UNDERGRADUATE
Physics
ABOUT THE
Program
Physics, as one of the basic sciences, is considered a priority factor for contributing to the progress of humanity. Since its inception, the undergraduate program in Physics at the UIS (1985) has contributed to the development of the country through the preparation of professionals in the area of physics who have stood out for their work performance and their participation in research projects in universities both in the country and abroad.
The program bases its proposal on the comprehensive training of students who acquire computational, communicative, and experimental skills, which are necessary for their occupational performance in the different areas of application of the profession.
The program bases its proposal on the comprehensive training of students, who acquire computational, communicative and experimental skills, which are necessary for their occupational performance in the different areas of application of the profession.
Bucaramanga, Santander: SNIES 705 | Qualified Registration: Resolution of the Ministry of National Education (MEN) No. 021318 dated November 11, 2020, with a validity of 8 years.
Degree:
Physicist
duration:
9 Semesters
Modality:
On-site
Campus:
Central Campus Bucaramanga
- Applicant Profile
- Graduate Profile
- Our Accreditations
APPLICANT
Profile
.
The applicant to study in the Physics undergraduate program must have:
A natural interest in understanding the fundamental principles of the laws of nature.
Abilities and aptitudes towards mathematics, since this is the language in which Physics is developed.
Manual skills and abilities that facilitate experimental work, as an essential basis in the work of the Physicist (in case of choosing an experimental area of Physics).
Interest, imagination, and creativity to relate their knowledge with technological innovations.
GRADUATE
Profile
.
The physics graduated from the Universidad Industrial de Santander (UIS) is trained to:
Interpret and mathematically express models of basic physics.
Manage digital tools to solve numerical physics problems.
Analyze the evolution of the concepts of physics.
Recreate phenomena of fundamental physics and electronic instrumentation based on cutting-edge technology.
On the other hand, they show readiness for teamwork and acts with professional ethics, expressing social awareness, solidarity, justice, and respect for the environment.
OUR
Accreditations
.
High Quality Accreditation: Resolution No. 021318 dated November 11, 2020 of the Ministry of National Education (MEN), with a validity of eight years.
More information: click here
All about
our
program
ACADEMIC
Curriculum
- 1°
- 2°
- 3°
- 4°
- 5°
- 6°
- 7°
- 8°
- 9°
- Electives
.
Code: 22979 Credits: 4 – Linear Algebra I
Code: 25401 Credits: 6 – Differential Calculus Fundamentals
Code: 29301 Credits: 2 – Introduction to Physics
Code: 29302 Credits: 1 – Introduction to Computational Tools of Physics
Code: 23423 Credits: 1 – University Life and Culture
Code: 23424 Credits: 4 – English I
.
Code: 23272 Credits: 4 – Linear Algebra II
Code: 20253 Credits: 4 – Calculus II
Code: 29303 Credits: 3 – Physics I
Code: 28546 Credits: 3 – Reading University Academic Texts
Code: 23425 Credits: 4 – English II
.
Code: 20254 Credits: 4 – Calculus III
Code: 29447 Credits: 3 – Physics II
Code: 29448 Credits: 3 – Physics III
Code: 29449 Credits: 4 – Chemistry
Code: 29450 Credits: 2 – Physics Laboratory I
.
Code: 20255 Credits: 4 – Differential Equations
Code: 29451 Credits: 3 – High-Performance Computing Algorithms and Architectures
Code: 29452 Credits: 3 – Physics IV
Code: 29453 Credits: 2 – Physics Laboratory II
Code: 29454 Credits: 3 – Mathematical Methods for Physicists I
Code: 26163 Credits: 2 – Political Constitution
.
Code: 29456 Credits: 3 – Mathematical Methods for Physicists II
Code: 25444 Credits: 5 – Classic Mechanics
Code: 29457 Credits: 3 – Topics in Contemporary Physics
Code: 29458 Credits: 2 – Physics Laboratory III
Code: 25437 Credits: 4 – General Biology
.
Code: 29459 Credits: 5 – Quantum Mechanics
Code: 29460 Credits: 3 – Thermodynamics
Code: 29461 Credits: 5 – Electromagnetic Theory
Code: 29471 Credits: 1 – Experiment Design
Code: 29463 Credits: 3 – Computational Applications to Physical Problems
.
Code: 29464 Credits: 3 – Special Relativity
Code: 29465 Credits: 3 – Theory of Light
Code: 29473 Credits: 3 – Statistical Physics
Code: 29474 Credits: 2 – Electronic Instrumentation
Code: 29475 Credits: 1 – Scientific Challenges
Code: 22109 Credits: 3 – Ethics
Code: Credits: 3 -Elective I
.
Code: 29476 Credits: 3 – Solid State
Code: 29477 Credits: 2 – Advanced Laboratory I
Code: 29478 Credits: 3 – Atomic and Subatomic Physics
Code: 29479 Credits: 1 – Final Undergraduate Thesis I
Code: Credits: 3 – Professional Elective I
Code: Credits: 3 – Elective II
.
Code: 29480 Credits: 5 – Final Undergraduate Thesis II
Code: Credits: 3 – Professional Elective II
Code: Credits: 3 – Professional Elective III
Code: 29481 Credits: 2 – Advanced Laboratory II
.
Code: 29472 Credits: 4 – Nanoscience and Nanotechnology for All
Code: 29483 Credits: 4 – Electrical Properties of Two Fabrics
Code: 29483 Credits: 4 – Theoretical and Experimental Topics in Condensed Matter
Code: 25456 Credits: 3 – Semiconductor Topics
Code: 25457 Credits: 3 – Coherent Optics Processing
Code: 25458 Credits: 3 – Optical Metrology
Code: 25459 Credits: 3 – Plasma Physics
Code: 25461 Credits: 3 – Introduction to Relativity Theory
Code: 25462 Credits: 3 – Atomic Spectroscopy
Code: 25463 Credits: 3 – Molecular Spectroscopy
Code: 25464 Credits: 3 – Laser Spectroscopy
Code: 25465 Credits: 3 – Classroom Research
Code: 29482 Credits: 4 – Introduction to Materials Science Modeling and Simulation
Code: 25466 Credits: 3 – Teaching and Learning Strategies
Code: 29374 Credits: 4 – Electrical Properties of Fabrics
Code: 25468 Credits: 3 – Gas Discharge Physics
Code: 25967 Credits: 4 – Introduction to Cosmology
Code: 25968 Credits: 4 – Astrophysics I
Code: 25969 Credits: 4 – Astrophysic II
Code: 25970 Credits: 4 – Computational Physics
Code: 25972 Credits: 4 – Introduction to Computational Plasma Physics
Code: 25973 Credits: 4 – Introduction to Time-Frequency Representation of Signals
Code: 25974 Credits: 4 – Low Dimensional Systems
Code: 25971 Credits: 4 – Plasma Waves
Code: 27979 Credits: 4 – Geophysics Fundamentals I
Code: 27980 Credits: 3 – Geophysics Fundamentals II
Code: 27983 Credits: 5 – Introduction to Seismology
Start your registration here!
Bucaramanga
OUR
Faculty
Our
reach
Students
*Second semester
2023 data
Alumni
*Data taken until
september 2023
RESEARCH GROUPS AND
Hotbeds
DO YOU WANT MORE INFORMATION?
Contact Us
School of Physics
Telephone: +57 (607) 634 4000
Extension: 2286
+57 (607) 632 3477
E-mail: fisj@uis.edu.co
UIS Central Campus
Bucaramanga, Santander
Carrera 27 calle 9
Laboratorios Livianos building, third floor, office 325
Office hours:
Monday to Friday
7:00 a.m. – 12:00 m.
2:00 p.m. – 5:00 p.m.