“Baccalaureate is the bridge to your future: every effort, every lesson, and every challenge brings you closer to your dreams.
Believe in yourself, work with passion, and you will achieve everything you set your mind to!” 🚀📚✨
1.º Baccalaureate
Mathematics I (Scientific and Technological Stream)
🔷 Problem Solving
Arithmetic and Algebra
🔷 Real Numbers
🔷 Algebra
Trigonometry and Complex Numbers
🔷 Triangle Solving
🔷 Trigonometric Formulas and Functions
🔷 Complex Numbers
Geometry
🔷 Vectors
🔷 Analytic Geometry
🔷 Loci and Conic Sections
Calculus
🔷 Elementary Functions
🔷 Limits of Functions, Continuity, and Asymptotic Behavior
🔷 Derivatives
Statistics, Combinatorics, and Probability
🔷 Bivariate Distributions
🔷 Combinatorics and Probability
Applied Mathematics to Social Sciences I
🔷 Problem Solving
Arithmetic and Algebra
🔷 Real Numbers
🔷 Commercial Arithmetic
🔷 Algebra
Calculus
🔷 Functions I
🔷 Functions II
🔷 Limits of Functions, Continuity, and Asymptotic Behavior
🔷 Derivatives
Statistics, Combinatorics, and Probability
🔷 Bivariate Distributions
🔷 Combinatorics and Probability
🔷 Discrete Probability Distributions
🔷 Continuous Probability Distributions
Physics and Chemistry (Scientific and Technological Stream)
Matter
🔶 Matter and Its Properties
🔶 Fundamental Laws of Chemistry
Transformations of Matter
🔶 Chemical Reactions
🔶 Thermodynamics
🔶 Energy and Spontaneity of Chemical Reactions
Carbon Chemistry
🔶 Hydrocarbons
🔶 Functional Groups and Isomerism
Kinematics
🔶 Motion
🔶 Motion in One and Two Dimensions
Dynamics
🔶 Forces
🔶 Forces and Motion
🔶 Gravitational and Electrostatic Interactions
Energy
🔶 Work and Energy
Vibrations
🔶 Simple Harmonic Motion
Technical Drawing I (Scientific-Technological or Plastic Arts Stream)
🎨 Technical Drawing Tools
🎨 Basic Plane Constructions
🎨 Geometric Transformations in the Plane
🎨 Polygons
🎨 Tangents and Connections
🎨 Geometric Curves
🎨 Projection Systems – Orthographic Dihedral System
🎨 Orthographic Dihedral System (II) – Direct Method (II)
🎨 Axonometric Projection System
🎨 Standardization and Freehand Sketching
2.º Baccalaureate
Mathematics II (Scientific and Technological Stream)
🔷 Problem Solving
Algebra
🔷 Systems of Equations – Gauss Method
🔷 Matrix Algebra
🔷 Determinants
🔷 Solving Systems Using Determinants
Geometry
🔷 Vectors in Space
🔷 Points, Lines, and Planes in Space
🔷 Metric Problems
Calculus
🔷 Limits of Functions – Continuity
🔷 Derivatives
🔷 Applications of Derivatives
🔷 Graphing Functions
🔷 Finding Antiderivatives
🔷 Definite Integral
Probability
🔷 Chance and Probability
🔷 Probability Distributions
Applied Mathematics to Social Sciences II
🔷 Problem Solving
Algebra
🔷 Systems of Equations – Gauss Method
🔷 Matrix Algebra
🔷 Solving Systems Using Determinants
🔷 Linear Programming
Calculus
🔷 Limits of Functions – Continuity
🔷 Derivatives
🔷 Applications of Derivatives
🔷 Graphing Functions
🔷 Integrals
Statistics and Probability
🔷 Chance and Probability
🔷 Statistical Samples
🔷 Statistical Inference – Mean Estimation
🔷 Statistical Inference – Proportion Estimation
Physics (Scientific and Technological Stream)
A Change of Scenery
🔶 Motion, Forces, and Energy
🔶 Gravitational Field
Measuring Time
🔶 Simple Harmonic Motion
🔶 Waves
All Aboard
🔶 Electric Field
🔶 Magnetic Field
🔶 Electromagnetic Induction
🔶 Electromagnetic Waves – Light
Time Doesn’t Age You
🔶 Special Relativity
🔶 Quantum Physics
🔶 Nuclear Physics
🔶 Particle Physics and Cosmology
Chemistry (Scientific and Technological Stream)
Pyrotechnics: The Science of Fire
🔶 Atomic Structure of Matter
🔶 Periodic Table of Elements
🔶 Chemical Bonding
Energize in the Right Measure
🔶 Thermodynamics
The Airbag: Life-Saving Chemistry
🔶 Reaction Rates
🔶 Chemical Equilibrium
Ocean Acidification
🔶 Acid-Base Reactions
🔶 Redox Reactions
🔶 Precipitation Reactions
Not All Plastics Are the Same
🔶 Carbon Chemistry
🔶 Reactivity of Organic Compounds
Technical Drawing II (Scientific-Technological or Plastic Arts Stream)
🎨 Basic Constructions
🎨 Proportionality and Similarity
🎨 Equivalences
🎨 Power, Axis, and Radical Center
🎨 Geometric Transformations
🎨 Tangencies – Solving with Homothety, Power, and Inversion
🎨 Technical Curves
🎨 Conic Curves
🎨 Dihedral System I: Auxiliary Projections, Revolutions, Rotations, Incidence,
ntersections, and Affinity
🎨 Dihedral System II: Parallelism, Perpendicularity, Distances, and Angles
🎨 Dihedral System III: Surfaces
🎨 Orthogonal Axonometric System
🎨 Project Planning and Process
🎨 Project Development
🎨 Dimensioned Drawings and Assembly Sketches
🎨 Computer-Aided Design (CAD)