A control education software suite to bridge methodological and engineering aspects

A Road Map for Civil Engineers towards Bridge Engineering Through Academic Education and Professional Training

It is common in many countries that engineers having an academic degree in Civil Engineering are appointed responsible for different tasks related to Bridge Engineering. However, there are serious questions about whether formal university courses in civil engineering could cover the needs of a bridge engineer to fulfill his or her job successfully. Regarding the recent significant advances in t...

A Collaborative Approach to Software Engineering Education

The paper presents an approach to quality improvement of Software engineering education. The main idea is to state a goal, recognized as significant by the partners from three different areas – education, science and business, and then to try to unify their efforts so as to achieve the goal. The basic principles of the approach are presented, together with a systematic methodology and the forma...

A Maturity Environment to Software Engineering Education

A maturity environment is presented, aiming to support software engineering education. This environment is part of a processes framework being developed in the Software Technology Laboratory (LTS) of the Department of Computer Engineering of Escola Politécnica of University of São Paulo, Brazil. The framework is a three-level model with Reference Model, Maturity Environment and Real Environment...

A Methodological Approach to Domain Engineering for Software Variability Enhancement

Flexibility is one of the major quality aspects that are required for today’s applications. Variability realization techniques provide a mean to achieve this flexibility. Some variability realization techniques that provide higher levels of flexibility also imply more complex engineering processes. This is the case of more recent techniques like reflection and run-time code generation. This pap...

Software Reverse Engineering Education