Undergraduate Courses
Undergraduate Courses
Geotechnical Engineering-I (CE-331)
Course Content: Introduction to geotechnical engineering, basic properties and characteristics of soil, soil grain and aggregate, clay mineralogy, weight, volume and moisture-density relationship, soil structure and fabric, index properties of soil, identification and classification of soil, principles of total and effective stress, soil-water, permeability, seepage and flow nets, fundamental of soil liquefaction, stress distribution, soil compacting, one-dimensional consolidation, stress-strain-strength characteristics of soil.
Lecture Materials can be downloaded here
Geotechnical Engineering (Sessional) (CE-332)
Course Content: Field Identification Tests, Specific Gravity Test, Atterberg Limit Test, Grain Size Analysis by Sieve & by Hydrometer, Relative Density Test, Field Density Test, Permeability Test, Compaction Test, Unconfined Compression Test, Direct Shear Test & Consolidation Test of Soil
Lecture Materials can be downloaded here
Geotechnical Engineering-II (CE-333)
Course Content: Techniques of sub-surface investigation, Lateral earth pressure, Seismic lateral earth pressure, Slope stability, Bearing capacity of shallow and deep foundation, Settlement computation, Settlement and distortion of shallow and deep foundations
Professional Practices and Communications (CE-407)
Code of practices: BNBC, ECR, NWP; WSP; Nirman Bidimala; Procurement regulations and law: PPA 2008, PPR 2010; Professional ethics.
Techniques of effective communication in a professional environment; Writing techniques of research papers, memos, and technical reports; oral presentation of reports; writing proposals; preparing effective speaking and successful interpersonal communications; job application process: interviews and follow-ups
Class Lectures can be downloaded:
Ch-1: Effective Reading
Ch-2: The Writing Process
Ch-3: Communication Skill
Ch-4: Professional Practices
Ch-5: BNBC 2020
Ch-6: NWP
Lecture Notes by Professor Sudip K Pal, Dept. of CE, CUET : Part-1, Part-2
Course Content: Introduction to geotechnical engineering, basic properties and characteristics of soil, soil grain and aggregate, clay mineralogy, weight, volume and moisture-density relationship, soil structure and fabric, index properties of soil, identification and classification of soil, principles of total and effective stress, soil-water, permeability, seepage and flow nets, fundamental of soil liquefaction, stress distribution, soil compacting, one-dimensional consolidation, stress-strain-strength characteristics of soil.
Lecture Materials can be downloaded here
Geotechnical Engineering (Sessional) (CE-332)
Course Content: Field Identification Tests, Specific Gravity Test, Atterberg Limit Test, Grain Size Analysis by Sieve & by Hydrometer, Relative Density Test, Field Density Test, Permeability Test, Compaction Test, Unconfined Compression Test, Direct Shear Test & Consolidation Test of Soil
Lecture Materials can be downloaded here
Geotechnical Engineering-II (CE-333)
Course Content: Techniques of sub-surface investigation, Lateral earth pressure, Seismic lateral earth pressure, Slope stability, Bearing capacity of shallow and deep foundation, Settlement computation, Settlement and distortion of shallow and deep foundations
Professional Practices and Communications (CE-407)
Code of practices: BNBC, ECR, NWP; WSP; Nirman Bidimala; Procurement regulations and law: PPA 2008, PPR 2010; Professional ethics.
Techniques of effective communication in a professional environment; Writing techniques of research papers, memos, and technical reports; oral presentation of reports; writing proposals; preparing effective speaking and successful interpersonal communications; job application process: interviews and follow-ups
Class Lectures can be downloaded:
Ch-1: Effective Reading
Ch-2: The Writing Process
Ch-3: Communication Skill
Ch-4: Professional Practices
Ch-5: BNBC 2020
Ch-6: NWP
Lecture Notes by Professor Sudip K Pal, Dept. of CE, CUET : Part-1, Part-2
Graduate Course
Foundation Analysis Methods (CE-6203)
Elastic foundations, loads on infinite slabs, sub-grade coefficient ,settlement on non-homogeneous half space, linearly elastic pile and soil, laterally loaded pile, soil foundation interaction for footing and mat designs, Analysis of simple pile and pile group foundations, Exact and numerical solutions to above problems
Elastic foundations, loads on infinite slabs, sub-grade coefficient ,settlement on non-homogeneous half space, linearly elastic pile and soil, laterally loaded pile, soil foundation interaction for footing and mat designs, Analysis of simple pile and pile group foundations, Exact and numerical solutions to above problems
