden Boat Rebuilder
  • Careers in Environmental Science

    Careers in Environmental Science

    Environmental Science is a multidisciplinary approach to studying how humans, animals, and the environment interact with one another. Most studies in environmental science combine physical, biological, and information sciences, and use both applied and theoretical scientific approaches to study and solve environmental problems such as sustainable resource management, ecology, pollution and recycling, renewable energy, and climate change.

    Many excellent career opportunities exist across Canada for men and women studying the environmental sciences. Most jobs require at minimum a one-to-three year college or technical school program, with some opportunities requiring a university Bachelor’s degree or higher. These are only a few of the broad range of careers included in the field of environmental science, and there is lots of room to specialize in what interests you the most, through your choice of education, and your choice of work experiences.

    Careers at the college level can include:

    Geological/Mineral/Petroleum Technologists and Technicians work primarily for mineral and petroleum mining companies and refineries, and companies involved in metal ore extraction and production. They can also consult for engineering firms, governments, and educational institutions. They complete tasks such as performing geological surveys and analyzing the data or samples, supervise mining and drilling operations, and help develop new technologies that serve the industry.

    Water Treatment, Recycling, and Waste Plant Operators work primarily at municipal, industrial, or institutional water, recycling, and waste treatment plants, to operate the computer control systems that regulate the treatment and disposal of water, garbage, recyclables, and other waste.

    Forest and Fishery Conservation Officers protect Canada’s fish, wildlife, and natural resources by enforcing federal and provincial regulations. This job can include plant and animal growth or population surveys, public awareness education, overseeing licensing for hunting and fishing, and investigating violations.

    Forestry Technologists and Technicians are involved in the research, management, harvest, and conservation of Canada’s forests and woodlands, and can work independently or be employed by the logging industry and government agencies.

    Careers at the University level can include:

    Natural Science Policy Researchers and Consultants engage in research, write reports, and give advice regarding corporate or government policy involving scientific progress in fields such as renewable and non-renewable energy, sustainability and environmental impact, scientific patents, resource management, and recycling programs.

    Inspectors in Environmental Health and Safety monitor and enforce government health and safety regulations for facilities such as industrial establishments, municipal outdoor parks and recreation areas, or water and waste treatment systems, ensuring that sanitation, pollution control, and the handling or storage of hazardous materials is performed safely for people and the environment.

    Meteorologists and Climatologists study Earth’s weather, climate, and atmosphere to offer advice on, and forecast, weather occurrences, air quality, climate change, and other atmospheric phenomenon. They are usually employed by Environment Canada or other government agencies, the military or utility companies.

    If you decide to pursue further education, there are also many opportunities in Canada and internationally, in fields such as environmental law and ethics, environmental economic analysis and development, or working with Environment Canada to develop provincial and national environmental policies and procedures.

    Sources:

    Government of Canada Job Bank – Explore Careers by Occupation

    http://www.jobbank.gc.ca/occupation_search

  • Take an Arts Course Along With Your Science Major

    Take an Arts Course Along With Your Science Major

    As a student beginning a scientific degree, you may be tempted to focus only on your required courses. You might be trying to get all your mandatory credits completed as soon as possible, or you may find so many appealing courses in your program that it is hard to narrow down your choices. However, instead of devoting yourself to your course requirements alone, there are many great reasons why taking an Arts and Humanities course is a great idea for students in the sciences, engineering, and math.

    In science and math-heavy majors, the sheer amount of facts, numbers, data and lab work, can sometimes feel overwhelming. Including an Arts course with your electives will give your mind a break, and an opportunity to focus on something different – and chances are you will return to your main coursework clear and refreshed.
    Arts and Humanities courses are more than “books and essays”– they teach valuable and transferable skills such as clear, concise, and informative writing; how to structure, present, and defend an argument or theory; and how to think in critical and creative ways.

    Most colleges and universities offer a wide variety of courses that will enable you to find something that interests you. Some choices may relate more closely to your original major, such as a course on the history of a specific scientific discipline, or the history of scientific progress in a nation or time period. Courses in philosophy and ethics can help you think and argue critically about topics such as how the use or abuse of science and technology can influence our society and culture.

    If you aim for a future scientific career working in a field with international opportunities, language courses are extremely valuable. As the scientific community becomes more international, you will have the opportunity to meet and work with other scientists from countries that may not use English as their primary language. Being able to communicate with other scientists and researchers in their own language holds high value, and gives you the ability to learn directly from their original research, rather than requiring translation into English.

    There are also the more creative options, including literature and the fine arts. Courses teaching artistic skills such as drawing, painting, photography, or graphic design will not only offer you the chance to exercise and explore your creativity, but the skills of artistic analysis and design can be useful for creating lab drawings and illustrations for technical documents. Literature courses teach students different perspectives on human nature, and introduce ideas and thoughts that may originate outside the scientific field, but can influence you to explore different theories and methods of creative thinking. Literature studies also give students the skills to learn independently, communicate effectively, and work harmoniously with a community of people expressing different views and opinions.

    These are only a few of the many options available. Check out your college or university’s Arts and Humanities course list, and find something new and different that will engage and inspire you!

  • The Importance of STEM Education

    The Importance of STEM Education

    STEM education. What is it? STEM is an acronym for Science, Technology, Engineering and Math. It is applied to academic fields that use these studies. This type of education implements both hands on and problem based approaches.[1] So why STEM? What is its significance? It is a guide line to help further grow our engineering and innovation industry. It helps students apply these skills both to profession based and everyday problems. With the ever growing technology industry, we need to help individuals recognize the importance of STEM and encourage them to follow this path.

    The STEM Education Coalition[2] is a non-profit organization that advocates the importance of STEM education. They raise awareness throughout the United States to schools and other organizations. Scouts Canada[3], the country’s leading youth organization has a STEM program that allows youth to play and experiment with science and technology through a hands-on interactive approach. The programs are collaborations of Scouts Canada, Imperial Oil Foundation and Exxon Mobile Canada. These major energy companies depend heavily on engineers of many kinds.[4]

    Major tech companies such as Google, Cisco and Microsoft have made generous contributions to programs in Canada regarding STEM.[5] A major part of these programs is programming and creating software. This will allow future students to be comfortable with modern day technology while it gives them the skill and confidence to create it. As other nations continue to invest in STEM, Canada must also follow suit in order to stay ahead of the times. As a developed country, Canada cannot afford to fall behind in educating our youth about STEM.

    Research shows that the majority of STEM participants are male.[6] The University of Waterloo has signed on to the HeForShe campaign[7] which is a gender equality campaign that raises awareness for the equal treatment of women. In part, this campaign hopes to encourage females to join STEM fields. STEM education should be supported by both governments and families. All Children should be encouraged from a young age to engage in science-related activities as we will always depend on engineers and scientists to evolve our technological world.

    Footnotes & Resources:

    [1] http://www.cslnet.org/our-agenda/what-is-stem/

    [2] http://www.stemedcoalition.org/

    [3] http://www.scouts.ca/ca/about-scouts-canada

    [4] http://talentegg.ca/incubator/2010/11/22/careers-in-the-oil-and-gas-industry-from-start-to-finish/

    [5] http://www.theglobeandmail.com/news/national/education/why-tech-giants-are-investing-in-stem-programs-for-students/article21329798/

    [6] http://www.forbes.com/sites/work-in-progress/2012/06/20/stem-fields-and-the-gender-gap-where-are-the-women/

    [7] http://www.theglobeandmail.com/news/national/education/waterloo-joins-un-program-promoting-women-at-universities/article24250455/

  • Dream Job: Astronomer

    Dream Job: Astronomer

    Imagine what it would be like to travel among the stars and planets, visiting the Big Dipper and stepping out onto the surface of Venus. Most people have never had the chance to travel out into space, and most of the planets are too far away to visit. However, one group of people can visit the stars and planets by studying them and learning all about them. Astronomers have the chance to study the skies and teach others about the amazing things that they find there.

    Depending on their jobs, astronomers might focus mainly on research or teaching. Astronomers study stars, planets, asteroids, comets and anything else that they find in our galaxy and beyond. They invent telescopes and other instruments that help them record what they see. Some of them might develop new theories that help people to understand the universe better and to predict what might happen in the sky.

    Sometimes, this kind of knowledge can be very important for life on earth. Storms on the sun, for example, can affect the weather on earth. Eclipses, where the moon covers part or all of the sun, can also cause problems unless people know they are coming and can prepare for them. The information that astronomers provide can help to make life much easier for many people.

    Several jobs are closely related to work in astronomy. Physicists, cosmologists, nuclear physicists and physics research scientists all work with the same kinds of theories, computer software and scientific instruments. They might have to work in different ways to achieve results, but they all use the same basic methods of gathering and processing information.

    Much of the work that astronomers do is solitary or in small groups of scientists and researchers. However, the ability to communicate with other people is also important. Do the things that you see in the skies fascinate you? Maybe you should consider becoming an astronomer.

  • Career Profile: Museum Curator

    Career Profile: Museum Curator

    People often say that an interest in history has little relation to any kind of paying work. How can anyone get a job by knowing when King Henry VIII lived or what people ate in the fourteenth century? However, museum curators are different. They get to work with books, papers and objects that show a region’s history and culture. Do you love history? Are you good at organizing things? You might want to consider becoming a museum curator when you finish school.

    Curators work in many different places, from traditional museums and historic sites to zoos and botanical gardens. They might work with ancient Egyptian pottery or with recent videos and DVDs. Sometimes the objects they work with are tiny and light, such as rings and other pieces of jewelery. At other times, the exhibits are massive and heavy, such as ancient coffins or stone monuments.

    What curators do every day depends on where they work. Much of the work requires strong organizational skills as curators take in new exhibits, label them, and decide what to display and what to leave in storage. Sometimes curators have to arrange for travelling shows to come to the museum. If an exhibit of Leonardo Da Vinci’s inventions is moving from place to place, for example, a curator might want to arrange to have it as a temporary exhibit in the local museum.

    Curators have to make sure that items are properly displayed and stored. This is especially important for delicate exhibits that require special treatment, such as climate control or protection from insects. Curators have to be very careful to take good care of museum exhibits that are in their charge.

    Besides taking care of the exhibits, museum curators need to be able to talk to people. They need to keep the people on the museum boards and committees informed about what is happening in the museum. They also need to make sure that members of the public know about which exhibits are being shown. They might help arrange school trips or community visits. If curators do their job well, they help other people become excited about history.

    Most curators need more than just an interest in history to get a job in their field. A master’s degree in history or administration is helpful, but a university degree in museum and curatorial studies is even better. With that education, museum curators can make salaries between about $27,000 and $69,000 per year. Job prospects are often better in a big city than in a town, but a small, local museum might be a good place to gain experience.

    History can come alive when the curators of museums work together with the boards, committees, staff, and the public to display interesting and meaningful exhibits. Do you have an interest in history? Do you love to explain your love of the past to others? You might want to consider pursuing a career as a museum curator.