In Ohio University’s online Master of Engineering Management degree program, students explore ethical boundaries in courses such as Engineering Law and Foundations of Engineering Management.  Students can also apply these ethical practices to a capstone project that they will complete by choosing a topic from their current workplace.  For more information on this renowned, professional and respected student-centered program, please fill out the form on the right to learn more.

Also, please see below for additional resources on engineering ethics:
Current Codes of Ethics

• National Society of Professional Engineers: Code of ethics for engineers.
• The Engineering Code of Ethics: Principles and canons of engineer code of ethics.
• Software Engineering Code of Ethics: A brief copy of software engineering code of ethics.
• Online Ethics Center: Ethical standard and guidelines for engineering.
• Code of Ethics: Code of ethics for chemical engineers.
• Civil Engineering: Code of ethics for civil engineering.
• Naval Engineers: Code of ethics for Naval engineers by the American Society of Naval Engineers.
• Mechanical Engineers: Code of ethics geared towards all engineers. The American Society of Mechanical Engineers provides interpretation of the codes for mechanical engineers.
• Electrical Engineers: Code of ethics applicable to engineers of all disciplines.
• Chemical Engineers: Code of ethics for chemical engineers.
• Professional Engineers: Code for registered professional engineers.

General Principles

• Ethical Principles: Statement of ethical principles.
• Ethics Principles: The National Institute for Engineering Ethics statement of ethical principles.
• Christianity and Engineering Ethics: Karl Stephan examines combining Christianity and engineering ethics.
• Bribery and Corruption: The paper observes the significance of bribery and corruption in engineering.
• Ethical Aspects Of Bribing: Ethical implications of corruption of engineering in other countries.
• Learning from Failure: Engineering principles that have been learned and adapted from engineering disasters.
• Whistle blowing: Vivian Weil of the Illinois Institute of Technology explores what engineering has learned from the Challenger disaster.
• Principles: The ethics of engineering in business.

Background & History

• History and Ethics of Genetic Engineering: Dr. T.D. Singh provides a concise history behind the ethics of genetic engineering.
• History of Engineering: An in-depth history of engineering from pre-scientific revolution through information revolution.
• American Institute of Electrical Engineers: The American Institute of Electrical Engineers became the forefront for ethical societies in 1884.
• American Institute of Mining Engineers: In 1871 this society was started by 22 mining engineers and now has 127,000 influential engineering members.
• Ashtabula River Railroad Disaster: This railroad disaster in 1876 is one of the many engineering disasters that sparked ethical debates.
• Boston Molasses Disaster: A detailed account of the molasses disaster and the ethical repercussions of the molasses case.
• Quebec City Bridge Collapse: The collapse of the biggest cantilever bridge in the world in 1907 that played a significant part in engineering ethics.
• Tay Bridge Disaster: The 1879 disaster of the iron railway bridge shocked the nation and played a central part in creating ethical implications for engineers.

Current Ethical Issues

• Ethical Issues: This resource examines professional ethics, morality and law in engineering.
• Moral Concepts And Theories: Investigates morality and law in considering ethical dilemmas.
• Ethics and Genetic Engineering: A consultation paper by the Voice Of Irish Concern for the Environment on ethics and genetic engineering.
• Genetic Engineering and Transgenics: A look at ethical issues related to genetic engineering and transgenics.
• Ethical Dilemmas: Explores the problems engineers face in the workplace.
• Reverse Engineering: The ethical implications of reverse engineering.
• Microethics & Macroethics: Joseph Herkert explains how professional engineering can implement microethical and macroethical practices in social ethics.
• Software Engineering: Engineers examines the ethical issues in software engineering.

Case Studies & Key Individuals

• Product Safety Case Studies: Studies of five case scenarios of product safety engineers.
• High Voltage Lines: A discussion case study that explores the numerical problems of electrical energy.
• C-5A Galaxy Case Study: An Air Force case study of the application systems engineering of the C-5.
• Engineering Ethics Cases: Over 30 engineering ethical cases with background, commentary and scenario discussion.
• Goodrich Case: A brief synopsis of the B.F. Goodrich Air Force A7-D Brake Problem Case.
• TV Antenna Collapse: A recap of the TV antenna malfunction manufactured by Antenna Engineering, Inc and the ethical issues presented in the case.
• Space Shuttle Challenger Case: A detailed look at the surroundings of the space Shuttle Challenger case.
• Gilbane Gold: An ethical discussion of the ZCORP manufactures environmental obligation in Gilbane.

Ohio University’s online Master of Engineering Management prepares engineering leaders from any of the diverse engineering disciplines listed below, as well as from other technical degree backgrounds.  This application-focused degree prepares engineers to apply leadership and management capabilities to lead technical teams from a variety of different backgrounds.  For more information, please fill out the form on the right to learn more.

Also, please see below for additional resources several diverse disciplines within the vast field of engineering:

Aerospace Engineering

Aerospace engineering deals mostly with airborne structures and vehicles, such as airplanes and spacecrafts. Aerospace is the general term for the industry, while aeronautical deals specifically with crafts that stay within the Earth’s atmosphere and astronautical deals with crafts that fly outside of the Earth’s atmosphere.

• Resources in Aerospace Engineering: Compilation of books, papers, and websites for aerospace engineers.
• Rocket Scientists: Resources for aerospace engineers and rocket scientists.
• IL Toolkit – Aerospace Engineering: Military resource on publications and organizations for aerospace engineers.
• Paul L. Galvin Library for Aerospace Engineering: Resources from the Illinois Institute of Technology.
• American Institute of Aeronautics and Astronautics: Professional organizations for those in the aerospace industry.
• Journal of Aerospace Engineering: Publication on the latest news and research in the industry.

Chemical Engineering

Chemical engineering involves converting raw chemicals and materials into valuable forms. Nanotechnology and biochemistry fall into the chemical engineering umbrella.

• CheResources: Comprehensive resource site for chemical engineers.
• Internet Resources for Chemical Engineering: links on chemical engineering provides by the University of Delaware.
• Chemical Engineering Resources: a great compilation of journals, societies, and software for chemical engineers.
• Institution of Chemical Engineers: a community for chemical and biochemical engineers.
• Chemical Engineering: Group that provides white papers and hosts conferences in the chemical engineering industry.
• CACHE: A learning community for chemical engineers.
• Societies and Organizations in Chemical Engineering: Listing of national and international organizations.

Civil Engineering

A civil engineer designs and constructs the environment around us, including roads, bridges, dams, and buildings. Civil engineering has many subdivisions, including environmental engineering, construction engineering, and transportation engineering.

• Internet Resources of Civil Engineering Knowledge and Technology: News and job search information for civil engineers.
• Treasure of Civil Engineering Resources: Compilation information and resources on the different aspects of civil engineering.
• Internet Resources for Civil and Environmental Engineering: University of Delaware’s comprehensive collection of resources.
• American Society of Civil Engineers: Professional organization for civil engineers.
• Civil Engineering: Large list of resources on various sects of civil engineering.
• Civil Engineering News: Special section of Science Daily for the industry.
• Civil Engineering Magazine: Publication with the latest research on city and civil engineering.

Electrical Engineering

Electrical engineering encompasses anything dealing with electricity, electromagnetism, and electronics. Fields such as power engineering and computer engineering also fall into this category.

• Internet Resources for Electrical and Computer Engineering: U of Delaware’s offerings for electrical engineers.
• Top 5 Electrical and Computer Engineering Resources: The best research resources as compiled by UCSD Libraries.
• Electrical and Electronics Engineering: Comprehensive database of electrical engineering resources.
• Electrical and Computer Engineering Guide: Drexel’s resource page for electrical engineers.
• BUBL – Electrical Engineering: Nice resource page of links and publications.
• Institute of Electrical and Electronics Engineers: One of the largest technical associations in the world.
• National Association of Radio and Telecommunications Engineers: Professional organization for engineers in telecommunication sectors.
• EE Times: News and research for electrical engineers.
• Engineering by IEEE Spectrum: Flagship magazine for the world’s largest professional technology association.

Mechanical Engineering

Mechanical engineering is one of the oldest engineering disciplines, and deals with mechanics, thermodynamics, and robotics. A mechanical engineer may design machine engines, generate schematics, or oversee the functions of equipment.

• GearHob: Mechanical design engineering resources.
• Internet Resources for Mechanical Engineering: Resources from the University of Delaware for mechanical engineering.
• iCrank: Portal of resources and information for mechanical engineers.
• Nerd Wide Web Mechanical Engineering Resources: Comprehensive list of mechanical engineering links.
• Mechanical Engineering Magazine: Ultimate news resource for the industry.

If you’re looking for a way to show your versatility as an engineering manager in any of these disciplines, the Ohio University online Master of Engineering Management is a great complement to your technical background to set you apart from your peers.  This degree program gives you the tools to develop your managerial background while you use your engineering experience.  Additionally, with an online degree program, you’re able to immediately integrate the competencies you’re gaining from class into your workplace.

For more information on this renowned program, please fill out the form on the right to learn more. Also, please see below for a closer look at the different engineering professionals in the field:

Aerospace Engineers

Engineers in the field of aerospace develop aircraft made to travel both within and outside of the atmosphere of the Earth. This includes coming up with designs, constructing the aircraft and testing the functionality of it. An aerospace engineer deals with sound control, flight-testing and software development. Other areas he may delve into include electronic functioning, dynamics simulations and risk assessments. An aerospace engineer is knowledgeable in many realms of education.

• American Institute of Aeronautics and Astronautics, Inc. Up to date information on new and expanding technology as well as professional development resources.
• Aerospace Corporation A federally funded research center dedicated to the success of the U.S. Governments’ space program.
• The Aerospace and Electronics Systems Society An organization that provides workshops, educational tools and a magazine subscription to its members.

Agricultural Engineers

Agriculture is a complex system of plants, animals, chemical and mechanicals. Agricultural engineers look at the entire situation and provide a solution to a dilemma. This can include implementing a system for efficient crop production. There are opportunities for agricultural engineers to work in management, sales or production. They may also be more involved in the research end of projects. This occupation demands attention to detail and a broad array of knowledge.

• American Society of Agricultural and Biological Engineers The ASABE focuses on the advancement of engineering within the agricultural system.
• International Commission of Agricultural and Biosystems Engineering The mission of CIGR is to assist in the development of the Agricultural Engineering field.

Biomedical Engineers

Engineering is executed in the field of medicine to solve problems. Design techniques are implemented to bring about new and life-saving machinery. Diagnostic equipment is also studied and improved upon. Engineering in this filed even extends to the development of artificial DNA. A person working within this sector of the field may face philosophical controversy from others and they must be prepared for this aspect.

• Biomedical Engineering Society Provides published journals, information and a meeting arena for industry professionals.
• The American Society for Healthcare Engineering of the American Hospital Association The physical environment of the healthcare field is the focus of the ASHE.
• Rehabilitative Engineering and Assistive Technology Society of North America Focusing on the improvement in the engineering of assistive and rehabilitative technology.

Chemical Engineers

Chemical engineers develop products used in many industries. A product, or combination of products, is transformed until it meets the specifications. Adhesives, fuel made from vegetation and synthetic textiles are all the result of chemical engineering. Products are also designed to assist with manufacturing dilemmas. This profession requires a person to have excellent mathematical skills.

• American Institute of Chemical Engineers Information and support for chemical engineers.
• Institution of Chemical Engineers Industry reports, upcoming events and media involving chemical engineering.
• American Chemical Society Provides a networking opportunity as well as an informative venue.

Civil Engineers

The responsibilities of a civil engineer are tremendous. These responsibilities can include making sure a structure will be sound, assessing water pathways and laying out roadways. In any of these circumstances, there is much to think about. Every detail must be looked over to make sure the finished project is safe. Civil engineers may work for private corporations or in public positions, such as that of a city planner.

• American Society of Civil Engineers Advocacy for civil engineers along with career resources.
• Institute of Transportation Engineers Members have access to new developments within the field and the opportunity to participate in awareness programs.

Computer Hardware Engineers

This combined knowledge of electronics and design is what creates the instruments used to control today’s computers. As the industry advance, you can count on technology to continue in growth. Computer hardware engineers work in robotics, artificial intelligence and digital electronics. They may also pursue careers in circuit analysis or programming.

• Association for Computing Machinery Advancements in the computing industry are studied, documented and discussed.
• Computing Research Association The advancement of education within the area of computers is the main focus of the CRA.
• Computer Science and Engineering Society An interactive society that promotes growth through sharing.

Electrical Engineers

Lighting and supplies of power are just some of the areas that involve an electrical engineer. Engineers in this field also work with wiring, power control and even automobiles. The spotlight rests on the power supply itself though usually in relation to power grids or other large-scale electrical supplies.

• Add IEEE.org
• International Association of Engineers The IAENG provides publications dealing with upcoming technology. There are conferences and workshops available through the IAENG as well.
• Association of Energy Engineers Members receive a variety of benefits from journals on electrical engineering to the chance at receiving scholarship awards.

Electronics Engineers

Somewhat different form electrical engineers, electronics engineers focus on smaller scale items. They design and develop everything from digital phones to global positioning systems and other handheld or portable electronics. Engineers also work with televisions, microprocessors and occasionally, computers. Processing signals and working with control systems are two typical occurrences within the field. Circuit testing is regularly performed as well.

• Electronic Components Association Up to the minute information on market research, products trends and more.
• Electronic Industries Alliance The EIA is a wealth of information to engineers practicing in the electronics field.
• American Engineering Association Structure of the AEA enhances the availability of work within the United States.

Environmental Engineers

Environmental engineers strive to make improvements to the environment by using scientific processes to improve upon the state of natural sources. Engineering combined with science provides a medium through which natural elements are transformed into cleaner air, healthier water and less pollution. These principles are carried out in various forms with the focus remaining on overall betterment. Environmental engineers work in the areas of water treatment, land/pollution mitigation and the management of air quality.

• Association of Environmental Engineering and Science Professors The quest of the AEESP is to educate on the subject of environmental impact via science.
• Environmental & Engineering Geophysical Society This non-profit hold an annual meeting and produces a scientific journal, as well as a quarterly newsletter.
• American Academy of Environmental Engineers The AAEE strives to allow applied science and nature to comingle without negative effects.

Health and Safety Engineers

Health and safety engineers organize various aspects of safety polices. This is done in an industrial setting, in most cases. At times, they may work with other agencies to implement these strategies. They must identify a potential problem and then analyze the various outcomes. Once this is completed, they have to find a way to circumvent the issue from arising. Finally, the plan must be tested and implemented.

• The American Society of Safety Engineers
• American Conference of Governmental Industrial Hygienists The ACGIH produces numerous publications featuring updated technical and scientific information.

Industrial Engineers

An industrial engineer is responsible for making sure that things are running as smoothly as possible. They go over production schedules, assess output levels and strategize a means to makes improvements. They watch operations with a close eye and then convey their findings to decision makers within a company. This job requires focus and the ability to look at an overall picture. Industrial engineers are also referred to as manufacturing specialists, engineering managers and production engineers.

• Human Factors and Ergonomics Society The HFES concentrates on using technical engineering to advance ergonomic availability.
• The International Society of Logistics With more than 90 chapters worldwide, SOLE continues with its quest to enhance logistics through various means.
• The Global Association of Productivity & Efficiency Professionals Industrial safety and increased output is promoted through education and training.

Marine Engineers

The job of a marine engineer involves planning, preparation and follow through. One day they may be testing equipment, while another they are drawing a spec sheet. Knowledge of mathematics, design and computing is essential. Time management and critical thinking are very important skills to possess in this position.

• The Society of Naval Architects & Marine Engineers Focused on the advancement of naval architecture while providing a resource of information and education.
• Marine Engineers’ Beneficial Association Keeping members appraised of happenings within the field since 1875.
• Aviation & Marine Engineers Association A unionized associated dedicated to marine and power engineers.

Materials Engineers

Materials engineers have many titles. They are also called test engineers, process engineers, research engineers and materials branch chiefs. Job responsibility includes brainstorming ideas for materials uses and then implementing those ideas. Strategic development is one of the first steps, followed by testing.

• The Materials Information Society Continuously updated information for materials specialists practicing in the field.
• Society for the Advancement of Material and Process Engineering With four locations in Italy, Utah, France and California, the SAMPE provides information as well as a forum for the exchange of ideas.
• The Minerals, Metals & Materials Society A society that encourages member participation among materials engineers.

Mechanical Engineers

Responsible for designing and testing mechanical equipment, these engineers have a detail-oriented job. The ability to read blueprints, fix malfunctions within equipment and coordinate production methods are some of the various tasks that are typical of this occupation. Mechanical engineers work with machinery such as laser Doppler anemometers, cold forming presses and wafer dicing saws. An inclination toward science is a desired trait. Teamwork is also important for someone holding this type of position.

• American Society of Mechanical Engineers The ASME is an important part of the mechanical engineering world. They provide a basis upon which standards in the trade are developed.
• International Association of Mechanical Engineers Members have access to workshops, journals, conferences and seminars.

Nuclear Engineers

This job carries with it the weight of handling nuclear elements in order to utilize energy. Element developing is one of the key facets in this position. Researching, preparing and testing are some of the main tasks of a nuclear engineer. Other titles within this field include resident inspector, critical safety engineer and generation engineer. This position typically requires a bachelor’s degree.

• American Nuclear Society The society was created so that scientists and engineers within the nuclear field would have a platform in which to discuss pertinent information regarding new developments.
• European Nuclear Education Network The ENEN fosters the expanse within the nuclear industry.

Petroleum Engineers

These are the persons behind the scenes in the oil drilling process. They take data in its raw form and analyze things such as cost, production output and equipment operation. This information is then applied to oil drilling, spill recovery and equipment modification processes. Knowledge of chemistry, physics and economics are equally important. Petroleum engineers must also possess complex problem solving abilities.

• Society of Petroleum Engineers A leading resource for technological information within the petroleum industry.
• Petroleum Equipment Institute PEI provides statistics, data and information to members and associates.

What is Civil Engineering?

Civil engineering is a form of engineering that involves the designing, construction, and maintenance of a wide range of man-made structures, which include buildings, roads, bridges, canals, dams, and others. It is known as the second oldest form of engineering, after military engineering. It is practiced on all levels of the society, from municipal and federal levels in the public sector to individual and international commercial projects in the private sector.

Civil engineers often look to advance their bachelor’s degrees with a specialization in the field, and another option is to consider the Ohio University online Master of Engineering Management.  This program is taught by renowned faculty who are recognized experts in their fields, and Ohio University’s Russ College of Engineering and Technology is home to the Russ Prize, one of the top three engineering awards in the world.  For more information how this degree will prepare a civil engineer to become a leader in this field, please fill out the form on the right to learn more.

There are many sub-divisions of civil engineering, ranging from construction engineering to transportation engineering. Each discipline contributes to the society in a certain way, but generally, the purpose of civil engineering is to create functional and efficient structures that are also aesthetically pleasing. Some of the major challenges that are faced by civil engineers include the need for structural soundness, functionality, and conformation to local construction regulations.

• What is Civil Engineering?: A web page that contains extensive information on civil engineering.

• Importance of Civil Engineering: A short article that discusses the importance of civil engineering.

• Introduction to Civil Engineering: Learn the basics of civil engineering from this web page.

• What Do Civil Engineers Do?: List of tasks that are performed by civil engineers.

• Building the Future: Find out the benefits of pursuing a career in civil engineering.

Civil Engineering Career Options

Those who have a civil engineering degree have a wide range of career options to choose from. They can seek employment with municipal, state, or federal departments, and contribute to the construction of public buildings, roads, railways, and other structures. Alternatively, they can also work as project managers in privately-owned real estate and construction companies and build residential and commercial buildings. Some companies also need civil engineers to construct industrial structures.

Other than constructing buildings and structures, civil engineering graduates can also perform tasks such as analyzing and designing buildings, supervising other engineers, and managing complex construction projects. Some civil engineers also choose to go into engineering research or teach engineering in universities and colleges. Accomplished engineers can also start their own engineering consultancy businesses.

• Civil Engineer Job Info: Description of the typical responsibilities of a civil engineer.

• Civil Engineer Career: Document that discusses the various career options that are available to civil engineers.

• Why Study Civil Engineering?: This web page explains why civil engineering is such a lucrative career.

• Getting a Civil Engineering Degree: Comprehensive information on the career prospects of a civil engineering degree holder.

• Civil Engineer Career Outlook: Career profile and employment outlook for civil engineers.

Disciplines within Civil Engineering

• Construction Engineering: This form of engineering involves the planning and execution of various kinds of construction projects, ranging from site development to transportation.
• Structural Engineering: A branch of engineering that deals with the structural analysis and design of construction projects to ensure that a certain structure is safe and functional.
• Coastal Engineering: Coastal engineering involves the construction of structures that are located along the coast. Some of the projects that are managed by coastal engineers include land reclamation, flood and erosion control, and coastal defense.
• Transportation Engineering: Transportation engineering enables the efficient and safe movement of people and goods from one place to another through the designing, construction, and maintenance of structures such as roads, highways, railways, canals, airports, mass transit systems, and others.
• Environmental Engineering: Environmental engineering works towards the betterment of environment, and it involves the purification of air and water, treatment of chemical and biological wastes, and rectification of contaminated sites.
• Surveying: Surveying is a process of engineering that provides measurements of sizes and positions of construction projects, as well as angular deviation and slope distances.

Resources for Civil Engineers

• American Society of Civil Engineers: Official website of the American Society of Civil Engineers.

• Civil Engineering Information Center: A website that provides lots of useful information for civil engineers.

• Civil Engineering News: The ultimate civil engineering news website.

• ICE Bookshop: A bookshop that specializes in civil engineering publications.

• Civil Engineering Resources: Collection of links to civil engineering-related websites.

Mechanical engineers often look to advance by specializing with a master’s degree, and a great option to advance as a leader is to pursue the Ohio University online Master of Engineering Management.  This program prepares students to lead technical teams by studying topics such as probabilistic systems analysis, Six Sigma, information systems, project management, engineering writing, and managerial decision making analysis.

For more information how this degree will prepare a mechanical engineer to become a leader in this field, please fill out the form on the right to learn more. Below you will find a resource guide to mechanical engineering.

Various Mechanical Engineering Disciplines

Composites

• Composites and Materials
• Engineering Composites Mechanical Properties
• Composite Materials & Engineering

Drafting

• Drafters Occupational Outlook Handbook
• Major in Drafting and Design Technology
• What Is Drafting or Technical Drawing

Finite Element Analysis

• Introduction to Finite Element Analysis
• What Is Finite Element Analysis
• Overview of Finite Element Analysis

Kinematics

• Mechanics and Kinematics
• Overview of Kinematics
• Kinematic Equations & Problem Solving

Mechatronics

• What is Mechatronics
• Mechatronics Development
• Mechatronics Engineering

Nanotechnology

• The Meaning of Nanotechnology
• What is Nanotechnology
• Nanotechnology and Nanoscale

Structural Analysis

• Advantages and Disadvantages
• Structural Testing and Analysis
• FEA Structural Engineering Software

Thermodynamics

• What is Thermodynamics
• Applied Thermodynamics
• Laws of Thermodynamics

Professional Organizations

• American Society of Mechanical Engineers
• International Association of Mechanical Engineers
• Society of Automotive Engineers
• Junior Engineering Technical Society
• National Association of Power Engineers

Career Resources

• Jobs for Mechanical Engineers
• Majors in Mechanical Engineering
• Mechanical Engineer Job Description
• Career Opportunities for Mechanical Engineers
• Mechanical Engineer Jobs