厙ぴ勛圖

Construction Management is the overall project planning, coordination, and control from beginning to completion. Construction Project Management aims to meet a client's requirements to produce a functionally and financially viable project. The focus is on professional programmes that combine theory and application with a strong emphasis on applied management. The master's programme is an advanced curriculum designed to allow students to tailor a portion of the specialisation requirements to meet individual interests and goals.

The courses currently on offer in this endorsement include:

ENCI601泭 泭 泭 泭Risk Management

ENCM620泭 泭 Construction Procurement and Contract Administration

ENCM630泭 泭 Project Management, Planning and Control Techniques

ENCM650泭 泭 Cost Engineering

ENCM682泭 泭 Research Project (Taken as instructed)

ENCM 690 Construction Management Thesis

Transportation engineering covers all aspects of transportation-related issues, from determining the future transportation needs of a community or country to the performance of the materials that are used to construct roads. All modes of travel are covered, from pedestrians/cyclists to cars/trucks to buses/trains to ships and planes (although our programmes at Canterbury largely deal with land transport).

The courses currently on offer in this endorsement include:

ENCN 412泭 Traffic Engineering

ENCN 415泭 泭Pavement Engineering

ENTR 603泭 Advanced Pavement Design

ENTR 608泭 Traffic Management and Monitoring泭

ENTR 613 Highway Geometric Design

ENTR 614泭 泭Planning and Design of Sustainable Transport

ENTR 615泭 泭Advanced Traffic Flow Theory

Earthquake Engineering encompasses a broad range of activities that seek to minimise the damage and disruption communities suffer when hit by an earthquake. The 厙ぴ勛圖 has a long history in earthquake engineering and has shown significant leadership over the years in this area on an international stage. As part of the earthquake engineering endorsement students are offered the opportunity to advance their knowledge of seismic risk, geotechnical and structural earthquake engineering and seismic resilience. The programme draws on significant lessons learnt from the 2010-2011 Canterbury earthquakes and the strong ties the college has with the industry, preparing graduates who are knowledgeable and highly employable.

The courses currently on offer in this endorsement include:

ENEQ610泭泭泭泭Seismic Hazard and Risk Analysis

ENEQ620泭泭泭Advanced Geotechnical Earthquake Engineering泭 Engineering

ENCI621泭 泭 Advanced Concrete Materials

ENEQ623泭 泭 Finite Element Analysis

ENEQ624泭 泭 Nonlinear Structural Analysis and Dynamics

ENEQ640泭 泭Displacement-based Design of Low Damage Buildings

ENEQ650泭泭泭泭Advanced Steel and Composite Structures

ENEQ676泭 泭 Advanced Reinforced Concrete

ENEQ682泭 泭 Ground Improvement Techniques

ENAE 603泭 泭Structural Design Practice

ENAE 604泭 泭Structural Assessment and Retrofit

The courses specified under this endorsement develop specialist knowledge in Structural Engineering and produce graduates who have advanced skills to support a career in structural engineering of buildings and other structural systems. Complementing the structural engineering training offered separately within the MCivilEng endorsement in earthquake engineering, this endorsement aims to prepare graduates with a broader understanding of multi-performance objectives for structures and develop skills to deal with potentially critical non-seismic load cases such as wind and blast loading or vibration control.

The courses currently on offer in this endorsement include:

ENAE603泭泭泭泭 Structural Design Practice

ENAE604泭泭泭泭泭Structural Assessment and Retrofit

ENCI436泭 泭 泭 Behaviour and Design of Structures 2

ENCI621泭 泭 泭 泭Concrete Materials

ENEQ 610泭 泭 泭Seismic Hazard adn Risk Analysis

ENEQ623泭 泭 泭Finite Element Analysis

ENEQ624泭 泭 泭Nonlinear Structural Analysis and Dynamics

ENEQ640泭 泭 泭Displacement based Design of Low Damage Buildings

ENEQ 650泭 泭 Advanced Steel & composite Structures

ENCI 605泭 泭 泭 Mechanics of Solids

The courses specified under this endorsement develop specialist knowledge in Structural Fire Engineering and produce graduates who are competent structural engineers with competence in fire engineering. Graduates will obtain knowledge and skills related to general fire engineering, fire dynamics and modelling techniques in both structural and fire engineering. This will enable them to amalgamate the two disciplines in order to better predict and design structures for fire safety.

The courses currently on offer in this endorsement include:

ENFE601泭 泭 泭Structural Fire Engineering

ENFE602泭 泭 Fire Dynamics

ENFE610泭 泭 Advanced Fire Dynamics

ENFE618泭 泭 Advanced Structural Fire Engineering

ENGR403泭 Fire Engineering

The courses specified under this endorsement develop specialist knowledge in Geotechnical Engineering and produce graduates with critical competence in the non-linear behaviour of soils and foundations, preparing them for a career in geotechnical engineering. Graduates will have obtained knowledge of engineering seismology, geotechnical earthquake engineering, ground remediation techniques and other specialist geotechnical engineering topics such as soil-structure interaction.

The courses currently on offer in this endorsement include:

ENCN452泭 泭Advanced Geotechnical Engineering

ENCN454泭 泭Introduction to Geotechnical Earthquake Engineering

ENEQ610泭 泭 Seismic Hazard and Risk Analysis

ENEQ620泭 Advanced Geotechnical Earthquake Engineering

ENEQ623泭 泭Finite Element Analysis

GEOL 479泭 泭Active Tectonics and Geomorphology

ENEQ682泭 Ground Improvement Techniques

Water engineering encompasses analysis and design of water supply and irrigation systems, stormwater and wastewater systems, water resource evaluation, flood and drought estimation and planning, fluid flow in complex natural environments,泭 water resources management, design of hydraulic structures, assessment of environmental effects of discharges in water environments, water chemistry in engineered and natural systems, wastewater treatment and management of treatment residuals, water flow and quality modelling, groundwater quality and contaminated site management, rural and urban impacts on water environments.泭 Relevant New 厙ぴ勛圖stakeholders are WaterNZ, the Hydrological Society of New Zealand, the Waste Management Institute of New Zealand, and all levels of government, consultants, and construction companies.泭

The courses currently on offer in this endorsement include:

• ENCI634泭 Engineering Chemistry for Water Systems
• ENCI646泭 Flood Analysis, Modelling and Management
• ENCI648泭 Water Supply and Demand
• ENCI677泭 Advanced Wastewater Treatment
• ENCI693泭 Special Topic: Environmental Engineering Design Project
• ENCI609泭泭Special Topic: Urban Stormwater Modelling