engineering Physics

Career objectives

 

Contribute to national development by delivering greater technological independence.

 

 

 

Professional Profile

 

Professional with theoretical knowledge of physics and a sense of concrete application in technology and the scientific field relating to the business world.

 

Solves complex problems in various areas of engineering and addresses challenges that require innovation. His work includes, astronomical, geophysical * * biotechnology, trade, production areas, medical etc.

 

You can undertake postgraduate specialization in any field of physics and in various areas of engineering.

Occupational Field

 

Industries (production departments, departments, research and development, quality control departments).

Mining.

Astronomical Observatories.

Industries (industrial development departments).

Government Institutions (in areas of certification, environmental impact, project evaluation and management of funds for science and technology).

In Public Bodies (associated with the generation of government policy towards science and technology and their allocation of resources).

Hospitals.

Business Services (patents, insurance).

Commercial companies (companies marketing instrumentation scientific and technical).

Financial Institutions (* technical feasibility study of economic and financial projects.)

Universities.

Research Institutes of Science and Technology.

Private company (in the event of new scientific or technological business and new product development).

Consultants (firms, industries and hospitals in the areas of electronics, computing, manufacturing, environmental engineering, biotechnology and optics, materials processing industry, cement industry, glass industry, metallurgical industry, oil industry, etc.).

Approximate duration of the study years

5 years

Main subjects covered in the curriculum

 

Basic training courses

 

* Analytic Geometry

* Linear Algebra

* Differential Equations

* Calculation (3 semesters)

* Statistics and Probability

* Chemistry

FIRST HALF

Differential calculus

Higher Algebra

Classical Mechanics

History of Philosophical Thought

Design and Analysis of Experiments

SECOND HALF

Integral Calculus

Linear Algebra

Electrostatics

General Systems Theory

Structured Programming

THIRD SEMESTER

Vector Calculus

Discrete Mathematics

Electrodynamics

Ordinary Differential Equations

Electronic Instrumentation

FOURTH SEMESTER

Probability and Statistics

Thermodynamics

Wave Physics

Complex Variable

Analysis of Electric Circuits

FIFTH SEMESTER

Analysis of Stochastic Processes

Mathematical Methods for Physics I

Analog Electronics

Modern Physics

Metrology and Transducers

SIXTH SEMESTER

Numerical Analysis

Mathematical Methods for Physics II

Analytical Mechanics

Quantum Mechanics I

Inorganic Chemistry

SEVENTH SEMESTER

Finite Element

Fluid Mechanics

Electromagnetic Theory

Quantum Mechanics II

Organic Chemistry

EIGHTH SEMESTER

Signal Processing

Statistical Physics

Heat Transfer

Solid State Physics

System Dynamics

NINTH SEMESTER

Formulation and Evaluation of Projects

Thesis Seminar I

Geometrical Optics

Materials Science

TENTH SEMESTER

Energy and Environment

Thesis Seminar II

Fundamentals of Photonics

Alternative Energy

GENERAL INFORMATION

During the race, the student must pass a test of reading comprehension in a modern foreign language chosen by the Faculty from the following: English, French, German, Italian and Portuguese

engineering physics is costing more than 5,000,000

National University of Colombia (Manizales, Medellin)

University EAFIT

Technological University of Pereira

Universidad del Cauca