Electronic Engineering

ACREDITATION

Academic Career accredited for 6 years, by a Resolution of CONEAU Nr 864/15

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Professional profile of the graduates

The following incumbencies and competencies belong to an Electronic Engineer:
Feasibility study, project design, installation, repair, maintenance, control, automation, modification, processing and inspection of:
Control systems, automation, electrical power systems, electronic instrumentation, laboratories and electrical installations that are associated. Electrical Installation in residencies and Industrial Parks at a lower energy volume. Control systems. Applied information technology in engineering. Lighting and signalling systems.
Studies, tasks and advice in reference to the above mentioned paragraphs relating to matters of legal, economic, financial matters in engineering.
Arbitrations, skills and assessments related to this specialty.
Topics of hygiene, industrial safety and environmental pollution related to this specialty.

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PLAN OF CARRER STUDY

Plan of Study 2008 (Curricular Innovation2014)

FIRST YEAR
First 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.	6	90	---	---
4	Chemistry	C.B.	5	75	---	---
5	System of Representation	C.B.	5	75	---	---
	Subtotal Module		26	390
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 Firts Year		49	735

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	Physics II	C.B.	8	120	7 - 8	---
11	Probability and Stadistic	C.B.	4	60	2 - 6	---
12	Logical Systems I	T.B.	7	105	3	---
	Subtotal Module		26	390
Fourth Module
Nº	Subject	Block	Weekly Hous	Total Hours	Regular Correlative	Approved Correlative
13	Electronics I	T.B.	6	90	4 - 9 - 10	1 - 2
14	Electro Technology I	T.B.	6	90	9 - 10	1 - 2
15	Applied Mathematics	C.B.	8	120	9 - 10	1 - 2 - 3
16	Materials and Electronic Devices	T.B.	6	90	4 - 10	---
	Subtotal Module		26	390
	Total of Second Year		52	780

FOURTH YEAR
Seventh Module
Nº	Subject	Block	Weekly Hours	Total Hours	Regular Correlative	Approved Correlative
25	Electronics III	T.A.	7	105	19 - 21 - 24	13 - 14 - 15 - 16 - 40
26	Programmable Micro Systems	T.A.	6	90	23	14 - 40
27	Telecommunications	T.A.	6	90	23	13 - 15 - 40
28	Contro Theoryl II	T.B.	7	105	24	12 - 15 - 40
	Subtotal Module		26	390
Eighth Module
Nº	Subject	Block	Weekly Hours	Total Hours	Regular Correlative	Approved Correlative
29	Industrial Automation I	T.A.	6	90	25 - 26	18
30	Economy and Management	C.	4	60	---	2
31	Electrical Installations I	T.A.	6	90	21 - 22	18 - 19
32	Electronic Instrumentation	T.A.	6	90	25 - 27	17 - 20
	Subtotal Module		22	330
	Total of Fourth Year		48	720

FIFTH YEAR
Nineth Module
Nº	Subject	Block	Weekly Hours	Total Hours	Regular Correlative	Approved Correlative
33	Industrial Automation II	T.A.	6	90	28 - 29	21 - 22 - 24
34	Formulation and Evaluation of Project	C.	4	60	30	---
35	Hygiene, Labor and Environmental Security	C.	4	60	---	---
36	Engineering Legislation and Improvement of Professional Leadership	C.	4	60	---	---
37	Electrical Installations II	T.A.	6	90	29 - 31	21 - 22
	Subtotal Module		24	360
Tenth Module
Nº	Subject	Block	Weekly Hours	Total Hours	Regular Correlative	Approved Correlative
38	Supervised Professional Practice	T.A.	14	210	---	(*)
39	Project of Engineering	T.A.	14	210	34	(*)
	Subtotal Module		28	420
	Total of Fifth Year		52	780

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