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K26. Identify laws, regulations and standards in the field of industrial technical engineering.
S16. Apply environmental technologies and the principles and objectives of sustainable development in industrial and human development and in environmental protection.
S30. Use specifications, regulations and standards in the field of industrial technical engineering.
S31. Detect, propose, analyze, model, make decisions and solve problems in the social, economic and environmental fields.
S32. Use tools and technologies to intervene in the direction of sustainability.
S33. Develop environmentally friendly technology and integrate it into engineering work.
S38. Apply specifications, laws, regulations and rules in the field of technical industrial engineering.
C1. Organize projects in the field of technical industrial engineering.
C2. Apply sustainability criteria and the profession's codes of ethics.
C5. Develop an entrepreneurial or intrapreneurial project and carry it out with initiative, creating a team and motivating others, being able to manage resources efficiently, plan and execute the project, anticipating and adapting to changing environmental conditions.
C11. Operate appropriately to understand and produce a written, oral or audiovisual text, as well as interpret and understand the plurilingual, multilingual and intercultural relationship of their immediate reality.
C19. Evaluate and implement the necessary actions to correct possible deviations from what has been planned and effectively execute the assigned role within the team.
C28. Develop and present work and other activities, incorporating the gender perspective as a variable to be taken into account in the analysis of this reality and in decision-making.
Subject framed in the subject of Project Methodology. The course aims to train students in the realization of engineering projects, both in the development processes of the technical solution and in the management of the different phases of the project. In this subject the first phases of the life cycle of an engineering project are studied, in particular the generation of ideas and basic engineering. In addition to the theoretical contents studied, students develop in groups an industrial preliminary project, including the identification of the problem, feasibility studies, and planning and budgeting of the development of detailed engineering to be carried out in the subject of Project Management. II of fourth course.
The classroom (physical or virtual) is a safe space, free of sexist, racist, homophobic, transphobic and discriminatory attitudes, either towards students or towards teachers. We trust that together we can create a safe space where we can make mistakes and learn without having to suffer prejudice from others.
Content title 1:Typology and life cycle of projects
Content title 2: Preliminary project or preliminary project
Content title 3: Project planning
Content title 4: Technical office
The final grade is the weighted sum of the grades of the activities
Activity 1 - Identification of a problem to be solved (Preliminary Project Delivery 1): 15%
Activity 2 - Feasibility analysis, planning and budgeting of an engineering project (Delivery of Preliminary Project 2): 45%
Activity 3 - Final exam: 40%
Attendance at theoretical and laboratory sessions, and submission of the corresponding reports for activities 1, 2 is a necessary condition for the evaluation of the subject.
The grade for activity 1 is cumulative to activity 2, therefore your grade may vary when you submit the subsequent activity.
Although activities 1 and 2 are delivered in groups, their evaluation will be individual.
It will be up to the teachers of the subject to decide on the possibility of adding activities that allow the recovery of the suspended activities.
It is mandatory to complete all activities to obtain the final grade for the subject. The grade calculation algorithm is only applied if the grade for Activity 3 is greater than or equal to 4,0; otherwise the subject is failed.
The make-up exam only gives the option to pass the subject, at most, with a grade of 5, except in the case where the weighted average grade of the first 2 activities is equal to or higher than 8. In this case the final grade will correspond to the weighted average grade of all the activities in the subject (the make-up exam corresponds to activity 3, and its grade must be greater than or equal to 4,0).
For activities 1, 2, if the results of your evaluation are not satisfactory, or the teachers consider it appropriate, they may call the members of a group to take an individualized evaluation test.
GIMÉNEZ, Miquel; HORRILLO, Julian. (2024). Materials for the subject of Project Management I. TecnoCampus. Mataró
HORINE, Gregory. (2010). Project management. Anaya.
PROJECT MANAGEMENT INSTITUTE. PMBOK (2013). Guide to the Fundamentals of Project Management.
BURTON, Celia; MICHAEL, Norma. (1992). A practical Guide to Project Management. Kogan Page. London.
CASTRO, Manuel; COLMENAR, Antonio.; CRUZ, Francisco Javier; SANCRISTOBAL, Elio. (2010), Project Management with Microsoft Project 2010. Ra-ma
DIAZ, Ángel (2010). The art of project management. Ra-ma
DAVENPORT, Thomas.; PRUSAK, Laurence. (1998). Working Knowledge: How organizations manage what they know. Harvard Business School Press.
ROSENAU, Milton. (1998). Successful Project Management: a step-by-step approach with practical examples. 3rd Edition. John Wiley.