STEM Career Pathways

Agricultural and Food Scientists work to improve how we grow and produce food. They develop sustainable farming techniques and ensure food safety, which helps to feed communities and tackle global food challenges.

Product Managers are the CEOs of their product. They identify user needs, define product strategy, coordinate engineers and designers, and make data-driven decisions about what gets built and why. PMs are among the highest-paid and most sought-after roles in tech.

Quantum Computing Scientists are at the cutting edge of the next computing revolution. They design algorithms and systems that harness quantum mechanical principles to solve problems that classical computers cannot — from drug discovery to cryptography to financial optimization. This is one of the most competitive and highest-paying fields in technology.

Urban and Regional Planners shape how communities grow by guiding decisions about land use, housing, transportation, and the environment. They help cities become safer, more equitable, and more sustainable.

Geoscientists study the Earth’s materials and processes to help solve real-world problems, such as finding natural resources and mitigating the impacts of climate change. Their work plays a crucial role in protecting communities and the environment from natural disasters.

Renewable Energy Engineers design and develop clean energy systems like solar panels, wind turbines, and battery storage. With climate change driving massive investment in green energy, this is one of the fastest-growing engineering fields in the country.

Bioinformaticians analyze biological data using computer science techniques, helping to uncover insights about diseases and develop personalized treatments. Their work significantly impacts healthcare advancements and patient outcomes.

Statisticians collect, analyze, and interpret data to help solve real-world problems in medicine, government, sports, business, and more. They design studies, build models, and turn raw numbers into meaningful insights that drive decisions.

DevOps Engineers design and maintain the systems that help software teams collaborate and launch updates quickly. Their work ensures that the applications and websites we depend on run smoothly, making technology accessible and efficient for everyone.

Network Engineers design, implement, and maintain the computer networks that power businesses, hospitals, and the internet itself. They ensure data flows securely and reliably across local and global systems.

UX/UI Designers create the look, feel, and usability of digital products like apps and websites. They blend creativity with data-driven research to build experiences that are intuitive, accessible, and enjoyable for users.

Automation technicians design and maintain machines and systems that automate production processes in factories. Their work makes businesses more efficient, cuts costs, and helps produce high-quality products, impacting many lives and the economy.

Renewable energy technicians install and maintain solar panels and wind turbines that generate clean energy. They help reduce carbon emissions and support the transition to sustainable energy sources, impacting both the environment and local communities.

CAD designers use computer software to create detailed technical drawings and 3D models that help engineers and architects bring their ideas to life. Their designs are essential for building structures and products that we interact with daily, making them foundational to modern engineering and design.

Engineering technicians bridge the gap between ideas and reality by testing materials and ensuring equipment works properly. Their contributions are vital for maintaining safety and quality in products such as vehicles and buildings, ultimately helping industries operate efficiently.

Robotics technicians work with industrial robots, building, programming, and maintaining them for manufacturing and automation. Their work keeps production efficient and safe, impacting various industries by streamlining processes and reducing manual labor.

Materials scientists develop and enhance materials that are essential for everyday products and cutting-edge technology. Their innovations significantly contribute to advancements in electronics, renewable energy, and healthcare, making a tangible impact on our lives.

Forensic scientists analyze physical evidence from crime scenes using scientific methods, helping law enforcement solve cases and deliver justice. Their work impacts public safety and supports the judicial system.

Laboratory technicians analyze samples and conduct tests that help doctors diagnose and treat patients. Their work supports scientific research and medical advancements, making a direct impact on health outcomes.

Research scientists conduct experiments and studies to understand complex issues and contribute to advancements in fields like medicine, environmental science, and technology. Their work leads to innovations that can improve health and quality of life for everyone.

Microbiologists study microscopic organisms like bacteria, viruses, and fungi to understand their behavior and impacts on health and the environment. Their research contributes to medicine, food safety, and environmental protection, making a significant difference in public health.

Geologists study Earth’s materials, like rocks and minerals, to understand natural processes such as earthquakes and landslides. Their insights are vital for managing natural resources and tackling environmental issues, directly benefiting communities and ecosystems.

Environmental scientists study the Earth's ecosystems and work to find solutions to environmental issues like pollution, climate change, and habitat destruction. Their research and actions help protect our planet, ensuring a healthier world for future generations.

Physicists study the fundamental principles of the universe, conducting experiments and using mathematical models to understand and solve problems. Their discoveries contribute to advancements in technology, energy solutions, and healthcare innovations that impact everyone.

Chemists explore and analyze the chemical properties of materials to develop new substances, from life-saving medications to eco-friendly products. Their innovations play a crucial role in improving health and protecting the environment.

Biologists explore the tiny details and big-picture relationships of living organisms. Their research helps tackle issues like climate change, disease prevention, and conservation efforts, making the world a healthier place.

Operations research analysts use mathematical models and data analysis to help organizations make informed decisions that boost efficiency and cut costs. Their work positively impacts various sectors, including healthcare, finance, and logistics, by solving complex challenges in real-time.

Quantitative analysts create and use mathematical models to understand financial markets and develop investment strategies. They help financial firms make informed trading decisions, affecting economies and people's financial futures.

Actuaries analyze complex data to assess and manage financial risks for businesses and governments. Their work helps shape secure insurance plans and pension funds, impacting economic stability for individuals and communities.

Statisticians use mathematical models and data analysis to solve complex problems in science, business, healthcare, and policy.

Systems analysts evaluate IT systems and business processes, identifying improvements and designing solutions that enhance organizational efficiency.

UX/UI designers create intuitive and visually appealing interfaces for websites, apps, and digital products that users love to interact with.

Network engineers create and oversee the networks that connect our devices, ensuring reliable and secure communication. Their work is essential for daily activities like streaming videos, online gaming, and managing business operations.

IT specialists keep computer systems and networks running smoothly. They solve technical problems and support organizations, ensuring technology helps businesses thrive.

Cloud engineers design and manage the online systems that allow businesses to securely store and access their data. Their work ensures countless users can rely on technology every day, from social media to e-commerce.

AI and machine learning engineers develop software that allows computers to learn from data and make smart decisions. Their creations improve various sectors, like healthcare and finance, making processes more efficient and enhancing everyday life.

Cybersecurity analysts protect computers and networks from cyber attacks and unauthorized access. They help keep personal and corporate information safe, ensuring our digital lives remain secure.

Data scientists analyze complex data to find patterns and insights that help businesses make smarter decisions. Their work can change industries like healthcare and finance, leading to better outcomes for people everywhere.

Software engineers design and build the apps and websites you use daily. They solve problems through code and collaborate with teams to create technology that impacts millions.

Industrial engineers improve systems and processes to make them faster and more efficient. Their work helps businesses save money, reduce waste, and create a positive impact on the economy and the environment.

Environmental engineers create innovative solutions to combat environmental issues like pollution and waste management. Their work plays a crucial role in making the world cleaner and safer for communities around us.

Aerospace engineers design and build the airplanes, rockets, and satellites that take us to new heights. Their work advances technology, enhances safety, and expands our understanding of air and space.

Chemical engineers design and optimize processes that convert raw materials into useful products, such as medicines, fuels, and foods. Their innovative work helps improve health, safety, and environmental sustainability, impacting everyday lives.

Biomedical engineers create innovative medical devices and technologies that enhance patient care and save lives. Their work includes developing tools like prosthetics and imaging systems, making a significant difference in healthcare.

Civil engineers design and build the infrastructure we rely on, like roads, bridges, and buildings. Their work shapes communities, ensuring safety and enhancing daily life for everyone.

Electrical engineers create and improve systems to generate and distribute electrical power. Their work makes our daily lives possible by ensuring that homes and businesses have safe, reliable electricity and by advancing renewable energy solutions.

Mechanical engineers design and develop everyday objects like cars, household tools, and manufacturing machines. They use their creativity and scientific knowledge to solve real-world challenges, impacting industries and improving people's lives.