LTAM31 - ECTS

Goals
- To acquire knowledge about biodiversity and nature conservation.
- To understand how studies are carried out in terrestrial and freshwater ecosystems.
- To acquire knowledge about the biogeography of terrestrial and freshwater flora and fauna.
- To understand how to protect species, habitats, and nature conservation.

LTAM30 - ECTS

- To understand the main concepts associated with the ecology of marine and estuarine ecosystems;

- To acquire knowledge about the structure and functioning of marine and estuarine ecosystems, including biological processes and interactions with the physical and chemical environment;

- To know the evolutionary origins and biology of the main taxonomic groups of marine organisms and integrate this knowledge in addressing issues related to the functional adaptation of these organisms;

- To identify the morphological characteristics of the main aquatic taxonomic groups, evolutionary relationships and adaptations to the marine environment;

- To know the main taxonomic classification systems

- To develop the ability to design a scientific study, interpret field and laboratory observation results and to report it.

LTAM01 - ECTS

LTAM05 - ECTS To know and understand the major geological, physical, and chemical processes that characterize the oceans. Namely, to acquire knowledge in the following topics:

. Ocean seafloor, its physiography, evolution processes and implications in ocean dynamics.

. Physical and chemical properties of seawater; understand the phenomena of stratification and stability in the ocean; and gain skills in the characterization and thermohaline analysis of water masses.

. Ocean dynamics and the main forcing elements and phenomena; understand ocean circulation patterns, wave generation and propagation, tidal distribution and characteristics, and sea level change phenomena.

. Contents and distribution of ocean sedimentary environments, their dynamics and implications.

. Dynamics of coastal zones and the various types of coastlines; understand the oceanographic mechanisms forcing coastal dynamics; implications on coastal hazard.

. National oceanic domain in terms of characteristics, dynamics, and legislative framework.

. Implications of climate change in the oceans.

Complementary, to acquire tools for the acquisition, processing and analysis of oceanographic data, using the platforms and portals available at national, European and global level.

LTAM03 - ECTS -Give the student a broad view of the fundamentals of Chemistry, within the scope of their basic scientific training: 
 
-Knowing the atomic structure;
-Be able to write the structure formula of a molecule, identify its geometry and respective polarity;
-Know the concentration units of solutions;
-Perform stoichiometric calculations, determining the amount of reagents needed and products obtained;
-Establish the difference between irreversible reaction and chemical balance and know the various types of chemical balance: acid-base balance and solubility balance;
-Perform pH calculations of acid and base solutions (strong and weak);
-Determine the solubility of a poorly soluble substance;
-Recognize the importance of redox reactions and identify the species involved.

LTAM32 - ECTS Acquisition of fundamental knowledge in Thermodynamics: 
- Terminology in the field of Thermodynamics
- Properties of Pure, Simple, and Compressible Substances
- Mixtures of air, water, and steam
- First Law of Thermodynamics Applied to Closed Systems and Open Systems.
Understanding the main concepts of fluid statics, kinematics, and dynamics

LTAM06 - ECTS

The goal of this curricular unit (UC) is to provide students basic knowledge of linear algebra and skills to deal with the mechanisms of differential calculus in scalar and vector fields, mathematical tools of significant importance in the professional training of a higher technician or engineer.

LTAM09 - ECTS

The overall goal of the unit is to provide general knowledge of materials used in engineering applications, their structure and typical properties, and their processing and recycling methods.
The specific objectives to achieve bu the students are:

• To know metallic materials and their properties, with relevance to ferrous and aluminium alloys.
• To know ceramic materials, both technical and traditional, and their typical properties; to know sintering and vitrification phenomena and to relate them with ceramic and glass properties.
• To know polymeric materials and their typical properties, production and processing techniques, recognizing the effect of processing additives on attained properties.
• To know composite materials, with relevance to fibre reinforced polymers.
• Know the separation processes for each family of materials; know the respective advantages and limitations.
• To thoroughly know dedicated recycling processes for each family of materials, including their advantages and limitations, typical properties, markets and common applications of the resulting secondary materials.

LTAM08 - ECTS

The objectives of the curricular unit (UC) are:

- Know the fundamental concepts of general microbiology, and the cultivation techniques and identification in microbiology.

- Know the characteristics of the different microbial classes and infectious agents. Understand the interactions between microorganisms, the living organisms, and the environment. Understand the important role of microorganisms in the balance of ecosystems. Recognize the importance of microbial ecology in environmental microbiology.

- Know the main techniques of inoculation, growth, and preservation of microorganisms in the laboratory. Know the different methods of growth control.

- Recognize the microorganisms as agents in water treatment processes, waste treatment and bioremediation.

- Know the main pathogenic microorganisms present in water, air, and organic fertilizers.

- Recognize some microorganisms as indicators of microbiological quality of water, indoor air, and organic fertilizers

- Know, understand, and search in the current legislation, the reference analytical methods to evaluate the quality of indoor air, water, and organic fertilizers.

- Use reference analytical methods to determine microbiological parameters to assess the legal compliance of indoor air, water, and organic fertilizers.

- Know and use biosafety practices in microbiological analysis laboratories.

LTAM07 - ECTS To give the student a broad view of marine pollution in the context of his scientific training of base.

LTAM15 - ECTS

LTAM34 - ECTS

Students should develop skills in behavioral analysis, leadership and team management in an organizational context.

LTAM33 - ECTS Understand the role, impact and interaction of organizations and companies with their surroundings, as well as their internal functioning in a functional and systemic perspective.

LTAM14 - ECTS 1. General objectives:
Provide fundamental knowledge in the field of physical-chemical analysis of environmental samples,
leading to an understanding of the relevance (environmental, sanitary and public health) of the main parameters
present in the legislation.
It is intended that the student acquires the knowledge about environmental analysis, necessary to:
-diagnosis and monitoring quality of the environment
-study of risks and environmental impacts
-operation and control of treatment systems.

LTAM11 - ECTS

LTAM13 - ECTS

LTAM23 - ECTS - To know about the history and evolution of fisheries and aquaculture.
- Understand the fundamentals of fisheries biology, evaluation and management of marine resources.
- Describe the main types of aquaculture and fishing gear and techniques.
- Know how to operate aquaculture systems.
- To identify diseases in aquaculture and disease control techniques.
- Being able to assess the main impacts of fishing and aquaculture.

LTAM19 - ECTS

Mastery of fundamental knowledge applicable to production prevention and solid waste management (collection, treatment, recovery, disposal);

Know and apply methods and technologies for waste management in the life cycle of products.

LTAM35 - ECTS The curricular unit contents are structured, regarding its suitability for the intended learning outcomes.
Therefore, each subject approaches fundamental theoretical concepts and practical applications by solving problems using the basic tools of Probability and Statistics to enable students to analyze certain phenomena of random nature, framed in the context technology.

LTAM18 - ECTS Provide expertise in the following areas
- Know principles of operation of power conversion equipment using combustion: combustion, fuels, oxidants,
combustion products, emissions, flames;
- Know about the main energy conversion technologies using combustion for heat production
- Know about power cycles; cogeneration; fuel cells and hydrogen; biomass and gasification
- To have knowledge of alternative sources of energy, including renewable energy

LTAM36 - ECTS It is intended that the student:
-knows the principles of efficient water use;
-knows the processes and unitary operations of water treatment;
-knows how to design the treatment organs;
-knows the main control variables of the process;
-knows how to monitor and operate water treatment plant for its optimization.

LTAM28 - ECTS

LTAM24 - ECTS

Goals
- To know about the operation and optimization of biological reactors;
- To know how to identify the different types of microorganisms in biological systems;
- To know how to understand the results obtained in the monitoring of biological reactors;
- Mass transfer knowledge applied to aeration;
- To know how to apply knowledge in the recovery of contaminated soil and waste recovery using bilogical processes;
- To have knowledge of marine biotechnology associated with the production of microalgae and macroalgae;
- To know about techniques used in the development of new products based on biotechnology.

LTAM39 - ECTS

• Raise students' awareness of the rational use of energy and the need for the energy transition of economies.
• Show the dependence of economic growth on energy consumption.
• Provide students with knowledge that allows them to recognize, define and evaluate actions for the rational use of energy in different sectors.

LTAM37 - ECTS

• Understand processes and innovation models, sources and threats, and how innovation spreads;
• Explain the role of innovation on competitiveness and its impact on products and services;
• Understand the process of creation and development of new ideas;
• Diagnose and conduct feasibility studies to create a new company; Develop a business plan;
• Understand the process of enterprise /company creation and monitor the progress and development of a company.

LTAM21 - ECTS Integrate fundamental concepts of quality, environment and safety.
Develop and implement the necessary requirements for quality, environment and safety management systems. Develop plans, procedures and documentation regarding the systems.
Develop and implement quality management systems.
Integrate occupational safety and health and environmental management systems with quality management systems. Conduct environmental and safety quality audits.
Assume continuous improvement as an element of organizational development. Create a favorable climate for the internalization of improvement in organizations.
Understand the methodologies used in certification processes.

LTAM22 - ECTS The objective of this curricular unit is the attribution of competences in the field of ambient air quality assessment and the prevention and control of the emission of atmospheric pollutants.

LTAM26 - ECTS

• know, desing and explore sanitation networks;
• know how to explore sanitation networks;
• explain the functioning of each of the unit operations and processes referred to in the program point;
• desing each of the operations or processes referred to in the Program point;
• understand the different carbon, nitrogen and phosphorus removal processes;
• operate a WWTP that is constituted by the operations or processes referred to in the Program point;
• legislation

LTAM29 - ECTS

Objectives:

- Conceive, prepare and monitor the implementation of projects involving one or more specific disciplines in environment and marine technologies;

- Provide students with the analysis of technology problems, similar to those they will find in their professional activity, as well as develop skills to solve problems and propose solutions;

- Stimulate the ability to analyze and synthesize, allowing the integration of technical and scientific knowledge acquired in the various areas developed in the course;

- Develop a critical sense.

LTAM27 - ECTS - Know different strategies of organizations for the environment.
- Know how to apply methodologies and environmental management tools in organizations
- Know the fundamentals and main lines of application of the tools to support the environmental management of products
- Know and understand the concepts associated with risk management
- Know how to identify and characterize natural and technological risks with effects on the environment at a local, regional or global level
- Know the methods and tools for risk assessment and management
- Plan continuous improvement: audits, training, improvement actions
- Know how to integrate environmental and risk management in the sustainability strategy of organizations

LTAM38 - ECTS

Provide the students with an active involvement in research and development activities, in projects with companies, social institutions and others, in addition to encouraging their participation in events and training within the course and in extracurricular activities to enriching their CV.

Their participation in projects will establish a relationship between the institution and society and the articulation of knowledge between them.

This curricular unit intends to focus its activity on partnership projects with organizations, be they companies, societies, associations that show interest in a real product; or research centers that are developing research projects.