📈 Trending STEM Careers

Inspect, maintain, and repair wind turbines to ensure efficient power generation.

Install, maintain, and repair solar energy panels on rooftops and other structures.

Design quantum hardware and algorithms at the frontier of computing.

Provide advanced clinical care including diagnosis and prescribing medication.

Design and deploy ML models at scale for production AI systems.

Conduct foundational research to advance the state of artificial intelligence.

Build systems that understand and generate human language.

Extract insights from large datasets using statistical modelling and ML.

Build systems that interpret images and video for automated decisions.

Plan and carry out security measures to protect computer networks and systems.

Build and defend secure infrastructure against evolving cyber threats.

Simulate attacks to find and fix security weaknesses before adversaries do.

Design studies and analyse data to draw statistically valid conclusions.

Examine patients, diagnose illnesses, and develop treatment plans under physician supervision.

Develop algorithms to analyse genomic and biological data driving medical discoveries.

Apply statistical methods to biological and clinical research to draw valid conclusions.

Design medical devices and equipment that improve patient outcomes and diagnostics.

Design, build, and maintain applications and platforms used at scale.

Test and evaluate software applications to ensure quality and performance.

Design intelligent robotic systems for manufacturing, healthcare, and exploration.

Build automated test suites that catch defects before release.

Design battery systems that store and deliver clean energy efficiently.

Automate build, test, and deployment pipelines for reliable software delivery.

Keep large-scale production systems available, fast, and observable.

Build dashboards and reports that turn data into business decisions.

Use mathematical models to solve complex organisational problems.

Install and maintain geothermal heating and power systems.

Design turbine blades, drivetrains, and control systems for wind energy.

Design scalable, secure cloud infrastructure for organisations.

Build data pipelines and warehouses that power analytics and ML.

Design solar, wind, and other clean-energy generation systems.

Use mathematics and statistics to assess financial risk and uncertainty for organisations.

Diagnose and treat illness and injury in animals.

Study environmental problems and develop solutions to preserve natural systems.

Build immersive augmented and virtual reality experiences.

Diagnose and treat communication and swallowing disorders.

Develop mathematical models and algorithms to price financial instruments and manage risk.

Build both client- and server-side features for web applications.

Build native or cross-platform applications for iOS and Android.

Study how people use products to guide more intuitive designs.

Design and implement quantitative models for pricing and risk management.

Design and program interactive game mechanics, engines, and graphics.

Build decentralised applications and smart contracts.

Manage clinical data systems that support patient care and analytics.

Design and engineer new biological parts, systems, and organisms.

Help patients recover movement and manage pain after injury or illness.

Treat patients with breathing or cardiopulmonary conditions.

Design and maintain the networks that connect systems and users.

Help patients develop, recover, and improve skills for daily living.

Study the chemical processes that occur within living organisms.

Conduct experiments and publish findings to advance knowledge at the research frontier.

Apply scientific methods to analyse evidence for criminal investigations.

Model complex biological networks to understand whole-system behaviour.

Design mechanical systems and devices from engines to consumer products.

Combine mechanical, electrical, and software systems into integrated machines.

Define and prioritise technical product roadmaps with engineering teams.

Diagnose and treat hearing and balance disorders.

Use ultrasound imaging to help diagnose medical conditions.

Use simulations and modelling to predict molecular behaviour and drug interactions.

Design materials and devices at the nanometre scale.

Optimise processes, systems, and workflows to improve efficiency.

Design and improve production processes and manufacturing systems.

Analyse business needs and design IT systems to meet them.

Program hardware-close software for devices and controllers.

Design encryption systems that protect data and communications.

Examine eyes, diagnose vision problems, and prescribe corrective lenses.

Diagnose and treat musculoskeletal issues through manual adjustment.

Operate heart-lung bypass machines during cardiac surgery.

Study the immune system to develop vaccines and treat immune disorders.

Study viruses to understand disease and develop antiviral treatments.

Advise organisations on reducing environmental impact and emissions.

Apply physics to radiation therapy, imaging, and patient safety in medicine.

Study biological processes at the molecular and genetic level.

Study the structure, function, and behaviour of cells.

Study heredity and gene function to understand disease and traits.

Apply physics principles to study biological structures and processes.

Identify and quantify financial risks facing an organisation.

Design electrical systems, power grids, and electronic devices.

Design processes that convert raw materials into useful chemical products.

Design feedback systems that automatically regulate machines and processes.

Design sensors and measurement systems used in industrial processes.

Design lasers, sensors, and optical systems for communications and imaging.

Integrate complex engineering subsystems into complete working systems.

Ensure products and processes consistently meet reliability and safety standards.

Design, monitor, and improve manufacturing and production processes.

Translate scientific research into accessible stories for the public.

Build and support technology products used in STEM classrooms.

Maintain, secure, and optimise organisational databases.

Diagnose and treat conditions of the foot, ankle, and lower leg.

Monitor clinical trials to ensure safety, quality, and compliance.

Analyse energy markets, usage, and policy to guide decisions.

Study stars, galaxies, and the physical processes that govern the cosmos.

Observe and analyse celestial objects to understand the universe.

Study the origin, structure, and evolution of the universe.

Study planets, moons, and other bodies to understand solar system formation.

Develop new materials with properties tailored for specific applications.

Study the brain and nervous system to understand cognition and disease.

Study perception, memory, and reasoning using experimental and computational methods.

Study how organ systems function in health and disease.

Evaluate securities and markets to guide investment decisions.

Design and oversee construction of infrastructure such as roads, bridges, and buildings.

Design structures that safely withstand loads, wind, and seismic forces.

Study soil and rock behaviour to design safe foundations and earthworks.

Design roads, transit systems, and traffic infrastructure.

Design and integrate spacecraft, satellites, and mission systems.

Design products and systems that fit human capabilities and limitations.

Ensure products meet government regulations before reaching the market.

Design digital and in-person learning experiences for STEM subjects.

Conduct advanced supervised research to build an independent research career.

Design radio-frequency and communication systems, including 5G networks.

Diagnose and treat mental health conditions with therapy and medication.

Design nutrition plans that prevent and manage disease.

Analyse population health data to guide public health programmes.

Protect people from harmful radiation exposure in medical and industrial settings.

Study the effects of chemicals and drugs on living organisms.

Study water movement, quality, and availability across ecosystems.

Design systems for clean water, waste treatment, and pollution control.

Study matter, energy, and the fundamental laws governing the universe.

Study subatomic particles and fundamental forces using large accelerators and detectors.

Study atomic nuclei and nuclear reactions for energy, medicine, and defense applications.

Study the physical properties of solids and liquids, including superconductors and semiconductors.

Study and apply the properties of light for lasers, imaging, and sensing.

Develop and test polymers used in plastics, coatings, and composites.

Study weather patterns to forecast conditions and study climate.

Study long-term climate patterns and the impact of climate change.

Manage and study ecosystems to guide land and resource conservation.

Design electronic circuits, components, and communication equipment.

Design ships, submarines, and other marine vessels and systems.

Design vehicles, powertrains, and automotive safety systems.

Study and improve the properties of metals and alloys.

Design science and math curricula and instructional materials.

Oversee lab operations, safety, equipment, and staff.

Design programmes that engage students and the public with STEM.

Design integrated circuits and chip architectures.

Perform diagnostic imaging exams such as X-rays and CT scans.

Prepare operating rooms and assist surgeons during procedures.

Assess workplaces to prevent injury, illness, and health hazards.

Study the composition and properties of substances and develop new materials.

Identify and quantify chemical components using advanced instrumentation.

Design and synthesise carbon-based compounds for medicines and materials.

Study how matter behaves and reacts at the molecular and atomic level.

Study ocean currents, chemistry, and marine ecosystems.

Study soil composition to guide agriculture, construction, and conservation.

Study bacteria, viruses, and other microorganisms and their effects.

Improve crop yield, safety, and sustainability through research.

Develop and test food products for safety, quality, and nutrition.

Study marine organisms and ocean ecosystems.

Design aircraft, spacecraft, and related systems and components.

Design electronic systems used for aircraft navigation and communication.

Plan and analyse flight tests to validate aircraft performance and safety.

Evaluate and protect intellectual property for scientific and technical inventions.

Translate complex technical work into clear documentation and guides.

Teach and mentor students while conducting original research.

Design and deliver science education experiences for museum visitors.

Design computer chips, boards, and physical computing devices.

Perform lab tests that help physicians diagnose and treat disease.

Maintain and repair the medical equipment hospitals depend on.

Locate and evaluate oil and gas reservoirs using geological data.

Study Earth using seismic, gravity, and magnetic data to understand its structure.

Study Earth materials, processes, and history to inform resource and hazard decisions.

Study earthquakes and seismic waves to assess risk and Earth structure.

Study volcanic activity to understand eruptions and reduce hazard risk.

Study fossils to understand the history of life on Earth.

Study animal behaviour, populations, and habitats.

Study plant biology, ecology, and diversity.

Study insects and their role in ecosystems, agriculture, and disease.

Study production, distribution, and consumption of resources to inform policy.

Design surveys and analyse population trends for research and policy.

Diagnose and treat a broad range of illnesses across primary care.

Provide medical care for infants, children, and adolescents.

Diagnose and treat conditions of teeth, gums, and the mouth.

Design methods to extract minerals safely and efficiently from the earth.

Teach math and science to middle and high school students.

Perform operations to treat injuries, diseases, and deformities.

Manage patient sedation, pain control, and vital functions during procedures.

Interpret medical imaging to diagnose and monitor disease.

Diagnose and treat diseases of the heart and cardiovascular system.

Treat cancer using targeted radiation therapy.

Dispense medication and advise patients and providers on safe use.

Administer radioactive tracers for diagnostic imaging and treatment.

Design methods to extract oil and gas efficiently and safely.

Operate and monitor nuclear reactors that generate electricity.