In a world that is increasingly in tune with the urgency of environmental defense, careers in sustainability and green industries are increasingly popular opportunities for personal growth and contributing to a more sustainable future. As the world moves into heightened environmental consciousness, those passionate about environmental protection are moving into more diverse career paths in sustainability. Here are four promising careers at the forefront of the sustainability movement!
Environmental engineers work throughout their careers to control environmental hazards through engineering. They focus on meeting regulations for environmental protection and defending the environment by engineering solutions to environmental destruction. They might be seen working with big corporations to engineer better production practices or helping other organizations engineer more sustainable business solutions. This career relates most closely to the branches of environmental science and engineering. The median salary for this career is $96,530 per year, which is a reasonably large figure.
Sustainability managers are in charge of the corporate aspect of sustainability. They assist organizations in limiting their environmental impacts while supporting their business goals. These professionals help companies engage in more environmentally friendly practices and remain in accordance with environmental legislation. This career is another environmental science career that deals with business. The median salary for this career is $105,221 per year.
Environmental consultants are environmental scientists who work to create and edit government policies for environmental protection. They typically provide their clients with expert assessments and advice on implementing policies and procedures to protect the environment and abide by environmental regulations. These professionals work within both ecological science and public policy. The median salary for this career is $60,799 per year.
Environmental scientists use science to study the environment and its impacts on humans. They work in laboratories or the field to examine and assess environmental threats and respond to them accordingly. These professionals can collaborate with other organizations and institutions to help them develop solutions to environmental problems, similar to other careers on this list. This career is the face of environmental science. The median salary for this career is $78,980 per year.
Overall, sustainable careers and green industries create unique pathways to meaningful work for those interested in environmental protection. These careers address some of the most pressing challenges of our time. Whether it’s any of these four careers or another one in the industry, individuals have countless opportunities to make a difference in the environment while pursuing their professional aspirations. With these eco-friendly career paths, individuals can play a vital role in shaping a more sustainable future for future generations.
By Tyler King
Do you want more resources on the topic of environmental careers? NSTEM’s vast resources database provides thousands of searchable STEM resources by category, school level, and state. This comprehensive library includes info on enrichment activities, curricula, internships, scholarships, and more.Check out a free sampling here. Or get an NSTEM membership today to unlock the complete list.
Project-based learning enrichment provides high school students with college and career readiness. It gives them real-world relevance, transforming students into collaborators and imaginative problem solvers. They will gain the upper hand in a global landscape, stemming from enhanced confidence and grit. NSTEM provides these young STEM enthusiasts with a close community of like-minded fellow students and educators. To start your 9-12 Chapter of the National STEM Honor Society, click here.
Plastic pollution was first recognized in the mid 1900s when plastic debris was beginning to be found in our oceans. Since then, plastic production has increased, but so have efforts to combat the use of plastic. However, every year around 400 million tons of plastic is produced globally. Convenience is one of the main reasons keeping plastic alive. It’s cost-effective, water resistant, and durable. However, single-use plastics (straws, plastic bottles, utensils, etc.) are discarded too easily, carelessly ending up in the streets and natural spaces where they break down into microplastics and pose a toxic threat to ecosystems, wildlife, and humans. The U.S. has one of the highest plastic consumption rates in the world. Plastic has integrated itself in our society in such a way that even though we are now aware of its harmful effects on the environment, removing even single-use plastics is proving a challenge. However, with raising awareness and implementation of plastic bans, there has been improvement among the states towards a cleaner and safer future.
Currently, the U.S. has not placed a single-use plastic ban on a federal level, but this responsibility has been taken up by states and cities. Connecticut, California, Delaware, Hawaii, Maine, New York, Oregon, and Vermont have all placed bans on plastic bags. San Francisco was the first city to completely ban plastic bags in 2007. The rest of California implemented their plastic bag ban in 2014, and since then there has been a 70% reduction in plastic bag usage within the state. However, you can still find plastic bags in grocery stores, as rules have not been properly enforced over the past few years. New York faces a similar situation, as plastic bags were banned in the state in 2020 but some businesses still continue to distribute them; again mostly due to lax enforcement of pollution rules. Some of this can be attributed to COVID-19, which complicated efforts towards reducing plastic usage. The surge in gloves, masks, and other PPE have been detrimental to the health of our oceans. Since the beginning of the pandemic, oceans have seen more than 57 million pounds of COVID-related waste. On a brighter note, as the world is starting to recover from the effects of the pandemic, attention is returning to the effects of plastic on the environment, with stricter enforcement. The pandemic has brought to attention once again how serious the plastic pollution problem is, and the many pollution reduction policies that have been suspended or postponed are being put into effect again.
Looking to the future, the U.S. Interior Department has stated that by 2032, single-use plastic products will be phased out of national parks and some public lands. Around 480 million acres of federal land will be under this new legislation. In an attempt to carry this out, the department is working to set up their plan of action, including installing more water fountains and influencing unsustainable public behavior for the better. This is predicted to reduce around 14 million tons of plastic that ends up in our oceans.
Though it may be some time before plastic bans will be implemented on a federal level, the current focus should be on what can be done on a smaller scale, such as in cities and counties. Since one of the main issues is compliance to these bans, check to see if your city or state has bans already in place and actively follow the guidelines for them. You can check your local government’s website or conduct a simple search online to see what plastic reduction ordinances are put into place. It may be difficult to realize if your area is under a single-use plastic ban, so spreading the word to friends and family is an easy way to raise awareness so people can be more conscious about their plastic use choices.
By Seaside Sustainability
Do you want more resources on the topic of plastic? NSTEM’s vast resources database provides thousands of STEM resources that are searchable by category, school level, and state. This comprehensive library includes info on enrichment activities, curricula, internships, scholarships, and more. Check out a free sampling here. Or get an NSTEM membership today to unlock the complete list.
Repko, M., & Newburger, E. (2021, March 17). Covid-19 worsened the single-use plastics problem. here’s why it could also fuel solutions. CNBC. Retrieved February 9, 2023, from https://www.cnbc.com/2021/03/17/covid-19-worsened-single-use-plastics-problem-but-could-fuel-solutions.html
Are you curious about exploring unique and exciting career paths within STEM? This blog will take a closer look at four unusual STEM careers. From cryptozoologist to forensic artist, each career offers its own fascinating and rewarding aspects.
1. Cryptozoologist
What are cryptozoologists? Cryptozoologists research “cryptids,” or creatures whose existence has not been proven by science. They examine legends, firsthand reports, and anecdotal evidence to find new species or confirm the existence of fabled monsters such as Bigfoot or the Loch Ness Monster. By applying scientific techniques like DNA analysis, field investigation, and habitat monitoring, cryptozoologists try to collect proof that cryptids exist.
What is the average annual salary? The pay for cryptozoologists varies greatly depending on several criteria, including work environment, education level, and experience. Individuals in academic or research roles often make between $40,000 and $80,000 annually. The income of independent researchers and writers may vary significantly based on their publications’ popularity and their projects’ funding.
What aspects of STEM are connected to this career? Cryptozoology intersects with various STEM disciplines, including biology, zoology, ecology, and anthropology. Cryptozoologists use scientific approaches to investigate claims; they assess alleged evidence using concepts from taxonomy, evolutionary biology, and ecological niche modeling. Furthermore, technological developments like DNA analysis and remote sensing support the topic by offering instruments for confirming or refuting reports of cryptid sightings.
Why is this career important? Though the scientific community frequently views cryptozoology with skepticism since many cryptids lack empirical support, the study of cryptozoology encourages curiosity and natural world research. Mainstream scientists and environmentalists often work with cryptozoologists to investigate isolated environments and record biodiversity. Although it is uncommon to uncover new species, cryptozoological study aids conservation efforts by bringing attention to vulnerable environments.
2. Toy Designers
What are toy designers? Toy designers are responsible for conceptualizing, designing, and developing toys and games for children of various ages. They evaluate aspects like safety, durability, and instructional value by generating original concepts, sketching designs, and building prototypes. To bring their ideas to reality, toy designers work with engineers, marketers, and manufacturers, applying design, ergonomics, and child development principles.
What is the average annual salary? The pay scale for toy designers varies based on expertise level, region, and company. While experienced professionals working for well-known toy firms or running their design studios might earn up to $100,000 annually, entry-level designers may only make between $40,000 and $60,000.
What aspects of STEM are connected to this career? Toy designing is closely connected to various aspects of STEM, including material science, mechanical engineering, and product design. Toy designers use STEM principles to create toys that are safe, enduring, and supportive of kids’ learning and growth in addition to being enjoyable. They might include electronics and coding components in interactive toys, encouraging play-based STEM learning.
Why is this career important? Toy designers significantly influence how children perceive childhood and develop their imagination and creativity. To make toys that appeal to modern families and children, they need to keep up with new developments in technology, entertainment, and child development. The dynamic and collaborative world of toy design demands a harmonious blend of technical mastery, artistic ingenuity, and commercial knowledge.
3. Volcanologist
What are volcanologists? To increase scientific knowledge, reduce volcanic hazards, and better understand volcanic processes, volcanologists research volcanoes, volcanic activity, and related phenomena. In the field, they gather information about volcanic eruptions; in the lab, they examine volcanic rocks and fumes; and they remotely sense and track volcanic activity with devices placed on the ground. Volcanologists can also work in emergency response planning, risk assessment, and public education.
What is the average annual salary? Experience, education, and place of work are some of the variables that affect a volcanologist’s pay. While experienced volcanologists working in academia, government organizations, or research institutions might make over $100,000 annually, entry-level roles may pay between $50,000 and $70,000 annually.
What aspects of STEM are connected to this career? Numerous STEM fields, such as geology, earth sciences, physics, chemistry, and remote sensing, are related to volcanology. Volcanologists use concepts from geophysics, geochemistry, and geospatial analysis to investigate volcanic processes, forecast eruptions, and evaluate volcanic hazards. They also use technologies like gas analyzers, seismometers, and satellite images to monitor volcanic activity.
Why is this career important? Volcanologists are essential to comprehending and reducing the effects of volcanic eruptions on the environment and human populations. Their work helps to build early warning systems, enhance monitoring systems for volcanic activity, and provide guidance for land-use planning in volcanic areas. To solve the complex issues related to volcanic risks, volcanologists may also work in interdisciplinary teams, including engineers, social scientists, and emergency responders.
4. Space Archaeologists
What are space archaeologists? Space archaeologists use satellite photography, remote sensing technologies, and geographic information systems (GIS) to find and investigate ancient sites from space. They examine minute changes in the topography, flora, and land use patterns to find hidden buildings or old villages. To evaluate research results and organize on-the-ground excavations, space archaeologists work in tandem with archaeologists and cultural heritage specialists.
What is the average annual salary? Experience, education, and employer are among the variables that affect a space archaeologist’s pay. While experienced professionals working in government organizations, academic institutions, or research facilities can make over $100,000 a year, entry-level roles may pay between $50,000 and $70,000.
What aspects of STEM are connected to this career? Space archaeology interacts with geology, geography, remote sensing, and archaeology, among other STEM fields. Space archaeologists study satellite pictures using physics, optics, and image-processing concepts to locate archaeological features. They also map and visualize spatial data using geographic information systems (GIS) software.
Why is this career important? Space archaeologists help us understand past civilizations, find hidden archaeological features, and monitor the preservation of cultural heritage sites. Their work informs conservation initiatives and heritage management plans while shedding light on human history and cultural change.
Conclusion
In conclusion, STEM careers don’t have to be limited to traditional options. Exploring unique and unusual paths like the above can lead to exciting and fulfilling careers. With the increasing importance of STEM fields worldwide, it’s worth considering these lesser-known opportunities.
By Gayathri Narayanan
Do you want more resources on the topic of STEM careers? NSTEM’s vast resources database provides thousands of searchable STEM resources by category, school level, and state. This comprehensive library includes info on enrichment activities, curricula, internships, scholarships, and more.Check out a free sampling here. Or get an NSTEM membership today to unlock the complete list.
Project-based learning enrichment provides high school students with college and career readiness. It gives them real-world relevance, transforming students into collaborators and imaginative problem solvers. They will gain the upper hand in a global landscape, stemming from enhanced confidence and grit. NSTEM provides these young STEM enthusiasts with a close community of like-minded fellow students and educators. To start your 9-12 Chapter of the National STEM Honor Society, click here.
For high school students, project-based learning (PBL) can be a rewarding experience, but financing such programs can be challenging. This blog will uncover three clever approaches to paying for project-based learning in high school.
1. Grant Funding
Many funds are available, especially for PBL and other educational projects. Grants are frequently available to encourage new teaching approaches from organizations, including the National Science Foundation (NSF), the Bill & Melinda Gates Foundation, and the National Education Association (NEA). Nonprofits that promote education and local community foundations may also offer funding opportunities. To improve your chances of receiving grant funding, make sure your bids align with the donor’s goals and objectives and emphasize the educational benefits and outcomes of your PBL projects.
2. Corporate Sponsorships and Partnerships
As part of their efforts to fulfill their corporate social responsibility (CSR) obligations, many businesses are willing to provide funding for educational projects. Speak with companies that are linked to the concept of your project, those that are local, or those that have connections to STEM or education. Encourage collaborations that benefit both parties, wherein the corporation offers resources, financial support, or expertise in exchange for advantages like employee volunteerism, branding, or access to talented students. In addition to providing financing, working with corporate partners can increase PBL’s relevance to the real world by putting students in touch with resources and practitioners in the field.
3. Crowdfunding Campaigns
To raise money for your PBL projects, use online crowdfunding sites like DonorsChoose, Indiegogo, and Kickstarter. Develop persuasive campaigns that detail the goals, implications, and advantages of the initiatives. Remember to include detailed budgets and funding targets. Invite community members, educators, parents, alums, and students to participate in the campaigns. Then, encourage them to be shared on social media and other means to reach a larger audience. Through crowdfunding, you may directly raise money from people who are enthusiastic about innovation and education while also gaining access to grassroots support.
Through grant funding, business partnerships, and crowdsourcing initiatives, high schools can obtain the necessary funds to establish captivating and significant project-based learning opportunities for their students.
By Gayathri Narayanan
Do you want more resources on the topic of project-based learning? NSTEM’s vast resources database provides thousands of searchable STEM resources by category, school level, and state. This comprehensive library includes info on enrichment activities, curricula, internships, scholarships, and more.Check out a free sampling here. Or get an NSTEM membership today to unlock the complete list.
Project-based learning enrichment provides high school students with college and career readiness. It gives them real-world relevance, transforming students into collaborators and imaginative problem solvers. They will gain the upper hand in a global landscape, stemming from enhanced confidence and grit. NSTEM provides these young STEM enthusiasts with a close community of like-minded fellow students and educators. To start your 9-12 Chapter of the National STEM Honor Society, click here.
As an educator, what are the best ways to engage your high school students in STEM? A mix of academic knowledge, methodological expertise, and a dedication to student success are all necessary for success as a high school STEM (Science, Technology, Engineering, and Mathematics) teacher.
Here are four strategies to succeed as a high school STEM educator!
1. Have Thorough Subject Knowledge
It is essential to have a firm understanding of the topics you teach. Possessing in-depth subject knowledge enables you to lead stimulating discussions, competently respond to students’ inquiries, and explain complex ideas. You can stay current on the latest breakthroughs and discoveries by engaging in professional development programs, conducting research, and collaborating with peers. Furthermore, sharing your love for the topic with children might pique their interest in STEM fields and motivate them.
2. Participate Actively in Inquiry-Based Learning
Using inquiry-based learning strategies motivates students to investigate and come to their own conclusions actively. By giving kids open-ended questions, promoting inquiry, and assisting them throughout the process, you can help them think critically, solve problems, and gain a more profound knowledge of STEM subjects. Giving students the chance to engage in practical experimentation, project-based learning, and real-world applications makes learning more memorable and relevant for them.
3. Utilize Technology
Including technology in your lessons improves student engagement, allows for more individualized instruction, and prepares them for success in the digital age. Through the use of interactive simulations, educational applications, or multimedia materials, technology can help students understand abstract ideas more fully, foster teamwork, and get immediate feedback. However, it must be used sensibly and purposefully to ensure that technology improves learning outcomes rather than being a distraction.
4.Establish a Positive Learning Environment
Encouraging a welcoming and inclusive classroom environment is essential to your students’ success. A secure and inviting learning atmosphere is created when students are encouraged to respect and empathize with one another, celebrate diversity, and set clear expectations for behavior and academic performance. This environment allows all students to feel respected and empowered to engage in class. Resilience, motivation, and a passion for learning are encouraged by developing solid relationships with students, providing support and helpful criticism, and fostering a growth mentality.
By Gayathri Narayanan
Do you want more resources on the topic of high school STEM teachers? NSTEM’s vast resources database provides thousands of searchable STEM resources by category, school level, and state. This comprehensive library includes info on enrichment activities, curricula, internships, scholarships, and more. Check out a free sampling here. Or get an NSTEM membership today to unlock the complete list.
Project-based learning enrichment provides high school students with college and career readiness. It gives them real-world relevance, transforming students into collaborators and imaginative problem solvers. They will gain the upper hand in a global landscape, stemming from enhanced confidence and grit. NSTEM provides these young STEM enthusiasts with a close community of like-minded fellow students and educators. To start your 9-12 Chapter of the National STEM Honor Society, click here.
Data has emerged as a transformative force in the digital era, reshaping industries globally. The capacity to derive insights from data sets has opened up diverse career opportunities in the realm of data science and analytics. This post delves into five STEM careers leading the charge in the data-driven revolution.
1. Data Scientist
At the core of data science, data scientists interpret information using advanced statistical modeling and machine learning techniques. They navigate complex datasets, extracting patterns and crucial information that guide business decisions and solve intricate data problems.
Data analysts have expertise in collecting, processing, and analyzing data to provide organizations with actionable insights. Cleaning and interpreting many large data sets, these professionals work in many industries, including finance, business, science, medicine, government, and more. Data analysts are behind all types of informed decision-making, from understanding customer behavior to optimizing operations.
Business intelligence analysts use raw information to create compelling narratives through data dashboards and reports. These professionals analyze and interpret complex data in reports to help organizations make data-driven decisions. This job includes using data visualization software to empower businesses to visualize metrics, facilitating strategic decision-making, and creating a data-focused organizational culture.
Data engineers take on one of the most technical profiles in data science. These professionals move between software development and data science, designing the systems behind data collection, storage, and analysis. They create and maintain databases that hold large, complex data sets and ensure that data is secure, well-organized, accurate, and accessible.
Marketing analysts combine advertising with data science to create optimized marketing strategies for businesses and organizations. This career prioritizes data analysis in areas like consumer behavior, marketing performance, and market trends. These insights are then used to create more effective marketing strategies for companies. These professionals guide organizations’ marketing decisions and support their advertising efforts.
As organizations continue to rely on data to navigate their business practices and insights, the demand for data science and analytics professionals continues to grow. These STEM careers provide exciting challenges and individuals with opportunities to shape the future through data. With a passion for information, professionals in this field can impact organizations incredibly. So, which career will you choose?
By Tyler King
Do you want more resources on the topic of STEM careers? NSTEM’s vast resources database provides thousands of searchable STEM resources by category, school level, and state. This comprehensive library includes info on enrichment activities, curricula, internships, scholarships, and more.Check out a free sampling here. Or get an NSTEM membership today to unlock the complete list.
Project-based learning enrichment provides high school students with college and career readiness. It gives them real-world relevance, transforming students into collaborators and imaginative problem solvers. They will gain the upper hand in a global landscape, stemming from enhanced confidence and grit. NSTEM provides these young STEM enthusiasts with a close community of like-minded fellow students and educators. To start your 9-12 Chapter of the National STEM Honor Society, click here.
