Hidraulic Engineering

Hidraulic Engineering (5 Years)

ACREDITATION

Academic major accredited for 6 years, by Resolution CONEAU Nr 373/14

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PROFESSIONAL PROFILE OF A GRADUATE:

A Hydraulic Engineer is a professional engineer who is trained to perform tasks related to the specialty, whether there is a specific hydraulic issue or matters related to it, and tasks of support such as:

Specific areas: studies, projects, management, construction, Operation and Maintenance: irrigation, drainage, sewage of Urban and Rural; Collection, treatment and distribution of water for all types of consumption; Hydraulic Structures, Waterwheels, dams, reservoirs; River works, management of torrents; Flood studies.
Related areas: surveying; geo-technical matters; Legal Aspects, economic and financial aspects; Assessment of environmental impact; Expertise in the field. Moreover basic training will allow you to address research and development activities, either through projects of scientific or technological development in the Hydraulic engineering discipline.

Incumbencies of a Hydraulic Engineer:

A - Study, feasibility, and project management, construction, inspection, operation and restoration in the hydraulic engineering aspect:

Dams, reservoirs, water intake works, conveyance and storage for multiple uses.
Construction of irrigation channels and installation of pipes for drainage systems in rural areas.
Hydroelectric Power Stations. Structural and non-structural measurements, for stabilization of river flow.
Public works for administering urban wastewater and storm water sewers
Public works for the supply and distribution of drinking water
Gates, valves, drainage instruments, pumps and any other mechanism to control and maximize the use of water.
Sewers, bridges, siphons and art infrastructure in general

B - Study, project design, inspection, construction and maintenance of structures.

C - Studies, consultant service and execution of:

Planning for the development, management and control of water resources.
Management and administration of water resources.
Evaluation of Environmental impact assessment of hydraulic works.
Hydrologic level balances.
Hydrological aspects in civilian projects
Soil mechanics
Topographic Surveying related to Items A and B.
Matters of Legal affairs in Engineering, economic and financial issues related to paragraphs A, B and C.
Arbitrations, skills and appraisals related to paragraphs A, B and C.

DOWNLOAD PLAN OF STUDY:

PLAN OF STUDY 2004

Res HCD 169 Curric Innov PE2004 - Hidraulic Engineering.pdf

Plan of Carrer Study 2004 ( Curricular Innovation2014)

FIRST YEAR
Firts Module
Nº	Subject	Block	Weekly Hours	Total Hours	Regular Correlative	Approved Correlative
1	Algebra and Analytic Geometry	C.B.	5	75	---	---
2	Mathematical Analysis I	C.B.	5	75	---	---
3	Information Technology	C.B.	4	60	---	---
4	Chemistry	C.B.	5	75	---	---
5	Systems of Representation I	C.B.	5	75	---	---
	Subtotal Module		24	360
Second Module
Nº	Subject	Block	Weekly Hours	Total Hours	Regular Correlative	Approved Correlative
6	Lineal Algebra	C.B.	6	90	1	---
7	Mathematical Analysis II	C.B.	6	90	2	---
8	Physics I	C.B.	11	165	1 - 2	---
	Subtotal Module		23	345
	Total of First Year		47	705

SECOND YEAR
Third Module
Nº	Subject	Block	Weekly Hours	Total Hours	Regular Correlative	Approved Correlative
9	Mathematical Analysis III	C.B.	7	105	6 - 7	---
10	Stability I	T.B.	7	105	7 - 8	---
11	Study of Materials	T.B.	6	90	4	---
12	Physics II	C.B.	8	120	7 - 8	---
	Subtotal Module		28	420
Fourth Module
Nº	Subject	Block	Weekly Hours	Total Hours	Regular Correlative	Approved Correlative
13	Stability II	T.B.	7	105	10	1 - 2
14	Geology for Engineers	T.B.	5	75	4 - 8	---
15	Applied Mathematics	C.B.	7	105	3 - 9	1 - 2
16	Systems of Representation II	C.B.	5	75	5	---
	Subtotal Module		24	360
	Total of Second Year		52	780

THIRD YEAR
Fifth Module
Nº	Subject	Block	Weekly Hours	Total Hours	Regular Correlative	Approved Correlative
17	Stability III	T.B.	7	105	13	6 - 8
18	Fluid Mechanics	T.B.	6	90	15	8
19	Probability and Stadistic	C.B.	4	60	9	3
20	Topography	T.B.	8	120	---	8
	Subtotal Module		25	375
6º Módulo
Nº	Subject	Block	Weekly Hours	Total Hours	Regular Correlative	Approved Correlative
21	Hidraulic	T.A.	6	90	18	9
22	Economic Engineering	C.	5	75	19	7
23	Water Chemistry and Biology	T.B.	5	75	4	---
	Subtotal Module		16	240
	Total of Third Year		41	615

FOURTH YEAR
7º Módulo
Nº	Subject	Block	Weekly Hours	Total Hours	Regular Correlative	Approved Correlative
24	Hydrology	T.B.	6	90	20 - 21	14 - 40 - 42 - 43
25	Structure design I	T.A.	6	90	17	11 - 13 - 40 - 42 - 43
26	Legal Engineering	C.	4	60	22	40 - 42 - 43
27	Mechanic of Soil	T.B.	7	105	12 - 21	13 - 14 - 40 - 42 - 43
	Subtotal Module		23	345
Eighth Module
Nº	Subject	Block	Hours	Horas Totales	Correlativas Regular	Correlativas Aprobada
28	Geo-technology and Foundations	T.A.	6	90	25 - 27	17
29	River Hydraulics	T.A.	6	90	24 - 27	18
30	Environmental Engineering	C.	5	75	23 - 26	4
31	Health Engineering	T.A.	6	90	23 - 24	4 - 18
	Subtotal Module		23	345
	Total of Fourth Year		46	690

FIFTH YEAR
Nineth Module
Nº	Subject	Block	Weekly Hours	Total Hours	Regular Correlative	Approved Correlative
32	Applied Hydraulics I	T.A.	6	90	24 - 28	12 - 21
33	Production Engineering, Business Administration and Finance	C.	5	75	26	22
34	Hydraulic Models	T.A.	6	90	24	21
35	Irrigation and Drainage	T.A.	6	90	24 - 27	21
	Subtotal Module		23	345
Tenth Module
Nº	Subject	Block	Weekly Hours	Total Hours	Regular Correlative	Approved Correlative
36	APPlied Hydraulics II	C.	6	90	32	24 - 41
37	Optional I	Op.	5	75	---	(*) y 41
38	Supervised Professional Practice	O.C.	- -	200	---	(**) y 41
39	Final Graduation	O.C.	- -	200	---	(**) y 41
	Subtotal Module		11	565
	Total of Fifth Year		34	910

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Hidraulic Engineering (5 Years)