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LTH Courses

Faculty of Engineering | Lund University

Courses given 2021/22 by Department of Construction Sciences

 21/22     

Engineering Acoustics

Course Code Link to complete information about the course; study periods, programmes etc. Credits Cycle G1: Basic level
G2: Upper basic level
A: Advanced level
Programme Programme the course belongs to in this academic year. The link points to the programme page for this academic year. S.Ex. stud. The course is suitable for incoming exchange students. Language Language of the course:
E: The course is given in English
E1: The course is given in English upon request
E2: The course may be given in English
S: The course is given in Swedish
Course Name Foot­note Links KS: Course syllabus in Swedish
KE: Course syllabus in English
U: Archive with course evaluations
W: Course Web Page
T: Examination schedule
  21/22
sp1
21/22
sp2
21/22
sp3
21/22
sp4
F Lectures h (45-minute sessions) O Exercises h (45-minute sessions) L Laboratory exercises h (45-minute sessions) H Time with supervisor for projects h (45-minute sessions) S Time for self studies h (45-minute sessions) F Lectures h (45-minute sessions) O Exercises h (45-minute sessions) L Laboratory exercises h (45-minute sessions) H Time with supervisor for projects h (45-minute sessions) S Time for self studies h (45-minute sessions) F Lectures h (45-minute sessions) O Exercises h (45-minute sessions) L Laboratory exercises h (45-minute sessions) H Time with supervisor for projects h (45-minute sessions) S Time for self studies h (45-minute sessions) F Lectures h (45-minute sessions) O Exercises h (45-minute sessions) L Laboratory exercises h (45-minute sessions) H Time with supervisor for projects h (45-minute sessions) S Time for self studies h (45-minute sessions)
VTAN01 7.5 A F, V X E Acoustics KS KE U W T 28 28 12 0 132
VTAF01 7.5 G2 V X E1 Sound in Building and Environment KS KE U W T 28 28 4 0 140

Solid Mechanics

Course Code Link to complete information about the course; study periods, programmes etc. Credits Cycle G1: Basic level
G2: Upper basic level
A: Advanced level
Programme Programme the course belongs to in this academic year. The link points to the programme page for this academic year. S.Ex. stud. The course is suitable for incoming exchange students. Language Language of the course:
E: The course is given in English
E1: The course is given in English upon request
E2: The course may be given in English
S: The course is given in Swedish
Course Name Foot­note Links KS: Course syllabus in Swedish
KE: Course syllabus in English
U: Archive with course evaluations
W: Course Web Page
T: Examination schedule
  21/22
sp1
21/22
sp2
21/22
sp3
21/22
sp4
F Lectures h (45-minute sessions) O Exercises h (45-minute sessions) L Laboratory exercises h (45-minute sessions) H Time with supervisor for projects h (45-minute sessions) S Time for self studies h (45-minute sessions) F Lectures h (45-minute sessions) O Exercises h (45-minute sessions) L Laboratory exercises h (45-minute sessions) H Time with supervisor for projects h (45-minute sessions) S Time for self studies h (45-minute sessions) F Lectures h (45-minute sessions) O Exercises h (45-minute sessions) L Laboratory exercises h (45-minute sessions) H Time with supervisor for projects h (45-minute sessions) S Time for self studies h (45-minute sessions) F Lectures h (45-minute sessions) O Exercises h (45-minute sessions) L Laboratory exercises h (45-minute sessions) H Time with supervisor for projects h (45-minute sessions) S Time for self studies h (45-minute sessions)
FHLN05 7.5 A BME, F, M, Pi, V X E Computational Inelasticity KS KE U W T 38 28 4 0 130
FHLN35 7.5 A F, M, MD, Pi - E1 Project in Solid Mechanics KS KE U W T 0 0 0 20 180
FHLN35 F, M, MD, Pi 0 0 0 20 180
FHLN35 F, M, MD, Pi 0 0 0 20 180
FHLN35 F, M, MD, Pi 0 0 0 20 180
FHLA05 7.5 G1 BME, W X E Engineering Mechanics KS KE U W T 42 42 0 0 120
FHLA05 E, K, N 42 42 0 0 120
FHLN20 7.5 A BME, F, M, Pi, V X E Finite Element Method for Non-linear Systems KS KE U W T 28 0 28 0 144
FHLN10 7.5 A BME, F, M, MNAV X E Modern Experimental Mechanics KS KE U W T 28 0 28 0 100
FHLN01 7.5 A BME, F, M, MD, Pi X E Structural Optimization KS KE U W T 28 26 2 0 100
FHLF15 15 G2 M, MD - S Solid Mechanics, Basic Course KS KE U W T 42 35 2 0 137 42 35 1 0 124
FHLF01 6 G2 F - S Finite Element Method KS KE U W T 28 26 2 0 120
FHLF20 7.5 G2 BME, E, M, MD, N X E Finite Element Method KS KE U W T 32 28 2 0 140
FHLF10 7.5 G2 I, Pi - E1 Finite Element Method and Introduction to Strength of Materials X Please see footnote below. KS KE U W T 32 28 2 0 140
FHLN25 7.5 A BME, F, M, Pi X E Fracture Mechanics, Advanced Course KS KE U W T 28 28 0 0 144

FHLF10 (I) Finite Element Method and Introduction to Strength of Materials: Compulsory course in the elective block ‘Product Innovation’ for students admitted from autumn 2015. The course is also an optional programme course.

Structural Mechanics

Course Code Link to complete information about the course; study periods, programmes etc. Credits Cycle G1: Basic level
G2: Upper basic level
A: Advanced level
Programme Programme the course belongs to in this academic year. The link points to the programme page for this academic year. S.Ex. stud. The course is suitable for incoming exchange students. Language Language of the course:
E: The course is given in English
E1: The course is given in English upon request
E2: The course may be given in English
S: The course is given in Swedish
Course Name Foot­note Links KS: Course syllabus in Swedish
KE: Course syllabus in English
U: Archive with course evaluations
W: Course Web Page
T: Examination schedule
  21/22
sp1
21/22
sp2
21/22
sp3
21/22
sp4
F Lectures h (45-minute sessions) O Exercises h (45-minute sessions) L Laboratory exercises h (45-minute sessions) H Time with supervisor for projects h (45-minute sessions) S Time for self studies h (45-minute sessions) F Lectures h (45-minute sessions) O Exercises h (45-minute sessions) L Laboratory exercises h (45-minute sessions) H Time with supervisor for projects h (45-minute sessions) S Time for self studies h (45-minute sessions) F Lectures h (45-minute sessions) O Exercises h (45-minute sessions) L Laboratory exercises h (45-minute sessions) H Time with supervisor for projects h (45-minute sessions) S Time for self studies h (45-minute sessions) F Lectures h (45-minute sessions) O Exercises h (45-minute sessions) L Laboratory exercises h (45-minute sessions) H Time with supervisor for projects h (45-minute sessions) S Time for self studies h (45-minute sessions)
VSMN35 7.5 A V - S Beam Theory KS KE U W T 28 38 4 0 130
VGTF05 5 G2 V - S Soil Mechanics KS KE U W T 22 16 2 0 93
VSMN25 7.5 A MWLU, V, W X E1 The Finite Element Method - Flow Analysis KS KE U W T 32 32 0 0 136
VSMA05 8 G1 V - S Structural Mechanics KS KE U W T 30 46 2 0 135
VSMA11 7.5 G1 IBYI, IBYV - S Structural Mechanics KS KE U W T 30 34 2 0 134
VSMA20 6 G1 IBYA - S Structural Mechanics KS KE U W T 30 30 2 0 98
VSMN30 7.5 A V X E1 The Finite Element Method - Structural Analysis KS KE U W T 32 32 0 0 136
VSMF05 7.5 G2 V - S Engineering Modelling: Analysis of Structures KS KE U W T 16 28 4 0 152
VSMA01 5 G1 KID - S Mechanics KS KE U T 14 28 0 0 91
VSMN10 7.5 A F, M, Pi, V X E1 Structural Dynamic Computing KS KE U W T 20 0 8 2 170
VSMN15 7.5 A V X E1 Integrated Design: Structural Design - Architectural Design X Please see footnote below. KS KE U W T 8 30 0 2 60 8 30 0 2 60
VSMF10 9 G2 IBYA - S Structural Design KS KE U W T 26 28 0 0 66 18 28 0 0 74
VGTA01 6 G1 IBYA - S Engineering Geology and Soil Mechanics KS KE U W T 34 18 5 0 103
VGTA05 7.5 G1 IBYI, IBYV - S Engineering Geology and Soil Mechanics KS KE U W T 34 22 5 0 139
VGTN01 7.5 A V - S Foundation Engineering KS KE U W T 20 44 0 0 136
VSMA25 7.5 G1 V - S Mechanics KS KE U W T 42 42 0 0 116
VSMA15 8 G1 BI - S Mechanics, Basic Course KS KE U W T 42 42 0 0 129
VSMN20 7.5 A F, M, Pi, V X E1 Software Development for Technical Applications KS KE U W T 16 32 0 0 152

VSMN15 (V) Integrated Design: Structural Design - Architectural Design: The date and time of the exam is announced by the course lecturer.

Bachelor's Projects of the Department

The list contains the bachelor's projects which are given by the department and which programme each bachelor's project is included in.

Course Code Credits Programme Programme the course belongs to in this academic year. The link points to the programme page for this academic year. Course Name Links KS: Course syllabus in Swedish
KE: Course syllabus in English
U: Archive with course evaluations
W: Course Web Page
T: Examination schedule
VTAL01 15 V Bachelor Project in Engineering Acoustics KS KE U
FHLL01 15 F, M, Pi Bachelor Project in Solid Mechanics KS KE U
VGTL01 15 V Bachelor Project in Geotechnical Engineering KS KE U
VSML01 15 V Bachelor Project in Structural Mechanics KS KE U
VSML05 15 F, Pi Bachelor Project in Structural Mechanics KS KE U

Degree Projects of the Department

The list contains the degree projects which are given by the department and which programme each degree project is included in.

Course Code Credits Programme Programme the course belongs to in this academic year. The link points to the programme page for this academic year. Course Name Links KS: Course syllabus in Swedish
KE: Course syllabus in English
U: Archive with course evaluations
W: Course Web Page
T: Examination schedule
VTAM01 30 E, V Degree Project in Engineering Acoustics KS KE U
FHLM01 30 BME, F, I, M, Pi Degree Project in Solid Mechanics for Engineers KS KE U W
VGTL05 22.5 IBYA, IBYI, IBYV Degree Project in Geotechnical Engineering KS KE U W
VGTM01 30 V Degree Project in Geotechnical Engineering KS KE U
VBVL05 22.5 IBYA, IBYI, IBYV Degree Project in Structural Mechanics KS KE U W
VSMM01 30 V Degree Project in Structural Mechanics KS KE U
VSMM05 30 F, M, Pi Degree Project in Structural Mechanics KS KE U