Our aim is to train engineers who are able to apply software engineering techniques in projects aimed at local and global markets. With a solid grounding in scientific, technical and ethical foundations, our students are prepared to intervene positively in all stages of development in software-producing companies.
During this incredible learning journey, you will have the opportunity to develop a business vision in areas such as corporate finance, market intelligence, digital marketing and people analytics, as well as working on your socio-emotional skills.
Use mathematical, computational and production fundamentals to create quality software systems;
Understand and apply processes, techniques and procedures for building, evolving, evaluating, integrating and maintaining software;
Analyze and select suitable technologies for building software;
Investigate, understand and structure the characteristics of application domains in various contexts, taking into account ethical, social, legal and economic issues, individually and/or as part of a team;
Design, apply and validate principles, standards, good practices and models in software development;
Participate in and manage projects related to Software Engineering, reconciling conflicting objectives, with cost and time constraints and risk analysis;
Identify new business opportunities and innovate in the fields of Software Engineering;
Demonstrate self-learning, collaboration and communication skills.
Year 1
Common curriculum for all courses
Year 2
Specific curriculum of the chosen course
From the second year onwards you will develop projects specific to the course you have chosen
Year 4
Career acceleration
In the fourth year you choose which track to follow: entrepreneurial, academic or corporate.
*Ordinance No. 1124, of 05/10/2021, published in D.O.U. No. 190, of 06/10/2021, Section 1, page 204.
Grid
Curriculum
Digital Game - A digital game with its own characters, narrative and mechanics, to help institutions in their training and educational activities.
Mathematics/Physics
Computing
Design
Business
Leadership
Web Application - A web system with back-end and front-end, focused on data registration and retrieval, for various corporate applications
Mathematics/Physics
Computing
Design
Business
Leadership
Logic for prediction with Artificial Intelligence
Use of machine learning on databases to generate predictive models that help decision-making.
Mathematics/Physics
Computing
Design
Business
Leadership
IoT solution - Devices with sensors and actuators that collect data and send it to the cloud, helping with monitoring and automation.
Mathematics/Physics
Computing
Design
Business
Leadership
Cloud Computing Services - Analysis and design of software to solve complex problems using cloud systems architecture with a focus on operational efficiency and reliability, employing user testing and relational databases, within a global and interconnected digital context.
Mathematics/Physics
Computing
UX
Business
Leadership
Analysis of business processes as a basis for designing service-oriented architectures (SOA). Development of solutions using object-oriented programming and test-driven development, based on design patterns and code quality, to explore the universe of recommendation systems for mobile devices.
Mathematics/Physics
Computing
UX
Business
Leadership
Automation with audio recognition - Analysis of functional and non-functional requirements with a focus on the architecture of solutions that emphasize the reuse of open and proprietary components to develop and integrate applications that work with audio recognition, sentiment analysis and natural language processing, also focusing on usability and new forms of human-computer interaction.
Mathematics/Physics
Computing
UX
Business
Leadership
Flexible and sustainable software architecture - Analysis, design and simulation of software architectures that adhere to the organizational structures, behavior and interaction of the components of a system, addressing the main aspects such as parts, responsibilities and interfaces, as well as considering scalability, maintainability, security and performance, with an emphasis on the design decisions that guide the construction of systems.
Mathematics/Physics
Computing
UX
Business
Leadership
Automated tests and software quality control - Use of methods and techniques for the design and construction of automated tests, essential for software quality control and the rapid detection of errors and faults, in order to guarantee the expected behavior of the system in simulations for various scenarios.
Mathematics/Physics
Computing
UX
Business
Leadership
Continuous delivery flow - Application of DevOps techniques and software engineering tactics related to IT governance with the aim of ensuring the quality of the software development process and the continuous delivery of value to the business.
Mathematics/Physics
Computing
UX
Business
Leadership
Structure and governance for data analysis - Application of mechanisms and tools for structuring and data analysis and governance, enabling the identification of business opportunities, process optimization and regulatory compliance, allowing organizations to obtain reliable insights and make informed decisions based on the available data.
Mathematics/Physics
Computing
UX
Business
Leadership
Trends and Updates
This module covers the latest updates and emerging technological trends, providing an in-depth and practical understanding of innovations. The module is divided into two parts. The first part, the "Technical Review", is guided through continuous learning and validation of learning. The second part, the "Special Project", offers courses such as Fundamentals of Security and Post Quantum Cryptography, Risk Management in Cybersecurity, Immersive Experiences and Business Game, of technological trends, allowing the exploration of new technological concepts and applications of innovative practices, including Libras - Brazilian Sign Language.
Entrepreneurship Track
Corporate Track
Academic Track
Complementary activities
Workload: 400 hours
Total workload
4000 hours
Grid
Curriculum
Digital gaming
A digital game with its own characters, narrative and mechanics, to help institutions in their training and educational activities
Mathematics/Physics
Computing
Design
Business
Leadership
Web application
A web system with back-end and front-end, focused on data registration and retrieval, for various corporate applications
Mathematics/Physics
Computing
Design
Business
Leadership
Logic for prediction with Artificial Intelligence
Use of machine learning on databases to generate predictive models that help decision-making.
Mathematics/Physics
Computing
Design
Business
Leadership
IoT solution
Devices with sensors and actuators that collect data and send it to the cloud, helping with monitoring and automation.
Mathematics/Physics
Computing
Design
Business
Leadership
Cloud Computing Services - Analysis and design of software to solve complex problems using cloud systems architecture with a focus on operational efficiency and reliability, employing user testing and relational databases, within a global and interconnected digital context.
Mathematics/Physics
Computing
UX
Business
Leadership
Analysis of business processes as a basis for designing service-oriented architectures (SOA). Development of solutions using object-oriented programming and test-driven development, based on design patterns and code quality, to explore the universe of recommendation systems for mobile devices.
Mathematics/Physics
Computing
UX
Business
Leadership
Automation with audio recognition - Analysis of functional and non-functional requirements with a focus on the architecture of solutions that emphasize the reuse of open and proprietary components to develop and integrate applications that work with audio recognition, sentiment analysis and natural language processing, also focusing on usability and new forms of human-computer interaction.
Mathematics/Physics
Computing
UX
Business
Leadership
Flexible and sustainable software architecture - Analysis, design and simulation of software architectures that adhere to the organizational structures, behavior and interaction of the components of a system, addressing the main aspects such as parts, responsibilities and interfaces, as well as considering scalability, maintainability, security and performance, with an emphasis on the design decisions that guide the construction of systems.
Mathematics/Physics
Computing
UX
Business
Leadership
Automated tests and software quality control - Use of methods and techniques for the design and construction of automated tests, essential for software quality control and the rapid detection of errors and faults, in order to guarantee the expected behavior of the system in simulations for various scenarios.
Mathematics/Physics
Computing
UX
Business
Leadership
Continuous delivery flow
Application of DevOps techniques and software engineering tactics related to IT governance in order to ensure the quality of the software development process and the continuous delivery of value to the business.
Mathematics/Physics
Computing
UX
Business
Leadership
Structure and governance for data analysis - Application of mechanisms and tools for structuring and data analysis and governance, enabling the identification of business opportunities, process optimization and regulatory compliance, allowing organizations to obtain reliable insights and make informed decisions based on the available data.
Mathematics/Physics
Computing
UX
Business
Leadership
Trends and Updates
This module covers the latest updates and emerging technological trends, providing an in-depth and practical understanding of innovations. The module is divided into two parts. The first part, the "Technical Review", is guided through continuous learning and validation of learning. The second part, the "Special Project", offers courses such as Fundamentals of Security and Post Quantum Cryptography, Risk Management in Cybersecurity, Immersive Experiences and Business Game, of technological trends, allowing the exploration of new technological concepts and applications of innovative practices, including Libras - Brazilian Sign Language.
Entrepreneurship Track
Corporate Track
Academic Track
Complementary activities
Workload: 400 hours
Total workload
4000 hours
Course Coordinator:
Monica Anastassiu
Systems Analyst - PUC-RJ (1980). Postgraduate in Quality Engineering - PUC-Petrópolis (1991).
Master in Informatics - UNIRIO (2012). PhD in Informatics - UNIRIO (2020). Post-Doc at UNIRIO (2023).
She teaches and researches in Software Engineering, Information Systems, Project Management, Change Management, IT Management and Business Process and Software Management.
Consultant in software engineering and process management. Implementer of the MPS reference model for software and services, accredited by SOFTEX and SOFTEX.
ISO 9000 Quality Systems Auditor
Academic director:
Flávia Santoro
Degree in Electronic Engineering from the Polytechnic School of the Federal University of Rio de Janeiro (UFRJ).
PhD and MSc in Systems and Computer Engineering from COPPE - Federal University of Rio de Janeiro (UFRJ).
Sabbaticals at the Université Pierre et Marie Curie, France (2004-2005) and Queensland University of Technology, Australia.
She has worked for 20 years as a teacher, course coordinator and researcher in Information Systems and Computer Science, focusing on Business Process Management, Knowledge-Intensive Processes, Knowledge Management and Collaborative Systems and Project-Based Learning.
He has more than 250 publications with various practical results.
Social networks
Location
An innovation and technology ecosystem located in São Paulo, within the university city.
Location
An innovation and technology ecosystem located in São Paulo, within the university city.
Instituto de Tecnologia e Liderança - CNPJ 35.078.331/0001-29 - Av. Professor Almeida Prado, 520 - Butantã, 05508-901 - São Paulo - SP
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