B.Eng. in Instrumentation, Automation & Robotics Engineering
Federal University of ABC (UFABC) — São Paulo, Brazil
Graduated Dec 2021 · 248 credits
A multidisciplinary engineering programme combining control theory, electronics, signal
processing, robotics and computer science. Built on UFABC's unique interdisciplinary
curriculum model, the course spans 66 mandatory subjects across mathematics, physics,
electronics, automation, robotics, and engineering fundamentals.
↓ View full curriculum
B.Sc. in Science and Technology
Federal University of ABC (UFABC) — São Paulo, Brazil
Graduated Jul 2017
Broad interdisciplinary foundation in natural sciences, mathematics, and technology —
the gateway degree of UFABC's curriculum model, covering physics, chemistry, biology,
mathematics, and introduction to computing.
↓ View full curriculum
All 66 mandatory subjects from the B.Eng. in Instrumentation, Automation & Robotics
Engineering at UFABC, organised by area. Source:
CONSEPE Ato Decisório 270.
🤖
Robotics & Automation
- Fundamentals of Robotics
- Industrial Systems Automation
- Electric Machines
- Electric Machines Lab
- Introduction to Manufacturing Processes
- Solid Mechanics I
- Engineering Experimental Methods
⟳
Control Systems
- Control Systems I
- Control Systems II
- Introduction to Discrete Control
- Signals and Linear Systems (transforms)
- Analysis of Linear Dynamic Systems
- Digital Signal Processing
- Industrial Systems Automation
- Electric Drive Theory
⚡
Electronics & Circuits
- Applied Electromagnetism
- Electronic Devices
- Electric Circuits I
- Electric Circuits II
- Analog Applied Electronics
- Photonics
- Sensors and Transducers
- Modelling and Control (introductory)
⌨
Computing & Information
- Computational Foundations of Science
- Nature of Information
- Information Processing
- Communication and Networks
- Microprocessor Systems
- Digital Electronics
- Computer-Aided Design (CAD/CAM)
- Computer-Assisted Engineering (CAE)
- Numerical Methods (computing track)
🔧
Engineering Fundamentals
- Introduction to Engineering
- Materials and Their Properties
- Technical Drawing Fundamentals
- Engineering Economics
- Principles of Administration
- Engineering Experimental Methods
- Solutions for Engineering Challenges
- Innovations for Engineering
∑
Mathematics
- Mathematical Foundations
- Analytical Geometry
- Single-Variable Calculus
- Multivariable Calculus
- Introduction to Ordinary Differential Equations
- Linear Algebra
- Numerical Methods
- Vector and Tensor Calculus
- Introduction to Probability & Statistics
⚛
Physics & Natural Sciences
- Mechanical Phenomena
- Thermal Phenomena
- Electromagnetic Phenomena
- Matter Structure
- Quantum Physics
- Chemical Transformations
- Experimental Foundations of Natural Sciences
- Thermodynamics Applied I
- Fluid Mechanics I
🔬
Science, Society & Research
- Epistemological Foundations of Modern Science
- Science, Technology and Society
- Social Structure and Dynamics
- Evolution and Diversification of Life on Earth
- Biodiversity: Organism–Environment Interactions
- Biochemistry: Structure, Properties and Functions of Biomolecules
- Directed Project
- Internship (Instrumentation, Automation & Robotics)
- Undergraduate Thesis I, II & III
26 mandatory subjects structured around 7 interdisciplinary thematic axes — 1,056 hours of
core coursework. Source:
CONSEPE Ato Decisório 249.
∑
Representation & Simulation
- Analytical Geometry (36h)
- Single-Variable Calculus (48h)
- Multivariable Calculus (48h)
- Introduction to Ordinary Differential Equations (48h)
- Introduction to Probability & Statistics (36h)
⚡
Energy
- Mechanical Phenomena (60h)
- Thermal Phenomena (48h)
- Electromagnetic Phenomena (60h)
- Energy: Origins, Conversion and Use (24h)
⚛
Structure of Matter
- Matter Structure (36h)
- Quantum Physics (36h)
- Atomic and Molecular Interactions (36h)
- Biochemistry: Structure, Properties & Functions of Biomolecules (60h)
🧬
Transformation Processes
- Evolution and Diversification of Life on Earth (36h)
- Chemical Transformations (60h)
- Biodiversity: Organism–Environment Interactions (36h)
📡
Information & Communication
- Nature of Information (36h)
- Information Processing (60h)
- Communication and Networks (36h)
🔀
Interdisciplinary
- Experimental Foundations of Natural Sciences (36h)
- Computational Foundations of Science (24h)
- Mathematical Foundations (48h)
- Directed Project (24h)
🌍
Humanities
- Epistemological Foundations of Modern Science (36h)
- Social Structure and Dynamics (36h)
- Science, Technology and Society (36h)