Computer Engineering

Design technology that connects the digital world to the real world.

You'll design systems where software meets hardware—from architectures that accelerate AI to embedded devices that enable cars, satellites, and machines to make decisions in real time.

Design solutions that have a real impact in the physical world.

Inteli trains engineers to apply scientific and technological knowledge in computing (hardware and software) to develop solutions that have an economic, environmental, and social impact.

In addition to technical skills, you’ll develop business acumen in corporate finance, market intelligence, supply chain, logistics, and people analytics, as well as the social-emotional skills required for a leadership role in technology.

Skills and Competencies

Throughout the course, you will:

Participates in and manages computer engineering projects, applying an interdisciplinary approach to problem-solving.

Analyzes and evaluates computer architectures, including parallel and distributed platforms, and develops software optimized for them.

Implements and manages the security of computer systems.

Selects and configures hardware platforms for software applications and services.

It recognizes its role in society through critical thinking and brings innovation to computer engineering.

And in practice, how can you take action?

Logo - Amazon (2027)

Working at Amazon, developing the AI models that recommend products to millions of customers.

Google_logo

You can also create specialized chips on Google that speed up artificial intelligence applications.

Or to develop, at Tesla, the technology that enables autonomous vehicles to perceive 
and navigate their surroundings.

Inteli Experience

PBL Methodology

You'll develop algorithms and AI systems to solve real-world problems for major partner companies from your first year through your senior year.

Center for Development and Leadership

One-on-one mentoring, preparation for recruitment processes, and career development starting in the first year.

Entrepreneurship Center

Real mentoring, career guidance, and the support system you need to finally get your idea off the ground.

Internationalization

Exchange programs with more than 60 partner universities, including NYU, Babson, and Technion.

World-renowned quality of education

Recognized by the WURI Ranking 2026 as the most innovative institution in Latin America.

Dual Degree

Students may earn a dual degree with other Inteli programs by completing two additional years of undergraduate study.

What you need to know

COURSE

Bachelor's Degree in Computer Engineering

MONTHLY FEE

R$ 7,780.00

(as of January 2026, subject to update in January 2027)

DURATION

4 years

ANNUAL OPENINGS

40

COURSE LOAD

4000 hours

SPORT

In person


Score:Grade 5 on the MEC*

*(Administrative Order No. 1,124, dated October 5, 2021)

Curriculum

Year 1 · Full-time program

Curriculum Common to All Courses

You'll work on technology projects alongside students from the other four programs and get an in-depth understanding of each program before making your choice.

Digital Game – A digital game featuring its own characters, storyline, and mechanics, designed to assist institutions with their training and educational initiatives

Mathematics
  • Functions
  • Limits
  • Derivatives
  • Vectors
  • Kinematics
  • Linear Momentum and Collisions
Computing
  • Introduction to Programming (Javascript)
  • Object-Oriented Programming 
  • State machines
  • Software Quality
Design
  • Design Thinking
  • Game Design
  • Concept Art
  • Narratives
  • Level Design
  • Sound Design
Business
  • Games Market
  • SWOT analysis
  • Value Proposition Canvas
  • Risk Analysis
  • Pitch and Pitch Deck
Leadership
  • Representativeness and Diversity
  • Individual and Group Objectives
  • Public presentations

Web Application – A web system with back-end and front-end components, focused on data entry and retrieval, for various corporate applications

Mathematics
  • Indefinite Integral
  • Defined Integral
  • Numerical Integration
  • Propositional Logic
  • Graphs, Trees
  • Descriptive Statistics
Computing
  • Databases 
  • MVC standard
  • HTML, CSS, Javascript
  • Node.js
  • Unit Tests
  • Network Fundamentals
Design
  • Personas
  • Prototyping
  • Interface Design
  • Usability
  • Accessibility
  • User testing
Business
  • Product Life Cycle
  • Design Thinking
  • 4 P's of Marketing
  • Branding
  • PMI, PMBok, Agile
Leadership
  • Leadership in conflict situations
  • Cognitive Biases
  • Empathy

Logic for Prediction Using Artificial Intelligence – Using machine learning on databases to generate predictive models that aid in decision-making.

Mathematics
  • Functions of several variables
  • Partial Derivatives
  • Multiple Integral
  • Probability
  • Inductive Statistics
  • Linear Transformations
Computing
  • Python language, Pandas, Numpy
  • Pre-processing
  • Feature Engineering
  • Supervised and Unsupervised Learning
  • Explainability 
Design
  • User Journey
  • Data Visualization
  • Storytelling with Data
Business
  • LGPD
  • Data Governance
  • Corporate Governance
  • Organizational Culture and Design
Leadership
  • Ethics
  • Feedback
  • Vulnerability

IoT Solution – Devices equipped with sensors and actuators that collect data and send it to the cloud, supporting monitoring and automation.

Mathematics
  • Vector fields, Gradient
  • Directional Derivative
  • Power Series
  • Electric Field
  • Resistors / Capacitors
  • Electromagnetism
Computing
  • Basic Electronics
  • Sensors and Actuators
  • Microcontrollers
  • Distance Communication
  • Dashboards
  • Security
Design
  • Storyboard
  • Interaction Design
  • Interusability
  • Digital Manufacturing
Business
  • Industry 4.0
  • KPIs
  • Interest and Cash Flow
  • Financial indicators
  • Startup funding cycle
Leadership
  • Environmental Impacts of Technologies
  • Feedback techniques
  • Psychological safety

Year 2 · Full-time program

Computer Engineering Resume

You'll dive into specific projects related to the course, such as high-performance algorithms, distributed systems, and blockchain.

Process and Systems Automation – Development of an automation system covering analog and digital electronics, embedded technologies, and robotics, integrating sensing and instrumentation.

Mathematics / Physics
  • Rotational kinematics 
  • Rotational dynamics
  • First and second order differential equations
  • Initial value problems for first and second order linear ODEs
Computing
  • Integrating IT - Information Technology and AT - Automation Technology
  • Analog and digital electronics
  • Robotics
  • Automation
UX
  • UX research
  • Flow maps
  • Visual identity
  • User and usability testing
Business
  • Automation market
  • Monetary and economic policies
  • Inflation and economic activity indicators
  • Financial products and capital markets
Leadership
  • Diversity
  • Building values
  • Data-driven
  • Storytelling

Mobile Robotics and Computer Vision – Development of a system integrating mobile robots and computer vision, applying simulation of electromechanical systems, control, and neural networks.

Mathematics / Physics
  • Laplace transform
  • Unit step function
  • Unit impulse function
  • Convolution of functions
Computing
  • Convolutional neural networks
  • Computer vision
  • Data structure
  • Robotic operating system
UX
  • UML
  • PACT Framework
  • Socio-cultural aspects and tool biases
  • Shared language
Business
  • AVG markets
  • Satisfaction, reputation and loyalty
  • Lead funnel management
  • Market models
Leadership
  • Ethics
  • Knowledge
  • Argumentation
  • Negotiation techniques.

Predictive Maintenance System Using AI and Cloud Architecture – Development of predictive maintenance systems using artificial intelligence and cloud architecture, with a focus on data analysis and machine learning.

Mathematics / Physics
  • Time series
  • Descriptive statistics
  • Inferential statistics
  • Discrete and continuous probability distributions
Computing
  • Recurrent neural networks
  • Machine learning
  • Architecture of AI solutions
  • Cloud computing
UX
  • Design and consumption
  • Circular economy
  • Visualization and storytelling 
  • Qualitative research
Business
  • Cost-effectiveness and impact of predictive maintenance
  • Balance sheet
  • Profitability, ROI and EBITDA
  • Cost accounting
Leadership
  • Experience
  • Psychological security
  • Feedback culture
  • Sustainability

Autonomous Service Robot with Generative AI – Development of an autonomous service robot using generative AI, with a focus on human-machine interaction, task automation, and autonomous navigation.

Mathematics / Physics
  • Change of basis in a vector space
  • Complex numbers
  • Calculus with complex variables
  • Quaternions
Computing
  • Generative AI
  • Natural language processing
  • Mapping algorithms
  • Autonomous navigation
UX
  • Prototyping
  • Accessibility and usability
  • Product design
  • Heuristic analysis and field tests
Business
  • Market for autonomous robots
  • Innovation economy
  • Digital transformation and open innovation
Leadership
  • Reading context
  • Decision-making
  • Teambuilding
  • Networking

Year 3 · Part-time

Course + Internship

In your third year, you’ll continue with the program’s curriculum and can begin your internship, with support from the career services team.

Hyperconnectivity for Smart Cities – Development of advanced systems for smart cities, focusing on network communication models, information security, and BI (Business Intelligence).

Computing
  • Networks
  • MQTT
  • Databases
  • Security
  • Quality of service
  • Data visualization
UX
  • User-centered urbanism
  • The transformation of urban space by technology
  • Data interface and dashboard
  • Usability and accessibility
  • Hyperconnectivity and user experience
Business
  • IoT and the future of smart cities
  • Talent development
  • Change management
  • Labor rights and duties
Leadership
  • Engaging speeches
  • Proactivity
  • Human Rights
  • Partnerships

Hyperscale Applications – Development of mobile applications and a support platform that handles high access volumes, measuring performance using load testing tools and implementing observability.

Computing
  • Scalable services
  • Hybrid applications
  • Load test
  • Monitoring
  • Mobile solutions architecture
  • Design standards
UX
  • Mobile prototyping
  • Material design
  • Design system
  • Heuristic evaluation and usability testing
  • Human Interface Guidelines
Business
  • Business plans and scalable businesses
  • Corporate structures and shareholder agreements
  • Taxes and tax planning
  • Productivity
Leadership
  • Influencing tactics
  • Collective decisions
  • Mental models
  • Ethical context

Edge Computing System – Development of artificial intelligence systems using edge computing, which drastically reduces latency, increases reliability, and optimizes the use of cloud resources.

Computing
  • Edge computing
  • Distributed processing
  • Operating systems
  • Competition and parallelism
  • Low-level programming
  • Embedded computer vision
UX
  • User knowledge
  • Monitoring dashboard
  • Implementation conditions
  • Test models and test definition
  • Test applications, records and tabulations
Business
  • Pollution and ecotoxicology
  • Environmental management
  • Sustainability
  • Frameworks for strategy implementation
Leadership
  • Positive impact
  • ESG
  • Feedback culture
  • Prototyping solutions

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 by continuous learning and the validation of that learning.

The second part, the “Special Project,” offers courses such as Fundamentals of Post-Quantum Security and Cryptography, Cybersecurity Risk Management, Immersive Experiences, and Business Games, covering technological trends and enabling students to explore new technological concepts and innovative applications, including Libras—Brazilian Sign Language.

Year 4 · Part-time

Career acceleration

In your fourth year, you choose which career path you want to focus on: entrepreneurship, academia, or the corporate world.

Entrepreneurship Track
  • Creation and acceleration of startups
  • Immersion in the entrepreneurial ecosystem
  • Connecting with mentors and venture capital investors
Corporate Track
  • Consulting projects for corporations
  • Business immersions
  • Preparation for selection and trainee processes in large companies
Academic Track
  • Building research projects
  • Writing scientific articles
  • Preparation for entry to master's and doctoral programs

See it in action

Learn from the best

Photo - Flávia Santoro - Academic Director

Flávia Santoro

Academic Director

She holds a bachelor's 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.

Photo - Sérgio Venâncio - Courses Page.png

Sergio Venâncio

Basic Cycle Course Coordinator (1st year)

7 years of experience as a professor and researcher in the field of UX (User Experience); 7 years as a professor and researcher.

Photo - Michele Bazana - Courses Page.png

Michele Bazana

Course Coordinator

Bachelor of Science in Electrical Engineering with a concentration in Electronics and a focus on Telecommunications, and a Master of Science in Mechanical Engineering with a concentration in Industrial Automation and Robotics. He has over 20 years of academic experience in management and teaching at the higher education level.

Photo - Lisane Valdo - Courses Page.png

Lisane Valdo

Program Coordinator (4th year)

Electrical Engineering, with a Ph.D. and a master’s degree in Business Administration. Extensive experience in the corporate and academic sectors in strategy, management, and innovation.

Faculty