GRADUATION COURSE Technology Center
Mission Produce, transfer and share scientific and technological knowledge in the areas of Engineering and Architecture, interacting with the other areas of knowledge, in order to attend to the necessities of society, primarily that from the region, through teaching, research, and extension, with the objective of transforming it so that it becomes juster, more human, and more productive.
History is being renewed The trajectory of the socieconomic development in Cearรก passes through the history of the Technology Center of UFC (CT/UFC). Since the insertion of the industrialization process in Cearรก, still at the time of the School of Engineering, UFC has qualified professionals to give support to the advancements of the local productive sectors. For over 50 years, graduates from CT/UFC have shown solutions to face the challenge of making economy grow, preserving the environment and looking for life quality towards the populations.
History is being renewed The state of Cearรก has grown together with UFC and the old School of Engineering has become a modern center that, today, form about 400 professionals a year in the areas of Engineering and Architecture. Being regional and national reference in Science applied to the economic and social development, the Technology Center of UFC has a history that renews itself at every school year, at every project, at every new work developed to serve society.
Producing, transfering and spreading technology The Technology Center of UFC produces, spreads and transfers scientific and technological innovations (know-how) in the areas of Engineering and Architecture. During half of a century, the actions and works in the Technological Center have been contributing to reinforce the good profile and image of UFC, being one of the most solid and respected technical institutions in the state of Cearรก. Supported by a teaching of excellence, by researches and by extensions, the CT/UFC contributes to the improvement in life quality of the society in general, acting directly in specific segments of our state.
Target public Students from High School, as well as Engineers, Architects and other professionals from higher levels, would like to have a post-graduation course in the Technological Center. Public and private companies would want to contract specialized services in consulting and/or analysis, as well as tests from our laboratories. Government agencies in the areas of science and technology (Federal, State and Municipal governments), need specialized technology in order to support accomplishments of public projects.
Specialized knowledge The level of specialization in the Center of Technology of UFC (Federal University of Cearå) is shown in the diversity of its departments and courses. There are eight Facuties of Engineering, besides the areas of Architecture and Urban Planning. The CT/UFC provides eight courses with subsequent degrees, being eight of post-graduation (master’s and doctorate), all with good standings and rates in the Ministry of Education as well as in scholarships from organizations supporting higher education, such as CNPq, CAPES, FUNCAP, ANP, among others.
Graduation Courses • Architecture and Urbanism • Design • Civil Engineering • Electrical Engineering • Mechanical Engineering • Production Engineering • Chemical Engineering • Informational Telecommunications Engineering • Metallurgical Engineering • Petroleum Engineering • Environmental Engineering • Renewable Energy Engineering
Post-graduation Courses • MSc and PhD in Electrical Engineering • MSc and PhD in Civil Engineering (Water Resources, Environmental Sanitation, and Geotechnical Engineering) • MSc and PhD in Materials Science and Engineering • MSc and PhD in Chemical Engineering • MSc and PhD in Computer Engineering • Master’s and PhD in Transportation Engineering • Master’s in Mechanical Engineering • Master’s in Civil Engineering: Structures and Construction • Master’s in Production Engineering • Interinstitutional Doctorate in Architecture from SAD / UFC and FAU / USP • Interinstitutional Master’s in Electrical Engineering from CEFET / PI and DEE / UFC
Main research areas • Alternative Energies
• Quantum Communications
• Energy Efficiency
• Telemedicine
• Environmental Sanitation
• Imaging
• Water Resources
• Automation and Control
• Sedimentation Studies
• Welding and Coating
• Wireless Telecommunications
• Characterization of Materials
• Development of Hardware and Software
• Manufacturing of Ceramic Materials
Main research areas • Nondestructive Testing • Metrology • Analysis of Faults in Equipments and Materials
• Modeling and Management of Urban Traffic • Pavement Technology • Chemical Separation
• Assessment and Corrosion Control
• Analysis of Fuels
• Management Processes
• Urbanism
• Clean Technologies
• Heritage
• Management of Constructions
• Social Housing
• Logistics
• Structural Systems
Solid Infrastructure One of the great benefits of the Technology Center (CT) is the academic infrastructure at the Federal University of Cearรก (UFC). As a matter of fact, it is indeed among the best ones within the federal universities of Cearรก. The blocks have excellent educational facilities, therefore, providing adequate comfort to professors and students in the performance of their teachings and/or learnings.
Solid Infrastructure The academic community in the Campus of Pici (UFC) has updated libraries with a wide collection which is available to all students in the Center of Technology (CT), as an option to complement the Central Library in the Campus of Pici (UFC), where the Technological Center is located. The laboratory structures are most prominent, though. In reality, there are more than 50 laboratories with modern equipments, being some of them unique in the state of the Cearรก. This is undoubtedly one of the many reasons why the CT / UFC attracts the best professionals and is consulted by dozens of publics, as well as by private institutions, regarding the development of major projects.
Competent and proficient staff and highlighted projects The Technology Center (UFC) integrates the work of a team with professionals and scientists, who are recognized nationally and internationally, being doctors, professors and specialists, who can provide advancements in Sciences. These professors coordinate more than 100 research projects and extensions, which do stand out in important areas of knowledge.
Modern laboratories • Welding Engineering
• Computers
• Metrology
• Photography
• Pressure and Force
• Education in Architecture and Urbanism
• Machinery
• Construction Materials
• Thermal Machinery
• Structural Engineering
• Characterization of Materials
• Mechanical structures
• Electron Microscopy
• Sanitation
• Development of Materials
• Hydraulic and Fluid Mechanics
• Fracture Mechanics and Fatigue
• Solid Mechanics
• Solar Energy and Natural Gas
• Mechanical Floors
• Nondestructive Testing
• Topography
• Simulation
• Technological Observatory
• Conservation of Energy
• Wind Energy
Modern laboratories • Electrical Machinery Industry
• Fuels and Lubricants
• Electronic Circuits
• Gravimetry
• Digital Electronic Circuits
• Electronic Circuits
• Electrical Circuits
• Digital Systems
• Power Electronics
• Network
• Automation and Robotics
• Wireless Telecommunications
• Reaction and Separation Processes
• Computer Systems Engineering
• Materials
• Informational Telecommunications
• Development of Biochemical Processes
• Quantum Communications
• Simulation of Complex Systems
• Vision, Image and Signal
• Pilot Plant
• Remote Access
• Development of Adsorption
• Management of Constructions
• Engineering Catalytic Processes
Main areas in extension We are pleased that the Technology Center (UFC) contributes to the accomplishments of important projects for economic and social developments. The following contributions rely on partnerships with the public and private institutions: • Port Area • Metro Area • Quality Control of Concrete • Preparation of Master Plans
• Technical Assistance for Traffic Management Programs • Technical Studies for the Readjustment of Road Stretches
• Feasibility Studies and Project Designs
• Assessing the Quality of Traffic in Urban Arteries
• Quality Control of Fuels
• Strategic Environmental Assessments
• Development of Training Programs for Human Resources
Social responsibility The Technology Center (UFC) is always attentive to the demands of society, believing that it is the duty of public universities (UFC being one of them) to have the responsibility to contribute to making a better world that is socially acceptable and environmentally balanced, trying to direct research projects, education, outreaching to social responsibility. The Center of Technology (UFC) has an office of Social Technology, which is directly connected to the Technology Center (UFC) with the resources available to be articulated in the undergraduate and post-graduate degrees from the CT/UFC in the development of projects aimed at solving problems that involve social engineering resources such as:
Social responsibility • Development of Mechatronics Educational Kits • Robotics Applied to Distance Education • Computer Training for Students in Public Schools • Projects Aimed at Improving Public Transportation • Social Environmental Risk Area Intervention • Reuse of Water for Farming Families • Wastewater Treatment • Treatment of Industrial Waste • Disinfection of Water by Solar Energy • Water Desalination and Solar lighting • Solar Cookers for Poor Communities • Construction of Dry Composting Toilets • Construction of Models for Social Housing
Excellence in training The Technology Center (UFC) opens a universe of opportunities to its students, in order to prepare competent professionals for the future. The application of knowledge in the society can be made with the support of grants for extensions at UFC as well as through ASTEF (Eng. Paulo de Frontin Scientific and Technical Association). In the area of new technologies, the CT/UFC offers scholarships in order to give support to computer systems provided by UFC.
Excellence in training The CT provides opportunities for entering the labor market through supervised internships, which may be made in companies located within the State of Cearรก, elsewhere in Brazil, and in other parts of the world. Besides having curricular activities, students can work for junior companies, created and managed by the students themselves, under the supervision of professors, being this an effective way to learn practices, both in the preparation and implementation of projects, such as in economic, financial and legal constraints of small businesses.
Excellence in training For those who wish to become exchange students, the CT/UFC offers various programs of International Cooperation with universities in different countries (The United States of America, Portugal, France, Spain, Argentina, Germany and The United Kingdom). Specifically in France, an agreement of Double Diploma, offers the opportunity for students to have engineering diplomas awarded by two countries (Brazil and France).
Excellence in training Scholarships are also available for the students in the CT/UFC for Undergraduate Research, Introduction to Teaching, Training, Educational Extensions and PET (Special Training Program), funded by the UFC and by national, as well as international, organizations that support research developments.
Successful Partnerships The Technology Center (UFC) respects the autonomy of the university and seeks the sustainability of its projects. Therefore, it contributes to the advancement of Science and to the consolidation of the Federal University of Ceará, as a center of knowledge to benefit and service society in general. In the course of this challenge, partnerships are key. Featured partners such as CNPq, CAPES, FINEP, FUNCAP, Petrobras, ANP, CT-Petro, Aneel/Coelce, Banco do Nordeste, Cagece, Sebrae, Microsol, The City Hall of Fortaleza, AMC (The Municipal Traffic Authority of Fortaleza), The Government of the state of Ceará, Ericsson Brazil, TIM Nordeste, Atlantic Institute, Oi, Solectron, Siemens, Dígitro, INTELBRAS, IPHAN and DERT/DETRAN.
Architecture and Urbanism Course History The School of Architecture of the Universidade Federal do Cearรก was created in 1964, and the course had its first class the following year. It was the first course, in the country, to be established independently, detaching itself from the classical biding to schools of Engineering or Fine Arts. In 1968, the School of Architecture was transformed into Faculty of Arts and Archtecture, ranking amongst the units that made up the newly created Humanities Center. In 1973, the Faculty of Arts and Architecture gave way to the Department of Architecture and Urbanism, now integrated to the Technology Center, a situation that remains until today.
Architecture and Urbanism Areas of Work The architect and urbanist has his professional activity regulated by law, being able to work in the labor market in activites related to the design and implementation of projects in the fields of Archtecture and Urbanism; Interior Architecture; Landscape Architecture; Historical, Cultural and Artistic Heritage; Urban and Regional Planning; Topography; Technology and Strength of Materials; Constructive and Structural Systems; Facilities and Equipments related to Architecture and Urbanism; Environmental Comfort; Environment.
Architecture and Urbanism Areas of Work He can also work in training, teaching, research, and extension activities, in which it is possible to develop knowledge of new methods, technologies; analysis of technical and economic feasibility; direction of construction works and of technical service; technical support; public and private institutions consultancy.
Architecture and Urbanism Qualification Architect and Urbanist Course duration 10 semesters Total workload 3,840 hours Shift Morning Place Benfica Campus Form of admission Enem Vacancies 64 per year
www.arquitetura.ufc.br
Design Course History The course of Design was created in 2011 and had the first class of freshmen in 2012. The new graduation course of Design of UFC, in Fortaleza, will promote generalist education, covering the areas of product design and graphic design.
Design Areas of Work The course, at bachelor’s level, provides the education of the professional with knowledge and with vision of pragmatics and research, making him capable of working in the areas of physical and visual products projects, linked to the environment, to the Architecture and to the city. It covers the object and its context of use, checking the inserts in the areas of labor, housing, and urban and built environment. The graduate should be able to understand the current world and to establish relationships between technology and society, intervening in their reality with innovative and responsible solutions.
Design Areas of Work He should also be able to conduct his own office or work with companies, developing product, object, interface, and graphic projects, as well as researches of new materials and forms, of cost of production minimization, amongst other production sectors.
Design Qualification Bachelor of Design Course duration 8 semesters Total workload 3,200 hours Shift Afternoon / Night Place Benfica Campus Form of admission Enem Vacancies 40 per year
www.design.ufc.br
Civil Engineering Course History The course of Civil Engineering was the first course of the School of Engineering and one of the oldest courses of UFC. It was created in January 20th 1955, and recognized by the Decree-law Nยบ 37.852 from March 3rd 1955. In 2005, it had its last curricular update, which regulates its current curricular structure.
Civil Engineering Areas of Work The curriculum of the course of Civil Engineering of UFC aims at giving conditions to its graduates so they can acquire competences and abilities to be capable of: • Design, build, refurbish, and manage large construction works (bridges, residential buildings, stadiums, dams, roads, tunnels, water and sewage treatment systems, amongst others) • Utilize mathematical tools to model systems • Predict and analyze demands, select technologies, design products, or improve their features and functionalities • Attend postgraduate courses in different areas of knowledge (Business Administration, Economics, Engineering, Physics, Mathematics etc).
Civil Engineering Qualification Civil Engineer Course duration 10 semesters Total workload 3,600 hours Shift Morning Place Pici Campus Form of admission Enem Vacancies 120 per year
www.ecivil.ufc.br
Mechanical Engineering Course History Its origins in the School of Engineering, founded in 1955 and incorporated into UFC the following year. The CEM/UFC was recognized by the Decree Nº 37.852, published in the Official Gazette of the Union on September 3rd 1955. The first entrance exam happened in 1962, with the offer of 30 vacancies. Since then, the CEM/UFC has dedicated itself to form, through teaching supported by research and extension activities, mechanical engineers with solid bases of scientific and technological knowledge.
Mechanical Engineering Course History The Course of Mechanical Engineering (CEM) of the Universidade Federal do Cearรก (UFC) has Professionals with innovative, enterprising, and critic spirit, with ethical and social commitment to research, plan, develop, implement, improve, and maintain materials, processes and products of the mechanical area and the like. With the objective of providing an education even richer, the CEM participates in academic exchange programs with diverse foreign institutions, sending and receiving students from different parts of the world.
Mechanical Engineering Areas of Work The mechanical engineers graduated from UFC can work at diverse sectors of the industry of public or private services, developing: • Projects of mechanical components and systems; • Projects of thermal components and systems; • Manufacturing, assembly, operation, and maintenance of machinery and equipments; • Technological research and development of products and services etc.
Mechanical Engineering Qualification Mechanical Engineer Course duration 10 semesters Total workload 3,600 hours Shift Morning Place Pici Campus Form of admission Enem Vacancies 60 per year
www.mecanica.ufc.br
Chemical Engineering Course History The graduation course of Chemical Engineering of the Universidade Federal do Cearรก started to function in 1965. It was installed, at first, in the old Chemical Institute, being transferred in 1969 to the old School of Engineering (today, Center of Technology). The Department of Chemical Engineering (DEQ) of UFC was created in 1986, from the dismemberment of the Department of Thermodynamics and Eletrotechnology into the Department of Chemical Engineering and the Department of Electrical Engineering.
Chemical Engineering Areas of Work Although Chemical Engineering was initially conceived in England, it has experienced its main development in the United States, driven primarily by oil and by heavy chemical industries, and after that by the petrochemical industry, with the production of plastic, synthetic rubber and synthetic fibers from oil and natural gas. At the beginning of the last century, Chemical Engineering developed physical processes of separation, such as distillation, absorption and extraction, to which there were combined the principles of mass transfer, fluid-dynamics and heat transfer in order to design equipments.
Chemical Engineering Areas of Work Chemical Engineering is now applied in various areas, such as biotechnology, energy, environment, food, microelectronics, pharmaceutical industries, amongst others. In such industries, chemical engineers work in the production, research, project, and development of product processes; marketing, data processing; sales and, in most cases, they advance towards high administration of companies.
Chemical Engineering Qualification Chemical Engineer Course duration 10 semesters Total workload 3,600 hours Shift Morning Place Pici Campus Form of admission Enem Vacancies 70 per year
Electrical Engineering Course History The graduation course of Electrical Engineering of the Universidade Federal do Cearå was created in 1974, having hundreds of engineers graduated since then. The course provides a solid theorical education associated to diverse practices performed in various education laboratories, which have modern structure and equipments, appropriate to the professional education.
Electrical Engineering Course History The course also offers many possibilities of tutoring and scientific initiation scholarships, as well as oportunities to participate in exchange programs in Brazil, France and Germany. The scientific initiation of the undergraduates has won the following awards: Jovem Cientista (CNPq, 2010), PrĂŞmio Santander (2009), Outstanding Innovation Award (IEEE, 2009), etc.
Electrical Engineering Areas of Work The course offered by UFC allows the professional to work in the following areas: generation; transmition and distribution; electric, residential, building, industrial, and hospital instalations; wind and solar power; electric machines and activation; signal processing; electronic and microelectronic instruments supply; system automation controls; robotics, digital systems; programming; amongst others.
Electrical Engineering Qualification Electrical Engineer Course duration 10 semesters Total workload 3,600 hours Shift Morning Place Pici Campus Form of admission Enem Vacancies 100 per year
Mechanical and Manufacturing Engineering Course History The course of Mechanical and Manufacturing Engineering is a new graduation that was authorized in September 21st 1998 by the Resolution nยบ 02 of CONSUNI. It started in 1999, as the first night shift course of the Technology Center, being offered, from 2005 on, in the afternoon shift as well. It was recognized by the Ministry of Education through the MEC Regulation Nยบ. 3.891, from 18/12/2003, year of the graduation of its first class.
Mechanical and Manufacturing Engineering Areas of Work The areas of work of the mechanical and manufacturing engineer range from primary industries to the service sector. Thus, the professional can work in the following areas: • Management of manufacturing, quality, work methods and strategy: utilizes tools of planning, control, and organizational strategies • Economic management: utilizes economic engineering and cost management and elaborates analyses of economic and financial feasibility of investiments
Mechanical and Manufacturing Engineering Areas of Work • Development of products and of ergonomics: utilizes tools and methods of product development process that allow the transformation of the clientele necessities into features and concepts of products • Optimization and simulation of systems: utilizes mathematical and statistical tools to model production systems and to assist when taking decisions • Business logistics: utilizes tools of value chain integration through incoming material, manufacturing and product distribution.
Mechanical and Manufacturing Engineering Qualification Mechanical and Manufacturing Engineer Course duration 10 semesters Total workload 3,600 hours Shift Afternoon / Night Place Pici Campus Form of admission Enem Vacancies 100 per year
Teleinformatics Engineering Course History The course of Teleinformatics Engineering of the Universidade Federal do Cearรก was created in 2003 and its first class started in March 2004. From the entrance exam of the year of 2008 on, the course has started to offer two classes: one in the morning, with 60 vacancies, and one at night, with 50 vacancies. In both, the student has the possibility of obtaining the diploma of Teleinformatics Engineering with emphasis in Telecommunications Engineering and/or Computing Engineering.
Teleinformatics Engineering Areas of Work Teleinformatics engineers can work in diverse labor market sectors, because they master important technical and scientifical, professional, and managerial contents, based in software and hardware, in areas integrated to and also independent from Telecommunications and Computing Engineerings. This engineer is able to practice industrial and managerial activities associated to telecommunications sectors: computing; teleinformatics; digital televistion; building, laboratory, and hospital electronic instruments supply; image and video processing; multimedia; telemedicine and robotics; wireless systems and networks; radio broadcasting; microwaves; optical communications, and satellite communications.
Teleinformatics Engineering Qualification Teleinformatics Engineer Course duration 10 semesters (morning) 12 semesters (night) Total workload 3,600 hours Shift Morning / Night Place Pici Campus Form of admission Enem Vacancies 60 per year (morning) 50 per year (night)
www.cgeti.deti.ufc.br
Metallurgical Engineering Course History The graduation course of Metallurgical Engineering of UFC was created in September 2nd 2005. Its first class started in March 2006 and graduated in December 2010. The course is linked to the Department of Metallurgical Engineering and of Materials of UFC, which also offers master’s degree and doctorate in Engineering and Materials Science.
Metallurgical Engineering Areas of Work The metallugical engineer is responsable for processing metals and alloys and for their applications in industry. He works in all the processes, such as extraction, refining, and shaping, as well as obtaining alloys for various industrial uses, which range from the manufacture of plates and beams for the civil construction to the production of soda cans, orthopedic implants, and aircraft landing gears.
Metallurgical Engineering Areas of Work With deep knowledge of metals and their proprieties, he also combines metals with other materials, such as glass, plastic, or ceramics, creating compounds with new proprieties. Present in diverse industrial segments, this professional is essential in the basic industries and in the metallurgical sector.
Metallurgical Engineering Qualification Metallurgical Engineer Course duration 10 semesters Total workload 3,600 hours Shift Morning Place Pici Campus Form of admission Enem Vacancies 60 per year
www.engmet.ufc.br
Environmental Engineering Course History The course of Environmental Engineering of the Universidade Federal do Cearรก was created in 2009 by the Resolution Nยบ 24/CONSUNI and aims at forming engineers with solid technical, scientifical, and professional education to work in the area of Environmental Engineering. The Departments of Hydraulic and Environmental Engineering, Chemical Engineering, Mechanical and Manufacturing Engineering, Transportation Engineering, amongst others, give support to the course, providing disciplines and supporting as to the infraestructure of research and/or teaching laboratories.
Environmental Engineering Areas of Work • Work on the management, elaboration, and execution of studies of environmental impacts, in order to mitigate anthropic actions; • Propose technologies that aim at reducing the pollution of air, water and soil • Propose recovery techniques of degraded areas • Work in areas of basic sanitation • Give consultancy in planning, licensing and accreditation of environmental audits • Elaborate projects that aim at reduction, reuse, or treatment of solid and liquid waste • Work in the area of environmental education • Regulate and standardize environmental issues, using knowledge related to climate, to renewable and non-renewable natural resources, to the biotic environment, and to the socioeconomic conditions of the populations.
Environmental Engineering Qualification Environmetal Engineer Course duration 10 semesters Total workload 3,696 hours Shift Morning Place Pici Campus Form of admission Enem. Internal selections happen in the course of Energy and Environmental Engineeering at the end of its second year Vacancies 40 per year
www.cgeti.deti.ufc.br
Renewable Resources Engineering Course History The course of Renewable Energy Engineering was created in 2009, having the entrance exam been offered the following year. The graduation of the first class is due the semester of 2014.2. The course project was made by the professors of the Department of Mechanical Engineering motivated by the reality lived nowadays, when the theme of energy has occupied an important position worldwide, due to the shortage problems.
Renewable Resources Engineering Course History Thus, the renewable energies have been shown as a viable alternative and the creation of the course of Renewable Energy Engineering is presented as a response of the Universidade Federal do Cearรก to the Brazilian Society. Within this context, the professional of Renewable Energy Engineering, with his training in various fields of knowledge, can make an important contribution, through the development and improvement of technologies that contribute to improving the life quality of the populations.
Renewable Resources Engineering Areas of Work The labor market is very broad, consisting of public and private companies, state bodies of the three spheres of government, besides social organizations of public interest, and non-governmental organizations. Examples of workplaces for this engineer: • Industry of heat and power generation equipments • Use of renewable resources to generate power and heat • Analysis of thermal and fluid-mechanical systems.
Renewable Resources Engineering Qualification Renewable Resources Engineer Course duration 10 semesters Total workload 3,888 hours Shift Morning Place Pici Campus Form of admission Enem. Internal selections happen in the course of Energy and Environmental Engineeering at the end of its second year Vacancies 40 per year
ceer@ufc.br
Petroleum Engineering Course History The course of Petroleum Engineering of the Universidade Federal do Cearรก was created in 2009 and it aims at providing engineers with solid technical, scientifical and professional education to work in the oil industry. The Departments of Chemical Engineering, Mechanical and Manufacturing Engineering, Hydraulic and Environmental Engineering, and Transportation Engineering give support to the course providing disciplines and as to the infraestructure of research and/or teaching laboratories.
Petroleum Engineering Areas of Work The graduate of Petroleum Engineering has training directed to the oil industry both in upstream and downstream areas and should: • Have basic theoretical and practical foundation to work at all levels, in different application areas of Petroleum Engineering • Develop technical activities related to the dimensioning, assessment, and exploitation of oil deposits, transportation and refining of petroleum • Be capable to study the technical and economic feasibility in oil fields and oil refineries.
Petroleum Engineering Qualification Petroleum Engineer Course duration 10 semesters Total workload 3,632 hours Shift Morning Place Pici Campus Form of admission Enem. Internal selections happen in the course of Energy and Environmental Engineeering at the end of its second year Vacancies 40 per year
www.engamb.ufc.br
Address Pici Campus, Block 710, Pici Fortaleza, CE, Brazil, 60455 760 PO Box 6041 Contact +55 85 3366 9600 +55 85 3666 9601 secretaria@ufc.br Expedient Photographs by Jr. Panela and Rafael Cavalcante Presentation by Rafael Cavalcante (Design/UFC) Text by Coordination of Courses
www.ct.ufc.br