Syllabus structure and course guides

Qualification: Double Bachelor's Degree: Bachelor’s degree in Mechanincal Engineering and Bachelor’s degree in Energy and Sustainability Engineering
Knowledge area: Engineering and Architecture
Duration: 5 years
Credits ECTS: 303
Degrees awarded:

Graduate in Mechanical Engineering from the University of Lleida (BOE publication: BOE-A-2009-2893)
Graduate in Energy and Sustainability Engineering from the University of Lleida (AQU: 05/05/2017)

DEGREE STRUCTURE	CREDITS
Basic training subjects (FB)	66
Compulsory subjects (OB)	168
Optative subjects (O)	24
Internships (PE) *	15
Bachelor's tehsis (TFG)	30
TOTAL CREDITS	303

* Internship can be selected from both grades. In the syllabus of GEES, the internship are considered as optative subjectes and are part of the mentions.

Course Guide

1st COURSE (60 credits)
Semester	Code	ECTS	Subject	Type
1	102101	9	Calculus	FB
1	102106	9	Graphic Expression 1	FB
1	102104	6	Physics 1	FB
1	102107	6	Chemistry	FB
2	102100	6	Linear Algebra	FB
2	102113	6	Materials Science	OB
2	102105	6	Physics 2	FB
2	102109	6	Computer Science Basics	FB
2	102108	6	Business Management	FB

2nd COURSE (60 credits)
Semester	Code	ECTS	Subject	Type
1	102116	6	Electrical Engineering Basics	OB
1	102102	6	Numerical Methods	FB
1	102118	6	Environmental Technologies and Sustainability	OB
1	102110	6	Theory of Mechanisms	OB
1	102112	6	Fluid Mechanics	OB
2	102111	6	Thermal Engineering 1	OB
2	102114	6	Electronic Engineering Basics	OB
2	102103	6	Statistical Methods	FB
2	102141	6	Renewable Energy Resources	OB
2	102115	6	Industrial Automation	OB

3rd COURSE (60 credits)
Semester	Code	ECTS	Subject	Type
1	102142	6	Assessment of the Environmental Impact	OB
1	102149	6	Efficiency and Energy Management	OB
1	102146	6	Use of Electrical Energy	OB
1	102301	6	Thermal Engineering 2	OB
1	102117	6	Organization of Production	OB
2	102148	6	Energy Storage	OB
2	102302	6	Fluids Engineering	OB
2	102310	6	Graphic Expression 2	OB
2	102307	6	Theory of Structures and Industrial Construction	OB
2	102305	6	Elasticity and Stength of Materials 1	OB

4th COURSE (60 credits)
Semester	Code	ECTS	Subject	Type
1	102306	6	Elasticity and Stength of Materials 2	OB
1	102308	6	Materials for Mechanic Manufacturing	OB
1	102303	6	Theory of Machines	OB
1	101434	6	Cross-curricular Subject	O
1	102300	6	Technical Projects	OB
2	102304	6	Calculus and Machine Design	OB
2	102143	6	Environmental Management of Energy Facilities	OB
2	102150	6	Energy Management and Integration	OB
2	102147	6	Electrical Power Systems	OB
2	102309	6	Manufacturing Technologies	OB

5th COURSE (63 credits)
Semester	Code	ECTS	Subject	Type
1	102314	15	Internship	PE
1	101431	6	Sustainable Construction I	O
1	101432	6	Sustainable Construction II	O
1	101433	6	Sustainable Construction III	O
1	102311	6	Energy Facilities I	O
2	102312	6	Energy Facilities II	O
2	102313	6	Energy Facilities III	O
1	102158	15	Internship: Energy Facilities	O
1	102159	15	Internship: Sustainable Construction	O
1-2	101435	6	Mobility I	O
1-2	101436	6	Mobility II	O
1-2	101437	6	Mobility III	O
1-2	102161	15	Bachelor Thesis	TFG
1-2	102315	15	Bachelor Thesis	TFG

More Information

Co-requisite

One subject becomes co-requisite to another when for processing enrolment of the second one you need to enrol in the first one or have it passed. In this document the co-requisites from among the optional subjects can be found.

Academic Framework

The Academic framework of bachelor’s degrees is a document PDF which establishes general bases for the organization of the undergraduate teaching.

Course Guide

1st COURSE (60 credits)

2nd COURSE (60 credits)

3rd COURSE (60 credits)

4th COURSE (60 credits)

5th COURSE (63 credits)

More Information

Co-requisite

Academic Framework