Develop, test, and build fuel cell parts and systems for use in mobile, stationary, and vehicular settings.

Use CAD software to create innovative designs for car frames, motors, transmissions, and other vehicle components.

Plan and execute tests on experimental test devices or equipment to evaluate performance, durability, or efficiency, and provide feedback to engineers on the feasibility of suggested product design improvements.

Develop specifications and instructions for installation of voltage transformers, overhead or underground cables, and related electrical equipment used to conduct electrical energy from transmission lines.

Create practical goods by combining your scientific and technical expertise in areas such as biology, chemistry, and engineering. Find answers to issues concerning the materials, systems, or processes involved in the interaction of living beings, whether they be human, plant, animal, or microbial.

Create drawings and topographical relief maps for use in civil engineering projects like highways, bridges, and public works, or create comprehensive drawings of the architectural and structural characteristics of buildings.

Perform astronomical observation, analysis, and interpretation in order to expand one's understanding of the subject or to solve real-world problems.

Plan, direct, or coordinate architectural and engineering projects or related research and development.

Draw up blueprints and designs for buildings and other structures to scale using the architect's specifications as a guide.

Analyze how and why people behave the way they do. Possible fields of research include anthropology, linguistics, and physical description of peoples from around the world.

Investigate the human remains, artifacts, architectural elements, and structures unearthed by excavation, underwater recovery, or other techniques of discovery in order to piece together a history of previous human life and civilization.

Help in the study, production, and processing of food, fiber, and animals; contribute to animal breeding and nutrition in collaboration with agricultural and food experts.

Engineer aircraft, weapons, and spaceships from concept through construction and testing. Scientists in this field may engage in both theoretical and practical investigations.

Help electronics engineers with tasks like designing electronic systems and instruments or processing digital signals.

Learn about the chemical make-up or physical concepts underlying the electrical and mechanical energy of living cells and creatures, as well as related events.

Monitor the progress of restoration initiatives and assist in the creation of new goods in close conjunction with the field and biology teams. Analyze and make sense of mountains of scientific data to develop workable conservation plans,...

Protect and maximize the value of natural resources like water, air, land, and renewable energy through careful economic analysis. Examine and calculate the repercussions, incentives, costs, and gains...

Applying knowledge of electronic theory and materials properties to the research, design, development, or testing of electronic components and systems for commercial, industrial, military, or scientific use.

Maximize the benefit derived from natural resources while minimizing their impact on the surrounding ecosystem by properly managing, enhancing, and protecting these assets. Soil surveys and plans to prevent or deal with soil erosion in rangelands are possible outcomes of such research.

Create schematics for electrical equipment, such as wire diagrams, circuit board assembly diagrams, and layout drawings.

Assist electromechanical engineers in such activities as computer-based process control, instrumentation, or machine design. May prepare layouts of machinery or equipment and plan the flow of work.

Create schematics, assembly diagrams, wiring diagrams, and layout plans for electronic equipment used in production, assembly, and maintenance.

Highways, bridges, pipelines, flood control projects, and water and sewerage control systems all rely on the designs and topographical and relief maps prepared by civil engineers.

Test or modify developmental or operational electrical machinery or electrical control equipment and circuitry in industrial or commercial plants or laboratories.

Assist electrical engineers in such activities as process control, electrical power distribution, or instrumentation design.

Perform computer-related research, design, development, or testing for commercial, industrial, military, or scientific applications. Can oversee production and setup of computer and related equipment.

Work as theoreticians, designers, and pioneers in the field of computer and information science. Create answers to challenges facing the computer hardware and software industries.

Help mechanical engineers with projects involving the production, distribution, or utilization of mechanical or fluid power. Construct plans for the arrangement of tools and equipment, or map out how production will be carried out.

During the planning, development, and evaluation phases of a building's construction or renovation, energy-related projects and programs are designed, developed, and evaluated to decrease energy costs and increase energy efficiency.

Perform chemical analyses and experiments in laboratories for quality control, process improvement, and/or research and development.

Ship machinery and equipment, such as propulsion machines and power supply systems, are your job to design, develop, and install.

Assist scientists with qualitative and quantitative evaluations of solids, liquids, and gases through chemical and physical laboratory testing for the purpose of developing new goods or processes,...

Produce topographical maps by calculating data from field notes and drawing and checking for accuracy.

Applying the ideas and technologies of chemical engineering, chemical plant engineers design the machinery and develop the procedures used to produce chemicals and goods including gasoline, synthetic rubber, plastics, detergents, cement, paper, and pulp.

Create and implement designs, or integrate industrial machinery, equipment, or computer technology to guarantee efficient production.

Research, design, develop, test, or supervise the manufacturing and installation of electrical equipment, components, or systems for commercial, industrial, military, or scientific use.

Help industrial engineers with tasks like quality assurance, stock management, and developing more efficient ways to move materials throughout a factory. It's possible that you'll do some sort of statistical research or cost analysis for the factory.

Investigate the use of mathematical methods in the natural sciences, business, and other disciplines. Apply mathematical tools to a wide range of problem domains.

Metals, alloys, rubber, ceramics, semiconductors, polymers, and glass are just few of the many natural and manmade or composite materials that are the focus of this field of study.

Plan and develop mechanical equipment such as tools, engines, and machines by performing engineering tasks. Oversee the setup, operation, and maintenance.

Research and develop materials, equipment, and processes for producing materials used in the production of goods with unique design and performance requirements.

Produce or change materials, devices, or systems with a novel molecular or macromolecular composition via nanoscale design implementation. Use sophisticated microscopes to experiment with tiny...

Help scientists in the lab or in the industrial process by operating equipment utilized in the release, control, or exploitation of nuclear energy.

Conceive of, implement, or enhance production infrastructure and methods. Possible duties include collaborating with commercial or industrial designers to improve product designs for mass production and cost efficiency.

Perform tasks at a commercial scale, such as operating manufacturing equipment, to create, test, or alter molecular or macromolecular-based materials, technologies, or systems. Perform tasks with the guidance of engineering staff.

Projects like transportation optimization, network modeling, process and technique analysis, cost containment, capacity enhancement, routing and shipment optimization, and so on all require operational solutions, which you can design or evaluate.

Integrate human work aspects, quality control, inventory management, logistics, material flow, cost analysis, and evaluation into the design, development, testing, and evaluation of industrial production management systems.

Accurately set and use surveying devices like the theodolite and computerized distance-measuring gear, as well as take notes, draw sketches, and input data into computers.

Investigate, evaluate, document, and interpret historical data culled from a variety of sources (including but not limited to archival materials, published works, oral histories, visual documentation, and electronic and moving image media) to build a fuller picture of the past.

Learn about how different parts of the planet are used, and how natural and human-made processes interact with one another. Investigate the terrain features, climates, and other physical characteristics of a location.

Investigate the Earth's physical properties, such as its make-up and structure. May employ geological, physics, and mathematics skills in exploration for oil, gas, minerals, or subsurface water; or in waste disposal.

Help scientists, such as nuclear physicists and engineers, with their research and daily tasks in the lab, during power generation, and throughout energy production. Possibility of conducting nuclear-related operations, maintenance, or quality assurance

Create new biostatistical approaches and apply existing ones to the study of biology and other life sciences.

Help those in the medical and biological fields. Install, operate, and maintain laboratory equipment; oversee experiments; gather data and samples; make and record observations; calculate and record results. May...

Investigate various fields employing bioinformatics theory and methodologies, including but not limited to pharmaceuticals, medical devices, biotechnology, computational biology, proteomics, CIS, biology, and medicine.

Develop, organize, or carry out experiments on feedstocks and processing techniques that could lead to commercially viable alternatives for biofuels and biodiesel in the near future.

Educate the public about the park's history, flora, and fauna by creating and delivering educational programs.

Collect and analyze samples to track the impact of nuclear tests on people, places, and things.

Examine issues related to the safe and secure use of nuclear energy and the disposal of radioactive waste, or conduct research on nuclear engineering projects.

Use x-ray, ultrasound, fiber optic, or other similar devices to check the stability of buildings, vehicles, and ships.

Applying nanoscale physics and electrical, chemical, or biological principles, design, create, or oversee production of materials, devices, or systems with novel molecule or macromolecular composition.

Learn about the structure and function of cells by studying their molecular components and organelles.

Carry out surveying and mapping tasks to collect information useful in construction, mapmaking, border location, mining, and other fields, typically under the supervision of an engineer, surveyor, cartographer, or photogrammetrist.

Conceive, design, or execute a survey. Data interpretation, survey goal setting, and question-wording testing are all things that this role could be responsible for. Included are the social scientists whose main responsibility is to create surveys...

Identify the quality of inputs, intermediates, and outputs through testing. It's possible to run stability tests on samples.

Help sociologists and sociologists with their studies by conducting surveys, lab experiments, and other research methods. Assistance with laboratory analysis, quality control, data management, and publication preparation is possible.

Help researchers in fields including ecology, urban planning, and security by employing remote sensing technology. Possible duties include setting up sensors and flying plans for flights.

Analyze data in fields like natural resource management, urban planning, and homeland security using remote sensing concepts and techniques. Possibility of creating novel sensing apparatuses, analytical methods, etc.

Formulate, manage, or oversee quality assurance initiatives. Develop quality assurance strategies, and keep an eye on the lab and the factory to ensure everything is up to par.

You'll be tasked with undertaking site-specific engineering studies or evaluating energy efficiency and solar projects for residential, commercial, and industrial clients. Create plans for solar-powered home heating and water heating for...

Use geospatial tools like GIS and GPS in farming and ranching for pest scouting and pinpointing exactly where pesticides need to be applied.

Explore the physical world, construct explanations for it based on observation and experiment, and work out practical ways to put physical laws and theories to use.

Investigate how governments came to be, how they evolved, and how they currently function. Perhaps investigate issues like public opinion, political decision-making, and ideological perspectives. Possible to examine governmental systems in terms of their structure and operation...

The development of light-based information and energy technologies, such as lasers and fiber optics.

Determine if and how new or different tool designs are needed to maximize oil and gas extraction and production. Manage the drilling operation and provide expert guidance.

Develop, test, and/or conduct research on automation, intelligence, and smart devices for use in controlling industrial systems.

Study the flow of water below and above ground, as well as its physical characteristics; investigate the nature and amount of precipitation, and how quickly it percolates through the soil and travels between the ground and the atmosphere.

Apply concepts and processes of natural ecosystems to design models for efficient industrial systems. Make the best use possible of natural resources by applying what you've learned in the physical and social sciences.

Scientists that study biology investigate the relationships between organisms and their environments. They conduct studies to learn more about fundamental biological processes, which they then use to improve existing practices and create whole new ones.

Use satellites, GNSS, LIDAR, or other similar technologies to measure broad swaths of Earth's surface.

Plan or manage initiatives to improve access to clean water, manage wastewater and sewage, or lessen the impact of flooding. Gather water resource and regulatory program information and prepare environmental paperwork.

Prepare procedures for machinery or methods to ensure the final product satisfies internal and external standards for cleanliness, security, and quality.

Set up, run, and maintain integrated fuel cell systems for use in mobile, stationary, and mobile applications.

Study the history of humanity, our current state of physical, social, linguistic, and cultural evolution, and our behavior, as well as the societies, institutions, and movements that have shaped our understanding of these topics, in order to inform public policy.

Utilize training in engineering and biology to solve issues in farming related to energy and machinery, electrics, buildings, water and soil conservation, and food processing.

Computer and missile control instrumentation; electron tubes; test equipment; and other electronic components and systems are just some of the things that you'll need to plan out, construct, test, diagnose, repair, and alter.

Draft plans for surface transportation initiatives in accordance with accepted engineering practices and local, regional, state, and national building codes. Craft transportation facility plans, specs, or estimations...

Use electrical and electronic theory and related expertise to design, construct, repair, adjust, and change electrical components, circuits, controllers, and machines for various purposes; this is typically done under the supervision of engineering staff.

Operate, test, maintain, or adjust unmanned, automated, servomechanical, or electromechanical equipment. May operate unmanned submarines, aircraft, or other equipment to observe or record visual information at sites...

Create site requirements and plans for underground or overhead collector systems for a wind farm.

Ships, barges, tugs, dredges, submarines, torpedoes, floats, and buoys are just a few examples of the maritime craft and floating structures that naval architects and shipbuilders plan, design, and oversee the building and repair of.

Construct technical documents, including user guides, supplemental information, and operating and maintenance guidelines for various pieces of equipment. Maybe useful for layout tasks.

Create and run experiments to determine a product's safety, then suggest changes to minimize risks further.

Create and deploy RFID (radio frequency identification device) tracking systems.

Use your understanding of industrial processes, mechanics, chemistry, psychology, and industrial health and safety laws to improve workplace or product safety. Professionals in the field of industrial product safety.

Get down to the ground level and find out what makes a piece of land or a mining site suitable for development. In order to provide a safe, cost-effective, and environmentally friendly operation, the ground support systems, methods, and equipment may be specified.

Investigate or conduct study to find the origins of pollution or other health and safety risks so that they can be reduced or eliminated. Applying insights from several fields of study...

A technologist in engineering is a specialist in a field related to the creation and use of technological systems. Education in engineering technology focuses more on hands-on learning and less on theoretical study than traditional engineering programs.

Robotics engineers are responsible for robotic systems' research, development, prototyping, testing, analysis, and upkeep. Engineers in robotics work to create machines and tools that can perform tasks that humans are more familiar with.

Study the behavior, structure, and development of tiny organisms including bacteria, algae, and fungi.

Applying philosophy, principles, and facts addressing the link between humans and appropriate technology, designers create things, facilities, and settings with the goal of maximizing human well-being and overall system performance.

Microelectromechanical system (MEMS) device study, design, development, and testing.

Investigators in this field study what causes fires, how to prevent them, and what kinds of materials and equipment, like structural components and fire-detection equipment, should be used to protect people and property in businesses.

Provide students with training in areas including construction, mechanics/repair, manufacturing, transportation, and cosmetology that go beyond what a four-year college can offer....

Plan and execute initiatives addressing water resource challenges like availability, quality, and regulation.

Analyze clinical data, spot patterns, and report findings using your understanding of healthcare and database administration.

Create a methodology for analyzing data, or an analytics application, that can take raw data and generate actionable insights utilizing data-oriented programming languages and visualization tools. Use data mining, analytics, etc.

Conduct molecular, organismal, and population-level analyses of inheritance. Potentially able to diagnose and treat patients with genetic diseases.

Data about water's physical, chemical, and biological characteristics, as well as its circulation and distribution patterns, should be gathered and organized. Check the ground water levels and flow rates, and report back to the appropriate authorities.

Social scientists look into things like government, the economy, and families, as well as interpersonal relationships, social dynamics, and human motivations.

Scientists who study non-living things are called "physicists." They study physical properties and energy, emphasizing physics, chemistry, astronomy, and geology. They might find employment in government, commercial industry, or academe.

Create or use mathematical or statistical tools to gather numerical information and turn it into meaningful insights. Possibly focusing on biostatistics, agriculture, or a related topic.

Meteorologists conduct research into weather phenomena and analyze data collected from surface and air stations, satellites, and radar to create reports and forecasts.

Ships, their machinery, and the power and propulsion systems they use are the focus of naval architects, engineers, and other professionals.