Official Code: | 9694 |
Acronym: | CINF |
2018 | 2019 | 2020 | 2021 | 2022 |
---|---|---|---|---|
141,2 | 146,2 | 144,4 | 145,4 | 144,8 |
Scheme | Phase | Vacancies |
---|---|---|
General Admissions | 1 | 46 |
After approval in this course unit, the students should be able to:
1-a) Recall the fundamentals of the time value of money, the structure of the key financial analysis tools, and the logic of their articulation in order to enable the financial analysis of investment projects.
1-b) Analyze simple financial assets and statements.
1-c) Develop and analyze, in a rigorous way, simple financial forecasts and investment projects.
2-a) Recall the definitions of the main perspectives on corporate strategy, and the concepts and structure of the analysis tools employed in each of those perspectives.
2-b) Use those concepts bottom-up in the ideation of technology based projects.
2-c) Analyze value creation in technology based projects, using those tools.
3-a) Recall the definitions, classifications, assessment criteria and success ingredients of opportunities and entrepreneurship, as well as the rationale for their social and economic importance.
3-b) Recall the key building blocks for technology based products and businesses, and the factors that may limit an innovator's access to the returns from innovation.
3-c) Use these frameworks bottom-up in the ideation of technology based projects.
3-d) Use these frameworks to analyze the ability to create, deliver, and capture value, in technology based projects.
4-a) Recall the definitions of the key perspectives on operations, key objectives, and the logic for the trade-offs among them, in a supply chain context.
4-b) Use this knowledge to formulate and analyze generically operations strategies in simple supply chains.
4-c) Recall the definitions of the main concepts in systems thinking.
4-d) Identify those components in technology based systems.
5-a) Recall the logic of the importance of enterprise and social interactions of engineering systems, and the need for systemic and interdisciplinary approaches to tackle those systems.
5-b) Identify those interactions and their importance in several engineering application domains.
At the end of the course unit, they should be able to, in a simple and introductory way, analyze of develop an engineering project beyond technology, with a wider perspective, considering multiple enterprise and social interaction issues, particularly along financial, strategy, innovation, and operations perspectives.
Provide the students with the knowledge of essential concepts regarding the technologies that support the creation, storage and communication of digital information, allowing students to use them effectively.
This includes computer architectures, operating systems (Windows and Linux), network architectures and services, as well as Web 2.0 technologies and services.
SPECIFIC AIMS:
Provide students with an integrated view of Statistics and of its usefulness, making them capacitated users of Descriptive Statistics and Statistical Inference.
To provide students with the necessary skills to respond to different information needs, enhancing contact with sources of information - general, scientific and technical - developing their ability to think critically throughout the reference process.
This course is designed to help students acquire skills in the different aspects of Internet programing. A special emphasis will be given to the World Wide Web, as a consistent interface for practically all other Internet applications in terms of structure and technology, documents creation, developing and maintaining sites and perspectives for future development.
The "Information Retrieval" course assumes as its context the existence of large collections of information and the need for methods and tools for information retrieval on extensive heterogeneous collections.
We aim to:
1. Make the students feel the difference between structured and unstructured information and the difference between documents having associated descriptions or not.
2. Make the students familiar with the main concepts in textual information retrieval and their application in retrieval tools.
3. Use well-established methods in information retrieval to evaluate retrieval tools.
The goal of the course is to get the students familiar with databases both as components of information systems to be specified or managed and as information sources to be explored, enabling them to participate on the definition of an organizational data storage strategy.