ROAD ENGINEERING (5 Years)

PROFESSIONAL BACKGROUD OF A GRADUATE:

Responsibilities for a Road Engineer:

A Road Engineer is a professional of Engineering that is well trained for:

Study, design, and manage projects, construction and management of urban and rural road works, artworks and bridges, airport runways.
Surveying tasks related to the aforementioned point.
Assessment of projects and their conditions and rehabilitation of roads construction.
Conducting laboratory experiments in order to investigate soil and other materials used in the implementation of road works.
Address issues of legal engineering, economics and finance related to the operation of the communication roads.

A - Study, project feasibility in the area of roads and directions, construction, inspection, operation and maintenance of:

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

C- Feasibility study and assessments related tasks:

Soil mechanics and foundations.
Surveying relating to points A and B.
Geometric design of intersections at a level and upper lower levels.
Evaluation of roads, pavements and recycling reinforcements.
Road safety signage and traffic lights.
Road accident analysis.
Planning urban systems and rural transport.
Systems management urban and rural transport.
Evaluation of the economic feasibility of the transport system.
Traffic studies and environmental impact of public works and roads in urban and rural areas.
Legal and financial issues related to engineering items A, B and C.
Arbitrations, skills and assessments related to the points A, B and C.

DOWNLOAD THE SCHEDULE OF MAJOR CLASSES:

PLAN DE ESTUDIOS 2004

PLAN OF ACADEMIC STUDIES

CURRICULUM INNOVATION OF THE COURSE PROGRAMME 2004 OF THE CAREER 0F ROAD ENGINEERING

FIRST YEAR
FIRST MODULE
Nº	SUBJECT	ÁREA	HS./WEEKLY	HS./TOTAL	PREVIOUS REGULAR CORRELATIVE	PREVIOUS APPROVED CORRELATIVE
1	Algebra and Analytic Geometry	C.B.	5	75	---	---
2	Mathematical Analysis I	C.B.	5	75	---	---
3	Informatics	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
6	Lineal Algebra	C.B.	6	90	1	---
7	Mathematical Analisys II	C.B.	6	90	2	---
8	Physics I	C.B.	11	165	1 - 2	---
	Subtotal Module		23	345
	Total First Year		47	705

SECOND YEAR
THIRD MODULE
9	Mathematical Analysis III	C.B.	7	105	6 - 7	---
10	Stability I	T.B.	7	105	7 - 8	---
11	Study of Materials I	T.B.	6	90	4	---
12	Physics II	C.B.	8	120	7 - 8	---
	Subtotal Module		28	420
FOURTH MODULE
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 Second Year		52	780

FIFTH YEAR
NINTH MODULE
33	Flexible driveways	T.A.	6	90	29 - 31	---
34	Rigid driveways	T.A.	6	90	29 - 31	---
35	Metal and Wood Structures	T.A.	6	90	---	21
36	Environmental Impact Road Works	C.	4	60	29 - 32	---
37	legal engineering	C.	4	60	24	---
	Subtotal Module		26	390
TENTH MODULE
38	Production Engineering, Business Administration and Finance	C.	5	75	37	44
39	Economic engineering	C.	5	75	19	44
40	Highway Planning	C.	4	60	32	24 - 44
41	bridges	T.A.	6	90	34 - 35	27 - 44
	Subtotal Module		20	300
	Total Fifth Year		46	690

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