COMPUTATIONAL MODELING AND INDUSTRIAL TECHNOLOGY (PPG MCTI)

Innovation is the strongest tool for an organization's success.

Jardel Melo

THE PROGRAM

Presentation

The general objective of the PPG MCTI is to train researchers capable of studying the interdisciplinary process of computer modeling and simulation with a systemic vision of the three lines of research addressed in the program: Complex Systems, Modeling of Cognitive Systems and Modeling of Industrial Processes.

The PPG MCTI is recognized with grade 6 by CAPES.

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Interdisciplinary Training in Computational Modeling

Computational Modeling: Linking Theory and Reality

Academic Innovation and Continuous Updating

THE PROGRAM

Interdisciplinary Computational Modeling: Innovation and Research to Transform Industry

Computer modeling is used as a language and mediation environment for the development of real-world simulations. Within this context, the perspective is one of interdisciplinary methodological construction. The PPG MCTI works continuously in its academic activities, generating possibilities and permanent stimuli for updating curricular structures, integrating different points of view and with a view to offering courses, scientific initiation and academic, technical, scientific and cultural exchange. In this way, we aim to train researchers capable of studying the interdisciplinary process of computer modeling and simulation, recognizing the different possibilities for application in industry.

CURSOS

The PPG MCTI offers two courses, which share the same academic and administrative structure:

Academic Master's Degree (M)

Academic Doctorate (D)

Lines of Research:

DISCIPLINES/ACTIVITIES:

Compulsory Activities

Dissertation (M)

Thesis Defense (D)

Thesis Project Defense (D)

Qualifying Exam (M, D)

Teaching Internship (M, D)

Proficiency Exam (M, D)

Research Seminars (M, D)

Seminar in Applied Computational Modeling (M, D)

Core Subjects (Line of Research)

Cognition, Modeling and Computation I - MSC (M, D)

Complex Systems I - SC (M, D)

Industrial Process Modeling - MPI (M, D)

Compulsory subjects

Programming Fundamentals (M)

Mathematical Methods I (M)

Numerical Methods (M)

Computational Modeling Techniques I (M)

Computational Modeling Techniques II (M)

Mathematical Methods II (D)

Industrial Technologies (D)

Statistical Methods (M, D)

Compulsory Subjects (Line of Research)

Strategic Technology Management (M, D)

Cognition, Modeling and Computing II (M, D)

Complex Systems II (M, D)

Optional subjects*

Numerical Methods (D)

Process Optimization and Control (D)

Autonomous Robotics (D)

Thermodynamics (D)

Transport Phenomena (D)

Data Mining II - SC (M, D)

Data Mining I - SC (M, D)

Optimization Methods II - (M, D)

Optimization Methods I - (M, D)

Operations Research II MPI - (M, D)

Operations Research I MPI - (M, D)

Statistical Process Control Methods II - MPI (M, D)

Statistical Methods of Process Control I - MPI (M, D)

Social and Complex Networks (D)

Mod. and Analysis of Logical Systems (D)

Modeling, Cognition and Innovation (D)

Modeling Interactive Environments II - MSC (M, D)

Modeling Interactive Environments I - MSC (M, D)

Artificial Intelligence in Knowledge Engineering MSC (M, D)

Knowledge Engineering MSC (M, D)

Modeling Interactive Environments II (M, D)

Modeling Interactive Environments I (M, D)

Mathematical Methods II (D)

*Other subjects may be offered; the offer depends on student interest and teacher availability.

Repository

SENAI CIMATEC's Institutional Repository contains all the academic term papers developed by students on the various undergraduate, postgraduate, master's and doctoral courses.

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Presentation:

ACADEMIC MASTER'S DEGREE:

SENAI CIMATEC's master's degree course in Computational Modeling and Industrial Technology operates continuously in its academic activities, generating possibilities and permanent stimuli for updating curricular structures and for solutions to industrial problems. Students must complete 50 credits, distributed as follows:

Compulsory subjects - 15 credits
Basic course related to the chosen line of research - 3 credits
Compulsory subject related to the chosen line of research - 3 credits
Optional subjects - 6 credits
Compulsory Curricular Activities - 23 credits

Presentation:

ACADEMIC DOCTORATE:

The SENAI CIMATEC PhD course in Computational Modeling and Industrial Technology aims to train researchers capable of developing the interdisciplinary process of computational modeling, recognizing different possibilities of application in industry and in solving problems in society. The student must complete 60 credits distributed as follows:

Compulsory subjects - 9 credits
Basic courses in the related line of research - 9 credits
Required courses in the related line of research - 3 credits
Complementary subjects - 9 credits
Compulsory curricular activities - 30 credits

Lecturer

Title

LATTES Curriculum

Alex Álisson Bandeira Santos

Dr. Energia e Ambiente, UFBA/Brasil