Mechanical Engineering

Mechanical Engineering - Subcultures

Industrial Engineering

in Mechanical Engineering

The study of optimizing time, money, materials, person-hours, machine time, energy and other resources to improve quality and productivity in industrial production enterprises.

Acoustical Engineering

in Mechanical Engineering

The study of the design, analysis and control of sound and vibrations and their application in technology.

Mass Transfer

in Mechanical Engineering

The study of the absorption, evaporation, drying, precipitation, membrane filtration, and distillation of mass from one location to another.

Fluid Mechanics

in Mechanical Engineering

The study of liquids, gases, and plasmas in both a state of rest and the effect of forces on them while in motion.

Optical Engineering

in Mechanical Engineering

The study of the behaviour and properties of light, to create components of optical instruments such as lenses, microscopes, telescopes, lasers, and fiber optic communication components.

Heat Transfer

in Mechanical Engineering

The study of the generation, use, conversion, conduction, convection, radiation, and exchange of thermal energy between physical systems.

Marine Engineering

in Mechanical Engineering

The study of the design, development, operation and maintenance of watercraft propulsion systems, boats, ships, submarines, oilrigs, and any other marine vessel or structure.

Automotive Engineering

in Mechanical Engineering

The study of designing, developing, fabricating, testing, manufacturing and modifying vehicles or vehicle components and their respective subsystems from concept to production.

Nanoengineering

in Mechanical Engineering

The study of engineering at the nanoscopic scale or nanoscale, which is a billionth of a meter, to build structures 1–100 nanometers large.

Aerospace Engineering

in Mechanical Engineering

The study of the design, development, construction, testing, and operation of vehicles operating in the Earth’s atmosphere or in outer space. Also called aeronautical engineering and astronautical engineering.

Continuum Mechanics

in Mechanical Engineering

The study of the mechanical behaviour of solids, liquids and gases modelled as a continuous mass rather than as discrete particles that have cracks and discontinuity visible on a microscopic scale.

Biomedical Engineering

in Mechanical Engineering

The study of applying engineering principles and design concepts to enhancing diagnostic, therapeutic, medical, biological, and healthcare services.

Mechanical Engineering - Data Collection

As a Mechanical Engineer, please Login and provide research data on any of the following topics.

1. Government Agencies.

In preparing the faculties of knowledge to function constitutionally as Arms of Government, please list as many government offices, agencies, ministries, institutions, or parastatals presently in your region you believe fall under the authority, leadership, jurisdiction, legislation, or administration of the faculty of Mechanical Engineering.

2. Licensing Rights.

Products and services are the efforts of multiple faculties working collaboratively. However, in our new economic design, conflicts arise on which faculty should possess the rights of ownership. Example. CELLPHONES - Physics or Electrical Engineering. PLASTICS - Chemistry or Materials Science. PHARMACEUTICALS - Biology or Health Science. List as many services, gadgetries, products, creations, or inventions that mechanical engineers provide or offer presently in your region that you believe fall under the licensing rights of the faculty of Mechanical Engineering.

3. The Future.

The faculty of Mechanical Engineering has just been granted ample funding and unhindered federal powers. Suggest a new idea, course of action, strategy, dream, innovation, or next-generation agency that mechanical engineers could implement, establish, or research and develop towards achieving a utopia in your region.

Mechanical Engineering as a Human Culture