The extended programs are presented in the specific exam programs' syllabus.

Concerning the Urban planning the articulation and contents of the course are divided into:
1. The lectures that will mainly concern: the definitions of urban planning, the process of formation of the contemporary city, the relationship between project and context, introduction to national and regional legislation with particular reference to legislation concerning urban planning, environment and landscape, notes on main theories of urbanism from Ildefonso Cerdà to Bernardo Secchi.
2. The laboratory activities are subdivided into exercises (in the classroom and at home) and intermediate checks.
2.1 The exercises pursue the objective of introducing the student to the elaboration of a planning project of medium complexity. The interpretation of the territory will develop on two closely connected floors: the cartographic representation and the crossing of the city. The cartography will be the support to identify differences and similarities between the various parts of the consolidated city. The crossing, which will follow paths agreed with the teaching, will serve to begin to distinguish the main characteristics of the places and the urban spaces.
2.2 Intermediate checks will be three. The dates will be agreed in class with the students.
First verification. Note the index of territorial manufacturability and the area of intervention, the student will have to calculate the main urban parameters identifying the number of buildings corresponding to the expected residential volume.
Second verification. The student must graphically represent the volumetric volumes of residential construction and understand how the design varies according to the different types of building.
Third verification. Note some data the student will have to calculate all the urban planning parameters necessary to design the planivolumetric of a public residential building.
3. The end-of-course project deals with the topic of urban-scale intervention with particular reference to those areas of Pescara subject to a detailed plan. The aim is to introduce the student to the elaboration of an urban planning project of medium complexity.

The Applied geomorphology include the following:
1. Introduction
Knowledge of the fields of application of engineering geomorphology. Environmental management: lithosphere, hydrosphere, atmosphere and biosphere. Principles and methods of geomorphological analysis for the realization of studies for engineering works, for local and regional analysis and for environmental impact assessment. Knowledge of the main geomorphological hazards, and related risks, connected to different types of geomorphological environments and for the correct land management.

2. Geomorphological tools for applied and environmental issues; geomorphological mapping applied to land management and geomorphological hazards.
Examples of studies and applications of engineering geomorphology.
Engineering geomorphology for the management of the mountain environment, including glacial and periglacial environment.

3. Analysis and discusson of: Geomorphological assessment of slopes stability.
Engineering geomorphology for the management of the river environment.
Engineering geomorphology for the management of the coastal environment.
Engineering geomorphology for the management of the karst environment.
Fundamentals of hazard, vulnerability and risk in connection to geomorphological processes.
Geomorphological hazards in Abruzzo. Examples from the mountain area, the piedmont hills and the coastal area. Examples in tropical and polar environments.

4. Laboratory: Activities in the lab and in the field, methods of applied geomorphological analysis and mapping.