1. Brief description of aim and contents

The construction industry is considered to continuously evolve over the years; the methods and equipment are constantly changing. Construction involves different types and levels of technology that enable building structures of different magnitudes to be constructed. Construction technology” refers to the study of the methods, materials and equipment used to build structures.

The term 'advanced construction technology' covers a wide range of modern techniques and practices that encompass the latest developments in materials technology, design procedures, quantity surveying, facilities management, services, structural analysis and design, and management studies.

This course unit investigates the different technologies, materials, and methods used in the construction of different building structures. This course aims to set out the different technologies, materials, and methods used in the construction industry to increase the level of quality, efficiency, safety, sustainability, and value for money in the construction of building structures. It exposes students to innovative new practices that are and can be used in the construction industry.

Further aims include:

a)     To introduce students to the construction technologies used in the construction industry.

b)     To impart knowledge on assembly and performance of building structures.

c)     To help students know the materials, false works, components, plant,s and equipment required in the construction of framed structures.

d)     To appreciate service requirements and safety regulations in large building structures.

e)     To guide students into self-directed extensive research of a current industry in regards to construction technologies including government policy and guidance as well as industry awareness of emerging issues.

f)      To equip students with the skills to formulate and come up with innovative solutions to challenges faced in the proper and timely construction of building structures.

g)     To help students understand the emerging technologies and how they are used resolved.

The course is majorly conducted by way of classroom lecturers, an independent study of additional reading materials, and case studies of legal precedents.

2. Learning outcomes

a)     Knowledge and Understanding

Having successfully completed the module, students should be able to:

1.1        Understand the technologies, methods, and materials used in construction of building structures. Understand the essential elements of contract law including formation, termination, and current issues.

1.2        Understand the most commonly used technologies, how and why they are used as well as those that are obsolete.

1.3        Link complex design intents and relate these to current construction practice.

1.4        Appreciate and prepare for the management of innovative practice in the field of construction technology.

b)    Cognitive/Intellectual skills/Application of Knowledge

Having successfully completed the module, students should be able to:

2.1       Apply the accumulated knowledge and skills to the selection of a suitable procurement route to suit client and project type.

2.2       Apply procurement techniques for successful contract completion.

2.3       Prepare and present successful contract claims and requests for extension of time.

2.4       Reflect on the efficiency of contract claims and suggest ways for improvement.

2.5       Research construction case law to provide evidence of principles in practice.

2.6       Prepare recommendations to a business and professional audience clearly and concisely in relation to applicable laws in the construction industry.

2.7       Demonstrate a high level of technological understanding of the design of buildings and associated construction processes and solutions;

2.8       Research and analyze new construction methods and new products;

2.9       Participate effectively as a team member in project delivery, including in the early stages of design;

2.10 Propose and evaluate alternative construction systems and methods in response to given building performance requirements.

c)     Communication/ICT/Numeracy/Analytic Techniques/Practical Skills

Having successfully completed the module, students should develop:

3.1       Awareness of the various data/information sources for construction technology information.

3.2       Communicate construction solutions by means of technical reports, sketches, diagrams, and drawings.

d)    General transferable skills

Having successfully completed the module, students should be able to attain the following transferable skills:

4.1       Communicating and presenting complex legal, academic and professional concepts, by writing concisely, comparing theories and arguments, and reaching conclusions based on evidence. Establishing an ability to engage fully in professional and academic discourse is of primary importance to this course.

4.2       Planning and Time management: Autonomous study and time management skills will enable students to meet deadlines for coursework assignments and complete tests and exams in time.

4.3 Problem-solving: Students should be able to assess and resolve problems of all degrees of predictability in an autonomous manner.

4.4       Managing the retrieval and organisation of information efficiently and effectively.

4.5       Analytical thinking skills: At this postgraduate level of study, all students are expected to establish ability and confidence to critique information provided to them and to present an informed, well-argued opinion when tasked to do so.


5.1.1 Brief Description of Aim and Contents 

The course aims to provide students with advanced mathematical tools of analysis necessary in management of construction processes and construction research. It covers advanced algebra, trigonometry, calculus, logic, probability and statistics. The course is majorly conducted by way of lectures. 

5.1.2 Learning Outcomes
a) Knowledge and Understanding

Having successfully completed the module, students should be able to demonstrate Knowledge and Understanding of:

1.1 Algebraic expressions
1.2 Trigonometry functions
1.3 Differential and inferential calculus
1.4 Mathematical logic and reasoning
1.5 Probability theory
1.6 Statistical expressions and analyses
b) Cognitive/Intellectual skills/Application of Knowledge

Having successfully completed the module, students should be able to:

2.1 Demonstrate the use of mathematical reasoning by justifying and generalizing patterns and relationships
2.2 Display mastery of basic computational skills 
2.3 Recognize the appropriate use of mathematical knowledge to enhance solving construction problems.
c) Communication/ICT/Numeracy/Analytic Techniques/Practical Skills

Having successfully completed the module, students should be able to:

3.1 Represent and statistically analyse data both graphically and numerically. 
3.2 Formulate problems in the language of sets and perform set operations
3.3 Set up and solve linear systems/linear inequalities graphically/geometrically and algebraically
3.4 Critically evaluate the design, including sampling techniques, of a research study.
d) General transferable skills

Having successfully completed the module, students should be able to:

4.1 Undertake self-learning in advanced mathematics.
4.2 Recognize the role of and application of descriptive and inferential statistics in many different fields.
4.3 Demonstrate decision making skills, mathematically


Brief description of aim and contents 
• The term “Project Management” refers to techniques to oversee the planning, design of a construction project from conception to completion. 
• The course covers modern management tools and approaches that are expected of all construction managers/ project managers in senior level positions. 
• It introduces students to management of projects, decision making, discussion of contract management and construction law, introduces concepts of industrial relations and discusses health and safety issues.
• Key contents include management principles, operations research, construction contracts, and planning, scheduling and controlling of constriction projects.

Further aims include:

• To train the student in the application of modern management concepts, principles and tools in the management of construction projects;
• To enable students to describe the different stages of the project cycle; 
• Understand how to prepare and schedule project resources.
• To help students understand how the construction projects are managed and managing the different teams involved in each project; stating the roles and responsibilities of each and how they work together towards the success of the project. 
• To introduce students to the project management types and their pros and cons as used in the construction industry.
• To guide students into self-directed extensive research of current industry issues related to project management and control as well as industry awareness of project management tools and techniques. 
• To equip students with the skills to formulate and implement management strategies and policies to minimise challenges in the construction process. 
• To help students understand the need for project control and management
• The course is majorly conducted by way of classroom lecturers, independent study of additional reading materials and case studies of legal precedents.
5.2.2 Learning outcomes
a) Knowledge and Understanding

Having successfully completed the module, students should be able to:

1.1 Understand the principles of management and how they are applied.
1.2 Understand the roles of project managers; planning, organizing, controlling and motivating in the construction engineering and management process.
1.3 Understand the main features of the most widely-used management methods and critically evaluate the pros and cons of each of them.
1.4 Identify the project management and control gaps and how they can be filled.
1.5 Understand the different project monitoring and control techniques.

 

 

b) Cognitive/Intellectual skills/Application of Knowledge

Having successfully completed the module, students should be able to:

2.1 Apply the accumulated knowledge and skills to the selection of suitable management tools.
2.2 Apply proper management and control techniques to projects in construction.
2.3 Prepare and present proper schedules for all resources- work, labour and materials.
2.4 Reflect on the efficiency of management and control tools.
2.5 Research project management and control.
2.6 Prepare recommendations to a business and professional audience clearly and concisely, in relation project management and control construction industry.
c) Communication/ICT/Numeracy/Analytic Techniques/Practical Skills

Having successfully completed the module, students should develop:

3.1 Awareness of the various data/information sources for project management, control tools and related information.
3.2 Ability to communicate effectively at all levels and using a range of media.
d) General transferable skills

Having successfully completed the module, students should be able to attain the following transferable skills:

4.1 Communicating and presenting complex legal, academic and professional concepts, by writing concisely, comparing theories and arguments and reaching conclusions based on evidence. Establishing an ability to engage fully in professional and academic discourse is of primary importance to this course.
4.2 Planning and Time management: Autonomous study and time management skills will enable students to meet deadlines for course work assignments and complete tests and exams in time.
4.3 Problem solving: Students should be able to assess and resolve problems of all degrees of predictability in an autonomous manner.
4.4 Managing the retrieval and organization of information efficiently and effectively.
4.5 Analytical thinking skills: At this postgraduate level of study, all students are expected to establish an ability and confidence to critique information provided to them and to present an informed, well-argued opinion when tasked to do so.

The course aims to provide students with advanced mathematical tools of analysis necessary in management of construction processes and construction research. It covers advanced algebra, trigonometry, calculus, logic, probability and statistics. The course is majorly conducted by way of lectures.