Module - H22A12 - Steel Design Project

Programme	H200 - MEng (Hons) Civil Engineering (UNMC) (year 2)
Year	Select a new weight: https://curriculum.nottingham.ac.uk/2026/view/tree/45756/year_lookup/XXIDXX Year 2026/2027
Accrediting Bodies	https://curriculum.nottingham.ac.uk/2026/view/tree/45756/year_lookup/XXIDXX Accrediting Body Complete Outcome Set (UK-SPEC, EAC, etc.) Board of Engineers Malaysia Engineering Accreditation Board MEng
Module Code	H22A12
Lecturer	UNMC Lecturer
Credits	10

Search:		Reset

Search:		Reset

No Group
	LO1 - Propose and present a conceptual design solution to meet a structural engineering design briefPropose and present a conceptual design solution to meet a structural engineering design brief
	LO1 - Propose and present a conceptual design solution to meet a structural engineering design brief Propose and present a conceptual design solution to meet a structural engineering design brief
	Propose and present a conceptual design solution to meet a structural engineering design brief
	LO2 - Calculate applied loading on structures and use appropriate codes of practice to determine critical forces on typical structural elements Calculate applied loading on structures and use appropriate codes of practice to determine critical forces on typical structural elements
	LO2 - Calculate applied loading on structures and use appropriate codes of practice to determine critical forces on typical structural elementsCalculate applied loading on structures and use appropriate codes of practice to determine critical force
	LO3 - Design typical structural steel elements in detail to adhere to the codes of practice Design typical structural steel elements in detail to adhere to the codes of practice
	Calculate applied loading on structures and use appropriate codes of practice to determine critical forces on typical structural elements
	LO4 - Find sort synthesise and present in written form information relating to the design design and sustainability and failure of a civil engineering projectFind Find sort synthesise and present in written form information relating to the design design and sustainability and failure of a civil engineering projectFind
	LO3 - Design typical structural steel elements in detail to adhere to the codes of practiceDesign typical structural steel elements in detail to adhere to the codes of practice Design typical structural steel elements in detail to adhere to the codes of practice
	LO4 - Find sort synthesise and present in written form information relating to the design design and sustainability and failure of a civil engineering projectFind sort

Programme

H200 - MEng (Hons) Civil Engineering (UNMC)

Modules

	EE3BIM - Information Modelling and Management
	H21CEM - Civil Engineering Materials
	H21EC1 - Engineering Communication
	H21G11 - Geotechnics 1
	H21H11 - Hydraulics 1
	H21IP1 - Industry and Profession
	H21IS1 - Sustainable Transport Planning
	H21IS2 - Construction Issues
	H21SEM - Structural and Engineering Mechanics
	H21SSV - Structural Mechanics and Vibration
	H21V11 - Engineering Surveying 1
	H22CM2 - Civil Engineering Materials 2
	H22G12 - Geotechnics 2
	H22H12 - Hydraulics 2
	H22INS - Indeterminate Structures
	H22IS3 - Transport Infrastructure
	H22MOA - Construction Project Management 1
	H22NAS - Non-Linear Analysis of Structures
	H22V02 - Engineering Surveying 2
	H23A13 - BEng Individual Investigative Project
	H23CM2 - Civil Engineering Materials 2
	H23ESC - Sustainable Construction
	H23G07 - Environmental Geotechnology
	H23G13 - Geotechnics 3
	H23GDP - Beng Group Design Project
	H23GGE - Foundations and Earthworks
	H23H13 - Hydraulics 3
	H23IRE - Railway Engineering
	H23MOB - Construction Project Management 2
	H23MPM - Applied Construction Project Management
	H23P01 - Pavement Engineering
	H23RCD - Reinforced Concrete Design
	H23S07 - Steel Structures
	H24A03 - Group Design Project
	H24A04 - Investigative Project
	H24G05 - Critical State Soil Mechanics
	H24GGY - Geology for Civil Engineers
	H24HCR - Coastal Engineering
	H24HSE - Sedimentation and erosion engineering
	H24MPP - Construction Planning and Processes
	H24PAM - Advanced Pavement Materials
	H24PLR - Civil Engineering Research Project Literature Review
	H24POP - Civil Engineering Research Project Organisation and Planning
	H24S05 - Advanced Concrete Structures
	H24S06 - Advanced Properties of Concrete
	H24S09 - Eartquake Engineering and Structural Dynamics
	H24T01 - Traffic Engineering

LO1 - Propose and present a conceptual design solution to meet a structural engineering design briefPropose and present a conceptual design solution to meet a structural engineering design brief

LO1 - Propose and present a conceptual design solution to meet a structural engineering design brief

LO2 - Calculate applied loading on structures and use appropriate codes of practice to determine critical forces on typical structural elements

LO2 - Calculate applied loading on structures and use appropriate codes of practice to determine critical forces on typical structural elementsCalculate applied loading on structures and use appropriate codes of practice to determine critical force

LO3 - Design typical structural steel elements in detail to adhere to the codes of practice

LO4 - Find sort synthesise and present in written form information relating to the design design and sustainability and failure of a civil engineering projectFind

LO3 - Design typical structural steel elements in detail to adhere to the codes of practiceDesign typical structural steel elements in detail to adhere to the codes of practice

LO4 - Find sort synthesise and present in written form information relating to the design design and sustainability and failure of a civil engineering projectFind