Master's Degree in Engineering & Technology in Rome in Italy

View all Masters Programs in Engineering & Technology 2017 in Rome in Italy

Engineering & Technology

In order to successfully obtain a Masters qualification, you will need to obtain a number of credits by passing individual modules. Most taught Masters will have a number of core modules which you must take and pass in order to obtain the qualification. The assessment of research Masters is almost always entirely by a single dissertation module or project.

Studies in engineering and technology prepare you for the technologically oriented workforce of today.

Members of the workforce with engineering and technology training are sought out by many industries including medical research and computer software development.

 

Officially known as the Italian Republic, the country is found in southern Europe. The official language is Italian and the cultural rich capital is Rome. Many of the world's oldest universities are located in Italy, in particular the University of Bologna (founded in 1088). There are three Superior Graduate Schools with "university status", three institutes with the status of Doctoral Colleges, which function at graduate and post-graduate level.

For those who are interested in studying in a capital city with a rich heritage, Rome is the right place. It has distinctive universities such as the University of Rome that provides degree programs in a variety of disciplines like history and Engineering. This city is peaceful and ideal to live.

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Master in Educational Leadership, Management and Emerging Technologies

Marconi University
Campus Full time 12 months October 2017 Italy Rome

The Master in Educational Leadership, Management and Emerging Technologies responds to the important process of the innovation of teaching/learning theory and practice, providing comprehensive training for educators and administrators who influence and manage organizational change at various levels in today’s education system. [+]

Masters in Engineering & Technology in Rome in Italy. The Master in Educational Leadership, Management and Emerging Technologies responds to the important process of the innovation of teaching/learning theory and practice, providing comprehensive training for educators and administrators who influence and manage organizational change at various levels in today’s education system. The Master program is designed for those who seek roles as leaders in the field of education, exposing them to innovative research and practice in the leadership, management and administration of educational institutions. Taught by experienced practitioners and active researchers in the field, the Master integrates theory and practice, enabling graduates to gain academic and practical skills in oral communication, problem solving, critical thinking and team building. A student is granted a Master’s degree after successfully defending his or her final thesis in front of a panel of judges. Grading is based on a scale of 0-110; 66 is the passing grade and students who obtain full marks of 110 may also be awarded ‘summa cum laude’ (110 e lode). The final thesis of the Master’s program, intended to assess the technical, scientific and professional preparation and competences of the student, requires the completion, discussion and presentation of a written project work during the dissertation. Courses LEADERSHIP AND CHANGE MANAGEMENT ORGANIZATIONAL BEHAVIOR PEOPLE AND PROJECT MANAGEMENT STRUCTURE OF EDUCATIONAL SYSTEMS LIFELONG LEARNING THEORIES EDUCATIONAL DESIGN ADVANCED E-LEARNING STRATEGIES and MULTIMEDIA ENVIRONMENTS FOR LEARNING OPERATIONAL ENVIRONMENT IN LIFELONG LEARNING E-LEARNING AND HUMANITIES Learning Objectives At the end of this program, the student will be able to: Make use of the most common, interactive emerging technologies and multimedia as an integration to educational activities; Demonstrate a critical awareness of the complex forces impacting on leadership and management in organizations; Develop a sound understanding and appreciation of current issues in leadership and management; Exhibit an enhanced appreciation of forces and values that impact policy development and implementation in education and training; Contribute to a raised standard of managerial performance within education and other human services. Outcomes and Professional Profile Education and Higher Education managers Director of e-learning unit or projects Public school administration Corporate training leader Recreation management Director Educational policy administrator [-]

Master in Computer Science

Marconi University
Campus Full time 12 months October 2017 Italy Rome

The Master in Computer Science responds to this need and represents an important opportunity of vocational training on: development/implementation of information systems architecture; development, management and maintenance of business databases; implementation of guidelines for software development; knowledge and implementation of policies for the security and reliability of systems and the web. [+]

With the spread of information technologies into contemporary lifestyles and into many different professional contexts, it is evident how important is to meet the growing demand for high-qualified learning programs for the development and project of effective and innovative IT solutions. The Master in Computer Science responds to this need and represents an important opportunity of vocational training on: development/implementation of information systems architecture; development, management and maintenance of business databases; implementation of guidelines for software development; knowledge and implementation of policies for the security and reliability of systems and the web. A student is granted a Master’s degree after successfully defending his or her final thesis in front of a panel of judges. Grading is based on a scale of 0-110; 66 is the passing grade and students who obtain full marks of 110 may also be awarded ‘summa cum laude’ (110 e lode). The final thesis of the Master’s program, intended to assess the technical, scientific and professional preparation and competences of the student, requires the completion, discussion and presentation of a written project work during the dissertation. The MCS degree program consists of four modules: Computer networks (12CFU/ 9 quarter credits), Database (12CFU/ 9 quarter credits), Software engineering (18CFU/ 13.5 quarter credits) and Security (12CFU/ 9 quarter credits). Module 1 – Computer networks – MCS_E_M1 CFU/ECTS 12 – US QC 9 The module allows you to have in depth knowledge of computer and telecommunication networks. A description of the layers will be given: physical, data links and the network and transport of the OSI model. Furthermore, the features of the main systems used in geographical areas will be described such as telephone networks and cell phone systems, as well as metropolitan areas such as WiMax where protocols and structures will be explained. Lastly, the functioning of IPv6 will be considered. Module 2 – Database – MCS_E_M2 CFU/ECTS 12 – US QC 9 The module aims to present the system characteristics, their architecture and the principles that they aspire to, based on database technology and in particular on the relational ones. They deal with the application design point of view and, in addition, the systems for data management, interrogation languages and design methodologies will be studied on the databases themselves. They will deal with automatic information retrieval systems from heterogeneous and distributed sources by giving the skills needed to understand the processes and techniques of information processing which characterize today’s search engines and their applications. Particular emphasis will be given to automatic learning technologies which allow for the rapid development of systems based on the reutilization of data and available knowledge in electronic format within open sources. Module 3 – Software Engineering – MCS_E_M3 CFU/ECTS 18 – US QC 13,5 The module’s objective is to understand the more advanced aspects of object oriented programming by using Java as the language of reference. The software industrial production process will be defined, by highlighting the lifecycle of the software product from the requirements stage to the implementation and integration stage according to the most modern object oriented methodologies. The knowledge for the analysis, design and quality software systems implementation will be given, by focusing on the description of the software development stages. Furthermore, the methodologies developed for complex problem analysis will be described in order to evaluate the complexity of each approach and to identify the structures and strategies to resolve them. Module 4 – Security – MCS_E_M4 CFU/ECTS 18 – US QC 13,5 The module intends to give the know how in order to understand the different aspects in which we articulate the theme of security in computing systems. The technical aspects relating to cryptography, system and network security will be dealt with, as well as the managerial and normative point of view. The capacity of dealing with the digital signals which must be transmitted remotely or stored on a device will be considered, whose purpose is to reduce redundancy and increase the probability of correct information retrieval after the transmission or storage. Learning Objectives The Master enables students to project, develop, create, manage and maintain business information systems and is specifically focused on the physical structure of the information network. Moreover, the Master provides students with the basics in the field of the development of software and the management of business databases, web applications and mobile technology. Outcomes and Professional Profile The Master in Computer Science intends to form high-skilled professionals able to work in public and private organizations worldwide as business information systems managers. [-]

Master's Degree in ICT and Internet Engineering

University of Tor Vergata
Campus Full time October 2017 Italy Rome

We have joined the strong fundaments of Engineering to a series of new subjects concerning current and required themes in the world of work and, as a surplus value, the subjects of the Master’s Degree are completely taught in English. Our newly reinforced Degree programme and the introduction of the English language are the answer to the world that is changing. [+]

Masters in Engineering & Technology in Rome in Italy. Master's Degree in ICT and Internet Engineering From passion... To profession In 2020 more than 20 billion terminals are expected to be connected to the Internet Internet has changed our way of working and confronting, realizing the biggest revolution in our age. Internet is the intelligent infrastructure that makes electricity, buildings and cities smart (Smart Grid, Smart Building, Smart City). Interconnecting machines and people is revolutionizing every sector of life. Internet Engineering studies the techniques that allow to do things which were supposed to be impossible, just few years ago. The Degree in Internet Engineering gives you the technical know-how to be an active part of this change. What kind of world will await you after the Degree? There is only one way: Your Way The development of science and technology is taking towards an increasing need for professionals. That’s why we have introduced more freedom to choose you subjects: it’s up to you to choose your course with 41% of option credits in the Master’s Degree, completely taught in English! We have joined the strong fundaments of Engineering to a series of new subjects concerning current and required themes in the world of work and, as a surplus value, the subjects of the Master’s Degree are completely taught in English. Our newly reinforced Degree programme and the introduction of the English language are the answer to the world that is changing. The master of Science in ICT (Information and Communication Technologies) and Internet Engineering provides the skills, methodologies, and technical know-how needed to master and exploit the many opportunities brought about by the digital era and the emergence of “smart” networked infrastructures in many application domains (energy, transport, society, security, etc). Students will learn and experiment the various facets of the modern internet technologies, including, but not limiting to: sensing, monitoring, and cyber-physical systems; telecommunication and networking; software systems and services; cyber-security; advanced techniques for (big) data analytics and pattern recognition, etc. Do you remember? Smarphones did not exist before 2006 and before 2000 web was a real stranger to many people! Here are some of the news subjects: Internet Architecture Architectures, technologies and protocols for data transfer and supply on cabled and via radio infrastructures Internet Software Data Transfer and Supply Location Systems, remote sensing, radiofrequency identification, monitoring, surveillance and sensing Architectures and protocols design Methodologies for fixed and mobile telecommunications networks Transmission methodologies, multimedia data communication and processing Systems and optical networks processing, satellite networks, radio mobiles, mobiles, LAN and MAN methodologies Web and Internet services and applications design Mobile terminals applications development Pattern recognition Data and infrastructures communication, network and transfer systems management Users, network infrastructure and data protection and security Data analysis and knowledge management Systems design and development, distributed applications, mobile terminals Internet services methodologies For further information about Internet Engineering, contact us! Here is the new brochure of ICT and Internet Engineering Master’s Degree! Admission Italian Students Online pre-enrolment (further information) Admission test (further information) If You are interested in the Laziodisu Scholarship, please consult this website. Foreign Students Italian Students holding a foreing qualification If you are an Italian student holding a foreign qualification, here you will find the complete procedure to enrol. Programs Prerequisites You may be asked to attach at DELPHI website during the application procedure: A first-level (3-years) University Degree in Engineering or equivalent. Curriculum Vitae in English (any format). Motivation Letter (in English, any format). English proficiency certificate for non-English mother tongue. Minimum requirements: IELTS 6.0-TOEFL IBT 65/PBT 513/CBT 183- CEF B2- OR ALL OTHER EQUIVALENTS). In exceptional cases students who cannot provide a certificate may be considered for a Skype interview in order to assess their knowledge of English. EU citizens For EU nationals, EU-equated citizens and non-EU citizens resident in Italy there is this useful website. Programs Prerequisites You may be asked to attach at DELPHI website during the application procedure: A first-level (3-years) University Degree in Engineering or equivalent. Curriculum Vitae in English (any format). Motivation Letter (in English, any format). English proficiency certificate for non-English mother tongue. Minimum requirements: IELTS 6.0-TOEFL IBT 65/PBT 513/CBT 183- CEF B2- OR ALL OTHER EQUIVALENTS). In exceptional cases students who cannot provide a certificate may be considered for a Skype interview in order to assess their knowledge of English. Non-EU citizens Non-EU citizens who wish to enrol, please follow this step-by-step procedure from the Assessment to the Enrolment-Fees. On the same website, the foreign qualifications assessment procedure is now available! Before starting the pre-enrolment procedure, please, contact the Italian Embassy in Your Country for the terms and the documents required for international students, from March to July. Programs Prerequisites You may be asked to attach at DELPHI website during the application procedure: A first-level (3-years) University Degree in Engineering or equivalent. Curriculum Vitae in English (any format). Motivation Letter (in English, any format). English proficiency certificate for non-English mother tongue. Minimum requirements: IELTS 6.0-TOEFL IBT 65/PBT 513/CBT 183- CEF B2- OR ALL OTHER EQUIVALENTS). In exceptional cases students who cannot provide a certificate may be considered for a Skype interview in order to assess their knowledge of English. [-]

Master of Science in Nanotechnology Engineering

Sapienza University of Rome
Campus Full time 2 years October 2017 Italy Rome

The Masters Degree Programme in Nanotechnology Engineering trains engineers in the design, development and control of complex systems based on Nanotechnology. Starting from their basic background in engineering, students will be introduced to the basic tools necessary to master systems operating at the nanoscale with the purpose of conceiving, designing and characterizing micro and nano devices. [+]

The Masters Degree Programme in Nanotechnology Engineering trains engineers in the design, development and control of complex systems based on Nanotechnology. Starting from their basic background in engineering, students will be introduced to the basic tools necessary to master systems operating at the nanoscale with the purpose of conceiving, designing and characterizing micro and nano devices. The course is highly interdisciplinary, involving nanoscale physics, advanced chemistry and microscopy in combination with courses and laboratories devoted to the design of micro- and nano-devices for different application in industry, biotechnology and nano-electronics. Students can choose one of the following three programmes: Micro/Nano Device Design and Technology Biotechnology Nano-electronics The programme addresses multi- and inter-disciplinary subjects to provide students with the flexibility required to understand, design and handle applications at the micro- and nano-scale. The first part of the program is common to all three programmes and provides basic knowledge in nanoscience, including subjects such as Matter Physics and Quantum Mechanics, Advanced Chemistry, Scanning Probe Microscopies and Spectroscopies, Electronic Microscopies, Atomistic Simulations, Optics, Micro Electromechanical Systems, Macromolecular Structures. Moreover, specific applications will be addressed for subjects such as Mechanical, Electric and Electromagnetic Design of Micro/Nano Devices, Micro- and Nanoparticle Technology, Micro- and Nano-fluidics, Electromagnetic Fields and Nano-systems for Biomedical Applications, Electronic Nanotechnology, Optoelectronics, Photonic Microsystems, Laser Fundamentals. Students are also expected to select labs to complete their programme. Degree Structure Applicants to the Masters Degree Programme in Nanotechnology Engineering must hold a Bachelors Degree in Engineering (e.g. Material Science, Electronic & Electric, Mechanics & Aerospace) or equivalent degree and should have a good command of the fundamentals of engineering (Mathematics, Physics, Chemistry). The Masters Degree in Energy Engineering Programme is based on 120 ECTS credits over two years (1 CFU is equivalent to 1 ECTS credit). Credits are divided as follows: 54 ECTS - basic training module, 33 ECTS - elective training module A/B/C 12 ECTS - elective training subjects, 18 ECTS - final project The Masters Programme in Nanotechnology Engineering Programme has established several student exchange programmes with top universities and research centres abroad. [-]

Masters Programme in Mechanical Engineering

Sapienza University of Rome
Campus Full time 2 years October 2017 Italy Rome

The Master of Science in Mechanical Engineering aims at training young engineers with an advanced education, providing them with skills in designing, planning and managing complex activities of research and development in an industrial environment. This goal is achieved by means of a broad training proposal based on advanced mathematics and physics, [+]

Masters in Engineering & Technology in Rome in Italy. The Master of Science in Mechanical Engineering aims at training young engineers with an advanced education, providing them with skills in designing, planning and managing complex activities of research and development in an industrial environment. This goal is achieved by means of a broad training proposal based on advanced mathematics and physics, and professional expertise targeted to the solution of complex engineering problems concerning design of processes, plants, systems, devices, machines. Engineering Design professionals educated at Sapienza can work as technology specialists in a wide range of fields, including manufacturing, mechatronic, transportation (automotive, naval, aeronautical and railroad), conventional and renewable energy production, biomechanics and many others. In these settings mechanical engineers are responsible for design, testing, manage, research and development services. The present Mechanical Engineering Course keeps the educational spirit and objectives since the origin of Mechanical Engineering in the most modern sense, during the industrial revolution in the eighteenth century. This continuity to the tradition is combined with the innovation in the didactic approaches, designed to transfer the research know-how of the academic staff in a continuous improvement of teaching experiences and methodologies. Becoming a “Mechanical Engineer” still gives an education of international relevance, and studying in Rome warrants the possibility of living a vivid industry-related cultural experience. [-]

Masters Degree in Data Science

Sapienza University of Rome
Campus Full time 2 years October 2017 Italy Rome

The remarkable increase in the volume and complexity of available data and new technologies that have been developed to process them requires a combined multi-disciplinary approach to design an overall strategy aimed at transforming data into useful information. [+]

The remarkable increase in the volume and complexity of available data and new technologies that have been developed to process them requires a combined multi-disciplinary approach to design an overall strategy aimed at transforming data into useful information. Key ingredients to develop a successful strategy are data manipulation and visualization, large scale computing, statistical modelling, learning techniques, algorithmic thinking. Laurea Magistrale in Data Science is a new Master's degree taught in English. It is a joint initiative within the i3S Faculty combining the expertise of four Departments Informatics (DI) Department of Computer, Control and Management Engineering (DIAG) Information Engineering, Electronics and Telecommunications (DIET) Statistics (DSS) This Master's program provides a solid and modern preparation to understand and manage the multi-facet aspects of carrying out a complete data analysis, including acquisition, management, and statistical analysis. Admission To guarantee that students have the required background, there are some requirements that candidates should satisfy. For Italian students, these are: They must hold a 3-year bachelor's degree (laurea trienale) The must have acquired at least 90 credits in the following scientific sectors: Mathematical sciences: MAT/* Informatics: INF/01 Physics: FIS/* Economical and statistical sciences: SECS-P/*, SECS-S/* Industrial engineering: ING-IND/* Computer engineering: ING-INF/* They must possess basic knowledge from some of the following areas: Matematics: Differential calculus and integration in one or multiple real variables, basic notions of linear algebra and analytical geometry in the Euclidean space Probability: Random variables, distributions and mean values, basic distributions, convergence of sequences of random variables Informatics: Programming principles, knowledge of at least one of the following programming languages: C, C++, C#, Java, Python They must know the english language at a level of at B2 Course Plan First year Semester I ALGORITHMIC METHODS OF DATA MINING AND LABORATORY 9 ECTS FUNDAMENTALS OF DATA SCIENCE AND LABORATORY 9 ECTS STATISTICAL METHODS IN DATA SCIENCE AND LABORATORY I 6 ECTS INTELLECTUAL PROPERTY COMPETITION AND DATA PROTECTION LAW 6 ECTS ECONOMICS OF NETWORK INDUSTRIES 6 ECTS Semester II NETWORKING FOR BIG DATA AND LABORATORY 9 ECTS STATISTICAL METHODS IN DATA SCIENCE AND LABORATORY II 6 ECTS DATA MANAGEMENT FOR DATA SCIENCE 6 ECTS CLOUD COMPUTING 6 ECTS DATA MINING TECHNOLOGY FOR BUSINESS AND SOCIETY 6 ECTS DATA MONITORING ANALYSIS AND COMMUNICATION 6 ECTS STATISTICAL LEARNING 6 ECTS QUANTITATIVE MODELS FOR ECONOMIC ANALYSIS AND MANAGEMENT 6 ECTS Second year Semester I DATA PRIVACY AND SECURITY 6 ECTS SOCIAL AND BEHAVIORAL NETWORKS 6 ECTS SIGNAL PROCESSING FOR BIG DATA 6 ECTS NETWORK INFRASTRUCTURES 6 ECTS OPTIMIZATION METHODS FOR MACHINE LEARNING 6 ECTS STATISTICAL METHODS FOR OFFICIAL STATISTICS 6 ECTS EFFICIENCY AND PRODUCTIVITY ANALYSIS 6 ECTS PROBABILITY AND STOCHASTIC PROCESSES FOR DATA SCIENCE 6 ECTS DIGITAL EPIDEMIOLOGY 6 ECTS Semester II EARTH OBSERVATION DATA ANALYSIS 6 ECTS ECONOMICS OF INFORMATION 6 ECTS BIOINFORMATICS 6 ECTS [-]

Special Masters Degree in Aerospace Engineering

Sapienza University of Rome
Campus Full time 2 years October 2017 Italy Rome

The Special Degree in Aerospace Engineering (Code LM-28400) aims to develop experts that can be employed in advanced research and aerospace development centres. Students experience a system-oriented approach to aerospace engineering [+]

Masters in Engineering & Technology in Rome in Italy. The Special Degree in Aerospace Engineering (Code LM-28400) aims to develop experts that can be employed in advanced research and aerospace development centres. Students experience a system-oriented approach to aerospace engineering that is not common in the industry as the complexity of each subsystem drives engineers to focus on single aspects. The Special Master of Aerospace Engineering is a two-year programme designed for students holding an Italian masters degree (Laurea Magistrale) in any engineering discipline, earned after 5 years of studies, or an equivalent degree earned abroad. However, it may be reduced to one year for students with an Aerospace Engineering degree obtained at the end of 5 years of university-level study programmes. Learning Objectives The learning objective of the Special Master of Aerospace Engineering is training experts that can be employed in advanced research and development centers in aerospace engineering. An important aspect of the program consists in giving students a system-oriented approach to aerospace engineering. The capability of having a system-oriented and global vision of a space mission is not common in the industry because complexity of each subsystem pushes engineers to focus on single aspects. The design of the general architecture is assigned to the system engineer who is a long-experienced engineer that is able to have a global understanding of the project due to their experience acquired in various subsystems. System engineers are increasingly more difficult to find due to discontinuities that occur over time in the development of large space projects. Master programs in aerospace engineering tend to provide students with at most a basic education in one of the areas of aerospace engineering because of the continuous technological advancement. On the other hand, complexity of current space programs asks for professionals capable of having an insight in extremely various technical aspects. Thus, education offered by the Special Master is extremely important in the industry since it trains system engineers in astronautics. Educational Project The Special Master of Aerospace Engineering is a two-year program. However, it reduces to a one-year program for students with a master degree (or an equivalent degree) in the area of aerospace engineering . All courses are taught in English. The educational project of the Special Master of Aerospace Engineering pushes students towards practical projects. In fact, students get trained in research and development activities through an education that covers both theoretical and practical aspects. As a matter of fact, courses usually include lab activities; in the School of Aerospace Engineering the following labs are active AerosPower - Power Systems for Aerospace Lab ARCA - Automation Robotics and Control for Aerospace Lab EOSIAL - Earth Observation Satellite Images Applications Lab Flight Mechanics Lab Guidance and Navigation Lab Electronics Lab Structure and Material Lab Technologies for Aerospace Lab Thermo-acoustic Lab Thermo-vacuum and Optics Lab The School's facilities include a ground station for tracking and commanding satellites, a space simulator (thermo-vacuum, magnetic field, sun simulator), and a clean room for assembling microsatellites. Career Opportunities The Special Master of Aerospace Engineering leads to the following career opportunities in the industry system engineer for industrial aerospace projects engineer for automatic and robotic systems operator of systems for remote sensing, observation, and surveillance supervisor of space missions, including launch operations and ground operations for tracking, remote control, remote sensing, and data processing expert for engineering aspects of the effects of space environment on human beings and on parts of aerospace systems consultant for strategic and decisional processes of space agencies in research centers researcher in space systems researcher in the development of innovative materials for astronautics researcher in astrodynamics and control of aerospace systems expert for scientific missions for exploration of solar system in the area of education and cultural activities instructor for industry and military staff disseminator of aerospace culture [-]

Masters Degree in Transport Systems Engineering

Sapienza University of Rome
Campus Full time 2 years October 2017 Italy Rome

The Master Degree in Transport Systems Engineering aims at providing Students with high-level qualifications, so as to allow them to perform and manage a wide variety of activities connected with planning, programming, operating, monitoring transport systems and their components. [+]

The Master Degree in Transport Systems Engineering aims at providing Students with high-level qualifications, so as to allow them to perform and manage a wide variety of activities connected with planning, programming, operating, monitoring transport systems and their components. The professional skills of a Transport Systems Engineer include: methods to design transport systems: formulation of dimensional and performance specifications for system components; models for mobility of people and goods, for transport supply on multi-modal networks, for demand/supply interaction and equilibrium calculation; design and implementation of transport systems (technical and economic aspects), transport and mobility plans on different levels; on-line and off-line models for transport system operations and management; monitoring and ex-ante/ex-post assessment of mobility solutions from the technical, economic and environmental point of view. Study Program The program is organized into modules. It is composed by 120 ECTS as follows: 4 modules concerning the characterizing disciplines (48 ECTS); 4 modules concerning the characterizing disciplines chosen by the student in a optional group (24/48 ECTS); 2 modules concerning integrative disciplines (12 ECTS); 2 modules freely chosen by the student with suggestions in coherence with educational purposes of the Master Degree (12 ECTS): Other education activities proposed by the student (3 ECTS); Thesis work (21 ECTS) Admission Requirements The Master is directly open for Students with Engineering Bachelor’s degree. [-]

Master in Virtual Architecture

Quasar Design University in Rome
Campus Full time Part time 1 - 1 year March 2017 Italy Rome + 1 more

The Master in Virtual Architecture, which has been running since 1999 and is constantly updated according to the methods and software that best respond to the needs of visualization and verification, prepares operators in the architectural field (architects, designers, engineers, surveyors and related professionals) to visualize projects in 3D graphics, elaborating the most appropriate method of implementation for each type of project and using CAD 2D and 3D programs and post-production and animation techniques. 
The final product is particularly sophisticated and, depending on the intention, achieves total photorealism. [+]

Masters in Engineering & Technology in Rome in Italy. Master in Virtual Architecture The Master in Virtual Architecture, which has been running since 1999 and is constantly updated according to the methods and software that best respond to the needs of visualization and verification, prepares operators in the architectural field (architects, designers, engineers, surveyors and related professionals) to visualize projects in 3D graphics, elaborating the most appropriate method of implementation for each type of project and using CAD 2D and 3D programs and post-production and animation techniques. 
The final product is particularly sophisticated and, depending on the intention, achieves total photorealism. Space and materials unfold and embody the architectural idea.
Light becomes the essential synthesis, materials are
adapted and exchanged, the virtual becomes a powerful tool
for pure experimentation.
The designer imagines and verifies, analyzes and explores,
identifies with and measures the validity of their ideas,
foreseeing their realization.
The outcome shapes the most advanced way
of static and dynamic communication of the project using
the most up-to-date computer graphics technologies. Who it is aimed at The Master is aimed at designers, graduates and final-year students in architecture or civil engineering, junior architects or designers, who want to complement their skills and acquire specific capacities in current techniques of representation. The skills required for participation in the course are: design experience, familiarity with the IT tools, an awareness of 2D CAD and an interest in developing in their profession by mastering fully the representation and communication of the project, using the techniques that become available thanks to software advances. The Master Board evaluates admission on the basis of the CV and an interview. Educational Objectives The course aims to increase skills in: management of 3D architectural projects and their fruition for print, video and other audiovisual media for final static and dynamic elaborations (3D animation); verification of the project through the use of 2D and 3D CAD programs; integration with other design and engineering functions. Awarded qualification After passing the final exam, QDU Master certificate is issued.
 There is also an Autodesk certificate for the software used. Creative jobs The skills acquired with the Master in Virtual Architecture are applied in a variety of sectors that might benefit from the photorealistic simulation, which is virtually indistinguishable from photography, of objects, buildings or complex assemblies. Testing and verification at the design stage, elaborations for competitions, presentations of proposals for the commissioning party, integration between the different design areas, such as calculating areas and volumes, engineering, structural calculation and the verification of energy behaviour.
Starting from the analysis of traditional design, the course aims to introduce and train students to a high-level in techniques for CAD and 3D graphic representation and advanced animation, for testing for environmental impact, complex simulation of structures, restoration, archaeological reconstruction, furnishings, through the choice of materials, lighting, the natural environment and plant species (including as they evolve over time and recording their dynamic behaviour in response to the weather), following a strictly programmed operational flow. Partners CNR-ITABC Istituto per le Tecnologie Applicate ai Beni Culturali Q-Agency – Roma Studio TRANSIT Design Studio Kami Studio Sposato Studio Leonori associati Studio associato Elia-Giancotti Presint engineering Seste engineering Studio Scape Subjects The Master is divided into successive introductory modules. The main educational lines concern the interpretation of the project using 2D and 3D CAD and BIM software; the porting of the data within the 3D software used primarily during rendering; transcoding formats, definition of 2D texture; advanced rendering in V-Ray and Fryrender; the study and representation of territory and fluid dynamics, the aesthetic control of lighting; the editing of tables and video animations; HDR technique and 2D – 3D photomontages for environmental impact. An introduction is also provided of management and contracts, for carrying out professional activities in the field. Course Location The course "Virtual Architecture" will be held in Rome at Quasar Design University. Via Crescenzio 17 A Roma(RM) - 00193 [-]

Master in Yacht Design

Quasar Design University in Rome
Campus Full time Part time January 2017 Italy Rome

The Master will give the students: Competence in 3DRhino and 3D Orca software and reltive Plug-ins (3D Studio Max, Realflow, V-Ray and Phoenix) Good knowledge of Interiors and Exteriors design and styling General understanding of structural issues and building materials and process Basic of Hydrodinamics and Hydrostatic. [+]

Master in Yacht Design The Master will give the students: Competence in 3DRhino and 3D Orca software and reltive Plug-ins (3D Studio Max, Realflow, V-Ray and Phoenix) Good knowledge of Interiors and Exteriors design and styling General understanding of structural issues and building materials and process Basic of Hydrodinamics and Hydrostatic. Educational objectives The design of a yacht entirely developed by the students is the the main goal and the uniquess of our Master. Subjects Design: typolgies of motor and sailing yachts, production yachts, custom yachts Hydrodinamics: basic concepts 3D Computer Aided Design (CAD): Rhino 3D software, V-Ray, 3D Studio Max, Real Flow and Phoenix software 3D Hull Design and Fairing: Orca 3D naval achitecture software, intact hydrostatic and stability basic concepts utilising Orca 3D Course Location The course "Master in Yacht Design – EN" will be held in Rome at Quasar Design University. Via Crescenzio 17 A Roma(RM) - 00193 [-]

Master in Computer Science

University of Göttingen
Campus Full time 4 semesters

The programme contents include the development of modern experimental and product oriented information processing systems. Computer science can be divided into the areas of theoretical computer science, practical computer science, technical computer science as well as applied computer science. [+]

Master in Computer Science (M.Sc.)

 

Computer science is the science of systematic and automated processing of information. It deals with the structures, characteristics and possibilities to describe information and information processing as well as the setup, working method and construction principles of computer systems. General procedural methods of information processing and general methods of their application are researched. The programme contents include the development of modern experimental and product oriented information processing systems. Computer science can be divided into the areas of theoretical computer science, practical computer science, technical computer science as well as applied computer science.Students will deal with the possibilities of structuring, formalisation and mathematization of application areas in the form of special models and simulations. They will acquire knowledge in engineering development of software systems for different areas of application with special consideration of high adaptability and the man-computer interaction of such systems.The programme aims to convey extensive knowledge in the subject of computer science in theory and practice as well as with reference to an application subject. This comprises methods to solve application problems and their realization in an appropriate computer form.In Göttingen, particular importance is placed on the close connection with the application subject. In addition, the practical orientation can be further developed through project work and external internships. These internships are undertaken in an industrial company or a research institute.Those selecting computer science as their subject of study should be interested in a mathematically formal as well as an application-oriented practical way of working. The capability of working in a team is an important requirement for later daily work. Knowledge of the English language is required. Specialised knowledge, especially in programming, is not required.... [-]