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ENGINEER meaning: 1. a person whose job is to design or build machines, engines, or electrical equipment, or things…. Learn more. 1. a person whose job is to design or build machines, engines, or electrical…The engineer is coming to repair our phone tomorrow morning.As an engineer, he was a disaster.He started his working life as an engineer but later became a teacher.
Join the Institution of Civil Engineers (ICE) and be part of a global network of members dedicated to improving lives through innovative engineering solutions. Discover how the Canal & River Trust, Arup, and Kier are restoring Toddbrook Reservoir after its 2019 spillway failure, with innovative engineering, advanced monitoring, and complex flood and safety measures to protect the UK’s canal network for the future.With 97,000 members worldwide, the ICE exists to improve lives by ensuring the world has the engineering capacity and infrastructure systems it needs to enable our planet and our people to thrive.If you want to know more about civil engineering, then you're in the right place.Explore our civil engineering knowledge from the latest news and blogs to case studies and recorded lectures.
Discover what does an engineer do and look at some responsibilities for each of the six branches of engineering like mechanical, civil and electrical. Engineers use specialised skills and knowledge to help build and maintain machines and structures that may help businesses operate more efficiently and aid in one's daily life. Their job duties can vary based on the specific field and responsibilities, like calculating measurements for bridges or combining elements for medicine.An engineer is a science professional who uses math, technology and different branches of science to solve problems. They use skills like research and design to create opportunities for businesses, individuals and other institutions to improve processes and to ensure the safety and compliance of existing solutions.Mechanical engineers combine physics and mathematics to design, develop, build and test machines and other mechanical equipment. Some subdivisions include mechanics, thermodynamics and robotics. Mechanical engineers might create or design smaller parts of larger machines or focus on larger machines like automobiles and space shuttles.Chemical engineers work with raw materials and convert them into other materials. They might design the processes needed to produce and transport certain materials. Materials might include food, drugs, fuel or other materials that other engineers might use.
An engineer is a practitioner of engineering. The word engineer (Latin ingeniator, the origin of the Ir. in the title of engineer in countries like Belgium, The Netherlands, and Indonesia) is derived from the Latin words ingeniare ("to contrive, devise") and ingenium ("cleverness"). The ... The foundational qualifications of a licensed professional engineer typically include a four-year bachelor's degree in an engineering discipline, or in some jurisdictions, a master's degree in an engineering discipline plus four to six years of peer-reviewed professional practice (culminating in a project report or thesis) and passage of engineering board examinations.He/she is able to assume personal responsibility for the development and application of engineering science and knowledge, notably in research, design, construction, manufacturing, superintending, managing, and in the education of the engineer. His/her work is predominantly intellectual and varied and not of a routine mental or physical character.His/her education will have been such as to make him/her capable of closely and continuously following progress in his/her branch of engineering science by consulting newly published works on a worldwide basis, assimilating such information, and applying it independently.His/her education and training will have been such that he/she will have acquired a broad and general appreciation of the engineering sciences as well as thorough insight into the special features of his/her own branch.
Learn about the key differences between engineers and engineering managers, with the salary and job outlook provided for both of these career opportunities. If you're a professional engineer who's interested in advancing to a managerial position, you might want to learn about the main differences between these careers. Engineers and engineering managers often have very similar backgrounds and skills, but their daily responsibilities can be quite different.Engineers and engineering managers have similar educations and work in the same fields, but engineers spend most of their time working directly on projects, while engineering managers oversee a team of engineers and may manage several projects at the same time.Engineers across all industries make an average of $79,840 a year, and the average salary for an engineering manager is $149,530 a year, but this can differ for managers, depending on their industry and experience.Engineers work in a variety of different industries, but their duties typically involve using advanced calculations or simulations to model complex systems or structures. Depending on their field of expertise, engineers might spend most of their day on the computer or experimenting in a lab.
Principal Engineer II – Software Hughes Network Systems LLC seeks a Principal Engineer II – Software in Germantown, MD. Design, develop, test, document and analyze modules or features of new or upgraded software systems, applications and new products. Develop and execute implementation ... Principal Engineer II – Software Hughes Network Systems LLC seeks a Principal Engineer II – Software in Germantown, MD. Design, develop, test, document and analyze modules or features of new or upgraded software systems, applications and new products. Develop and execute implementation according to project plans and priorities.Participate in the full lifecycle of software development. Requires: Bachelor's degree (or foreign equivalent) in Computer Science, Information Technology, Electronic Engineering, or a closely related technical field plus 10 years of experience in job offered or Computer Systems Analyst or similar roles.Senior Security Engineer. Digital Management LLC. McLean VA w/ relocation to unanticipated proj sites in the U.S.
Engineers solve all sorts of problems, and one of their most important tools is their own creativity. As practitioners of engineering, engineering professionals deal with complex systems, structures, devices, and materials to fulfill functional requirements while also considering the limitations imposed by regulation, safety, cost, and more.As a problem-solver, every potential answer an engineer devises must be weighed against the realities of the physical world and other concerns such as public safety, a client's requirements, regulations, available materials, and a finite budget.There is never just one way to solve an engineering design challenge; there is no single, "right" answer to a problem. Engineers must accept a degree of uncertainty regarding a solution's endpoint, and creativity helps here, too.Cholera is a major health problem in African villages. Engineers devise a water filtration system that not only stops the spread of the disease but is cheap and easy to use, and can be implemented in a culturally sensitive manner.
In this article, we list 20 types of engineering careers, share the average salary for each position, and explore some of their typical job duties. Engineers design and develop new products, services, processes, and technologies and can apply their technical knowledge and skills in various industries, including travel, manufacturing, construction, and computer science. This makes it an exciting field to pursue, as many engineering careers are available.National average salary: $79,438 per yearPrimary duties: Chemical engineers develop solutions to improve the production of fuel, food, chemicals, medications, and other products. They often work for large manufacturers to develop safety procedures and ensure compliance with environmental regulations.National average salary: $71,092 per yearPrimary duties: Traffic engineers analyze roadways and intersections to identify traffic patterns and develop effective transportation routes. They may design freeways, roads, sidewalks, and other forms of ground transportation.National average salary: $88,690 per yearPrimary duties: An aeronautical engineer designs and maintains travel vehicles and machines, such as helicopters, spacecraft, and airplane missiles. They apply their advanced knowledge of technology, aviation, and flight mechanics to develop machines for space exploration, travel, and defence.
Learn what engineers do and explore the 14 pros and cons of being an engineer to help you determine whether the position aligns with your professional goals. Engineers use their skills and knowledge to solve problems and create important structures, machines and processes. Learning the pros and cons of working in this field can help you determine if it's the right career for you. It can also help you develop the necessary skills for success in this position.An engineer is a professional who designs, creates and tests structures, machines, systems or processes. A variety of industries employ engineers, meaning that engineers use these skills to complete a wide range of projects.As an engineer, you have the opportunity to apply your skills to a number of fields, such as electrical or petroleum engineering. While some industries may require engineers to obtain additional education or training, you can use your fundamental engineering knowledge to prepare you for a variety of roles.Engineers can work in offices or in the field. Depending on your preferences, you could choose an engineering role in a typical office setting or one that offers more time at project sites. You may also select a role that offers a combination of both.
If you are considering a career as an engineer, obtaining professional licensure will significantly enhance how you are viewed within the industry and by your peers, broaden your employment opportunities, and establish you as an authority within your profession. As a licensed Professional Engineer, you are able to sign and seal engineering documents, qualify an engineering business, perform consulting services, bid for government contracts, and offer engineering services to the public under your own name.The Fundamentals of Engineering (FE) exam is typically the first step in the process to becoming a licensed Professional Engineer. It is designed for applicants who are in their final year of earning an undergraduate engineering or engineering technology degree, or soon after graduation.The FE exam is a six-hour session and is offered as seven discipline-specific, stand-alone versions. Each version of the exam contains the core engineering content relevant to that engineering discipline, plus appropriate discipline-specific content.Licensure is the highest standard of competence within the engineering industry and is a symbol of achievement and dedication to the health and safety of the public.
Explore Interesting Engineering for cutting-edge articles, news, and insights on technology, innovation, and the future of engineering worldwide. Engineered with human cells, these microfluidic systems offer precise and ethically sound alternatives to animal models in drug testing.With nearly all compute energy lost as heat, engineers are turning to adiabatic switching and reversible logic to redesign AI hardware.Loading engineers...Stay up-to-date on engineering, tech, space, and science news with The Blueprint.
Overall employment in architecture and engineering occupations is projected to grow faster than the average for all occupations from 2023 to 2033.
What types of Engineering are there? What do they do? Read about the various types of engineering careers and outlooks. Are you an analytical problem-solver with sharp critical thinking skills, a curiosity about what makes things work, and a passion for innovation? If the answer is yes, you might be interested in a career in engineering, a diverse, dynamic field that challenges teams and individuals to develop safer, faster, and better solutions to some of our world’s most urgent challenges.If that sounds confusing, don’t worry: that’s why we created this handy guide, which will help you compare more than a dozen different types of engineering fields. We’ll cover key points you need to know, including salary expectations, educational requirements, and more.If you’ve ever thought about pursuing a career as an engineer or, if you’re an experienced engineer who wants to advance their career even further, continue reading to learn more about some of the most popular options, along with a few of the engineering degree programs that are available at National University.For reasons you’ll see in just a few moments, it’s difficult to answer the question “What is an engineer?” without also asking another question: “What type of engineer do you mean?” For example, an electrical engineer will have different tasks, responsibilities, and qualifications than a civil engineer, comparisons that are described in detail below.
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A step-by-step guide to becoming one of 16 different types of engineers is provided here, including details on education and certification. From aqueducts to microchips, and automobiles to genetically-specific medicines, engineers shape our world and change the common perception of what’s possible. Engineering is divided into various sub-disciplines covering an enormous spectrum of industries and materials.For how much the world relies upon them, it should be no surprise that engineers have one of the highest median salaries in the US, listed at $97,310 per year in 2025, according to the Bureau of Labor Statistics. But the demand for some sub-disciplines is much higher than others.Each engineering sub-discipline follows its career path, with its own set of coursework, licenses, and certification exams. However, there are also some core similarities in the career paths of all engineers.After graduating from high school, prospective engineers may earn a bachelor’s degree from a school accredited by the Accreditation Board of Engineering and Technology (ABET). ABET employs over 2,200 engineering experts from the public and private sectors to evaluate key factors in an engineering program and ensure that they’re up to industry standards.
To become licensed, engineers must complete a four-year college degree, work under a Professional Engineer for at least four years, pass two intensive competency exams and earn a license from their state's licensure board. Then, to retain their licenses, PEs must continually maintain and improve ... To become licensed, engineers must complete a four-year college degree, work under a Professional Engineer for at least four years, pass two intensive competency exams and earn a license from their state's licensure board. Then, to retain their licenses, PEs must continually maintain and improve their skills throughout their careers.To become licensed, engineers must complete a four-year college degree, work under a Professional Engineer for at least four years, pass two intensive competency exams and receive a license from their state's licensure board.Now every state regulates the practice of engineering to ensure public safety by granting only Professional Engineers (PEs) the authority to sign and seal engineering plans and offer their services to the public.A PE is an engineering professional who has earned a license to practice engineering.
Federal data peels back the curtain on how much Meta pays for top talent. Meta may be spending hundreds of millions of dollars to lure top AI talent from rivals. But how much is it paying its broader workforce of software engineers, product managers, and user experience researchers?Federal filings disclose Meta's wage ranges for researchers, engineers, and other workers.The highest-paid research engineer at Meta makes up to $440,000 in base salary.Software engineers at Meta can make up to $480,000. Machine learning roles go as high as $440,000.
ContentsWhat is the career path for an engineer?Career Path for an Engineer: Exploring the Possibilities1. Educational Foundation:2. Entry-Level Positions:3. Specialization:4. Professional Development:5. Mid-Level Positions:6. Leadership Roles:7. Consultancy or Entrepreneurship:8. Continued ... ContentsWhat is the career path for an engineer?Career Path for an Engineer: Exploring the Possibilities1. Educational Foundation:2. Entry-Level Positions:3. Specialization:4. Professional Development:5. Mid-Level Positions:6. Leadership Roles:7. Consultancy or Entrepreneurship:8. Continued Growth and Contribution:Frequently Asked Questions about the Engineering Career PathQ1: What are the key qualities required to excel as an engineer?Q2: How long does it …Engineering is a vast field that encompasses numerous disciplines and offers a wide array of career possibilities. From designing innovative structures to creating cutting-edge technologies, engineers play a pivotal role in shaping the world we live in. If you are considering a career in engineering, it is essential to understand the various paths you can take to achieve success.As engineering is a broad discipline, professionals often choose to specialize in a specific branch. This could include civil engineering, mechanical engineering, electrical engineering, software engineering, aerospace engineering, and many others.To stay abreast of the constantly evolving field, engineers must engage in continuous professional development. This involves attending workshops, conferences, and seminars, earning certifications, and pursuing advanced degrees.
Examine what an engineer does, read a step-by-step guide on how to become an engineer and review a list of different types of engineering roles to consider. Engineering is a broad career field with many specialisations across various industries. Engineers play a crucial role in improving standards of living and advancing business processes by creating sustainable technology-based solutions to problems. If you are thinking about entering this profession, you may benefit from exploring a list of steps to become one.An engineer is an individual who applies scientific and mathematical principles to design, develop and improve various types of systems, products and processes. They use their expertise to solve complex problems and create innovative solutions that benefit businesses and society.They use their technical knowledge and skills to research, develop, test and analyse various systems and processes, often resulting in new or improved materials and products.As an engineer, you may work on projects that range from building infrastructure, such as bridges, highways and airports, to developing unique technological solutions in emerging domains, such as artificial intelligence, robotics and renewable energy.Consider which branches of engineering you want to specialise in, such as mechanical, electrical, civil, computer science or aerospace engineering, and research the career prospects of each discipline. Investigate each area to gain a basic understanding of what it involves and what kind of work you might be doing in each.
The meaning of ENGINEER is a member of a military group devoted to engineering work. How to use engineer in a sentence. Synonym Discussion of Engineer. a member of a military group devoted to engineering work; a crafty schemer : plotter; a designer or builder of engines… See the full definitionNoun Design engineers are working on ways to make the cars run more efficiently. The engineer stopped the train. Army engineers were called in to construct the canal. Verb The rebels engineered a successful attack.Noun Harwood served as a firefighter in the Kootenai County Fire and Rescue for 17 years and was a veteran combat engineer of the Army National Guard. —Miranda Jeyaretnam, Time, 1 July 2025 Someone in finance might need training on wire fraud tactics, while an engineer may need guidance on secure coding or software supply chain risks.Verb Each pop-up event is meticulously engineered to provide not only memorable consumer experiences but also gather crucial data, enabling Kizik to better understand market readiness for future investments. —Brin Snelling, Forbes.com, 30 June 2025 The robotic arms are similar to those used in automotive manufacturing, engineered for speed, precision, and reliability.
