Chemical Engineering
🔬 Engineering 📅 4 years ⚡ Blended

Chemical Engineering

We train professionals capable of designing, operating, and optimizing Chemical and Biochemical processes with efficiency and environmental respect.

Applied Science and Industry

Train professionals capable of applying the principles of Chemistry, Physics, and Mathematics in the resolution of complex industrial process problems.

Our engineers are prepared to design and optimize Chemical and Biochemical processes in sectors such as petrochemical, pharmaceutical, and food, guaranteeing safety and sustainability.

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Basic Science

Solid knowledge in Chemistry, Physics, and Mathematics as a basis for designing advanced chemical processes.

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Process Design

Capacity to design and optimize equipment and systems maximizing efficiency and product quality.

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Eco-Efficiency

Mastery of industrial and environmental safety regulations for sustainable and safe processes.

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Industrial Innovation

Identification and resolution of complex problems in industries such as petrochemical, pharmaceutical, and food industries.

What will you yield at graduation?

01
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Scientific Analysis

Deep understanding of the structure of matter and chemical kinetics for the development of new materials.

02
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Operational Optimization

Skills to maximize efficiency and minimize costs in industrial Chemical and Biochemical processes.

03
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Multidisciplinary Leadership

Capacity to collaborate with engineers from other areas and lead complex strategic projects.

04
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Global Responsibility

Commitment to industrial safety and the development of sustainable solutions for environmental impact.

Learning Units

A total of 36 subjects that integrate basic sciences, physical chemistry, and specialized laboratories.

1 Linear Algebra ALL 3 cr
2 Differential and Integral Calculus CDI 3 cr
3 Classical Mechanics MCL 4 cr
4 Basic Chemistry QUB 3 cr
5 Science and Society CSO 4 cr
6 Structure of Matter ESM 3 cr
7 Advanced Calculus CAV 4 cr
8 Topics in Electromagnetism and Optics TEO 3 cr
9 Introduction to Physical Chemistry ILF 4 cr
10 Descriptive Chemistry QUD 3 cr
11 History of Science HCI 4 cr
12 Engineering Programming PPI 4 cr
13 Differential Equations ECD 3 cr
14 Numerical Methods MNU 4 cr
15 Physical Chemistry Equilibrium EFI 3 cr
16 Analytical Chemistry QAN 4 cr
17 Entrepreneurial Culture CEM 4 cr
18 Statistics EST 3 cr
19 Project Engineering INP 4 cr
20 Organic Chemistry QOR 3 cr
21 Numerical Methods II MTN 4 cr
22 Chemical Thermodynamics TRQ 3 cr
23 Momentum Transfer TMO 4 cr
24 Economics and Society ECS 4 cr
25 Chemical Science and Catalysis CQC 3 cr
26 Electronics ELC 3 cr
27 Surface Phenomena FDS 4 cr
28 Fluid Engineering IDF 3 cr
29 Chemical Engineering Laboratory LIQ 4 cr
30 Socio-Humanistic Elective TES 3 cr
31 Heat Engineering INC 4 cr
32 Mass Transfer TMA 4 cr
33 Separation Processes PSE 3 cr
34 Process Design DIP 3 cr
35 Biotechnology BIO 3 cr
36 Materials Science CMA 3 cr
36 Subjects
4 years Duration
Blended Modality

Ready to transform matter?

Start your career in Chemical Engineering and contribute to the development of innovative and sustainable industrial solutions.

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