Engineering Foundation

Engineering Foundation

1. Engineers shape our world

   • they imagine our houses, transport, roads, bridges, entertainment - and even our clothes, foods, and medicines

2. in the year your will study

   • Mathematics
   • Physics
   • Communication
   • Materials
   • Desing and manofacture

3. the course will help you develop:

   • an understanding of basic engineering principles.
   • the numerical and mathematical skills you will need in the frist year of an engineering degree course.
   • study, research and presentation skill, including the ability to manage your time, undertake self-directed study, and communicate clearly

4. towards the end of the course you can choose one of the branches of the engineering

   • aerospace engineering
     • consists of the application of technology to the design, construction or manufacture and the use of devices capable of flying or airborne mainly aircraft or aircraft, missiles and space equipment and in the technical and scientific aspects of air navigation and the instruments of which serves this one
   • electrical engineering
     • he deals with the study and application of electricity, electronics and electromagnetism. Apply knowledge of science such as physics and mathematics to design systems and equipment that allow generating, transporting, distributing and using electrical energy.
   • architecture engineering
     • He is responsible for projecting, designing, directing the construction and maintenance of buildings, urbanizations, cities and structures of various types. His art is based on reflecting on the concepts of living under social needs.
   • chemical engineering
     • is responsible for the design, maintenance, evaluation, optimization, simulation, planning, construction and operation of all kinds of elements in the process industry, which is related to the production of compounds and products whose development requires sophisticated physical and chemical transformations the matter
   • civil engineering
     • is the discipline of professional engineering that uses calculation skills, hydraulic and physical mechanics to take charge of the design, construction and maintenance of the infrastructure located in the environment, including roads, railways, bridges, canals, dams, ports, airports and other related constructions.