GRADUATE SCHOOL OF SCIENCE & TECHNOLOGY- Construction Management, PhD.
New technological developments and constantly changing economic balances in the world push the construction systems to constantly change and renew. These global changes have different environmental and social effects all over the world. The construction management doctoral program aims to train academics who have the knowledge and perspective to analyze these economic and technological developments, especially in the building production sector, together with their environmental and social effects.
The growth of the construction industry and technological developments in this field increase the need for the expertise of construction managers around the world day by day. Girne American University Construction Management Doctorate Program aims to provide students with technical knowledge and management skills such as planning, budget creation and management and project control needed for the execution of building projects.
Students who have graduated from the Construction Management PhD program can continue their academic careers as lecturers or researchers. In addition to this, they can also take on construction manager or consultancy duties in construction companies in a professional sense.
I am Salahi Pehlivan from PhD program in Construction Management. Previously I had a BSc. Industrial Engineering degree from EMU, then I studied in GAU my MBA in business and also MBA in Project Management Program of UNVA in GAU. It was quite exciting experience to get good education from experienced Instructors. Beside my education I worked in CRI Inc. Cambride,USA based company during my PhD courses. Also I worked in Queen`s University in Project Management Program and also Investment Appraisal and Risk Analysis Program. By the help of my education I got job offers before I graduate from GAU.
Construction Industry is one of the largest employer in Cyprus, also in the world. In every construction activity requires qualified management, engineers, technicians and workers. The success of this massive industry is based on qualified people from universities. PhD program in Construction Management aims to give best education with experienced Instructors to fulfill the requirements of students in program. PhD program in Construction Management has well designed courses and elective courses to specialize with application that fits the existing construction industry standards. After my graduation, I will look for academic field, which is more attractive from my side, also consultancy firm would be a good option for following years.
Application requirement for the Construction Management Ph.D. program;
To have a master's degree in the fields related to Construction Management;
For those who have master's degrees in different fields, it is required to have completed the appropriate scientific preparation courses.
Required documents for application;
- Undergraduate diploma and transcript,
- Postgraduate diploma and transcript,
- English Proficiency score (see Rules and Regulations on the home page for language exam information),
- ID card copy
Students who are accepted to the program are given a scientific preparation program when necessary.
The Construction Management Doctorate Program consists of not less than 21 credits, seven courses, a seminar, a proficiency exam and a thesis.
The program is YODAK approved and the language of instruction is English. Citizens of TRNC and 3rd World countries can register for the program.
A minimum grade of 3.00/4.00 is required for our students who will graduate from the program.
Our students who will graduate from the program are required to publish at least one article indexed by international indexes (SCI, SCI-Expanded, AHCI, AHCI-Expanded) before making their thesis defense.
CMGT604 | Advance Research Methods | CR:(3,0)3 | ECTS:10 |
The course presents scientific principles and processes that make the research an applied science. Information collection, interpretation, and presentation for shaping objectives, policies, and planning. Application of the concepts, methods, and knowledge of quantitative and behavioural disciplines. Learning objectives are facilitated through individual or group research projects. | |||
TE | Technical Elective | CR:(3,0)3 | ECTS:10 |
FE | Free Elective | CR:(3,0)3 | ECTS:10 |
SEMESTRE 2 | |||
TE | Technical Elective | CR:(3,0)3 | ECTS:10 |
TE | Technical Elective | CR:(3,0)3 | ECTS:10 |
FE | Free Elective | CR:(3,0)3 | ECTS:10 |
SEMESTRE 3 | |||
CMGT606 | Seminar in Construction Management | CR:(0,0)0 | ECTS:20 |
The seminar paper will be prepared and presented by the student. | |||
TE | Technical Elective | CR:(3,0)3 | ECTS:10 |
SEMESTRE 4 | |||
QUAL600 | Qualification Exam | CR:(0,0)0 | ECTS:30 |
SEMESTRE 5 | |||
CMGT600 | PhD Thesis in Construction Management | CR:(0,0)0 | ECTS:30 |
The students are required to agree a Thesis subject early in their period of study with their advisor. Many will be able to settle the subject areas as they complete their MSc studies. Thesis will be devoted mainly to research, contribution, assembly and | |||
presentation. | |||
SEMESTRE 6 | |||
CMGT600 | PhD Thesis in Construction Management | CR:(0,0)0 | ECTS:30 |
The students are required to agree a Thesis subject early in their period of study with their advisor. Many will be able to settle the subject areas as they complete their MSc studies. Thesis will be devoted mainly to research, contribution, assembly and | |||
presentation. | |||
SEMESTRE 7 | |||
CMGT600 | PhD Thesis in Construction Management | CR:(0,0)0 | ECTS:30 |
The students are required to agree a Thesis subject early in their period of study with their advisor. Many will be able to settle the subject areas as they complete their MSc studies. Thesis will be devoted mainly to research, contribution, assembly and | |||
presentation. | |||
SEMESTRE 8 | |||
CMGT600 | PhD Thesis in Construction Management | CR:(0,0)0 | ECTS:30 |
The students are required to agree a Thesis subject early in their period of study with their advisor. Many will be able to settle the subject areas as they complete their MSc studies. Thesis will be devoted mainly to research, contribution, assembly and | |||
presentation. | |||
MAJOR ELECTIVES | |||
CMGT609 | Advanced Construction Management | CR:(3,0)3 | ECTS:10 |
This course will introduce to a procurement methodology- Public Private Partnerships (PPP). You will develop your understanding of how PPP methodology applies to the Construction Industry, and build your knowledge of management principles and practice, and how these are used strategically within an organization. You will develop the practical skills you will need when undertaking construction project planning across different organizational levels. The integration of work based learning and academic learning, commonly referred to as Work Integrated learning (WIL), will allow you to solve | |||
authentic industry problems or address real issues faced in construction organizations. | |||
CMGT680 | Advanced Project Planning & Scheduling | CR:(3,0)3 | ECTS:10 |
The goals of an organization can be efficiently pursued only through proper project management, as a mean able to consistently tackle their needs. Thus the role of the Project Manager become essential, as responsible to achieve the objectives, respecting the constraints determined by the project context. Modern Project Managers must have in-depth technical and management knowledge. | |||
CMGT679 | Advanced Sustainable Concrete Construction | CR:(3,0)3 | ECTS:10 |
The course aims to develop the next generation of sustainable construction professionals working in sustainable concrete production, construction and design. It’s designed to provide you with advanced, in-depth knowledge of both the theory and investigating the real application of sustainable concrete technology to prepare you for a | |||
variety of sustainable expert roles. | |||
CMGT685 | Advanced Energy Management | CR:(3,0)3 | ECTS:10 |
The importance (from an environmental point of view) of efficient energy conversion and heat recovery. The objective is to give the student knowledge and understanding of the principals involved in modern, developing and emerging forms of energy conversion and heat recovery, which can result in significant reductions in energy consumption. The course is generally in the field of the Rational Use of Energy and Energy Efficiency rather than in the field of renewable energy or energy management, as such, although | |||
these fields are referred to in the programme. | |||
CMGT674 | Advanced Energy Efficiency in Buildings | CR:(3,0)3 | ECTS:10 |
It aims to reinforce the advanced concepts related to energy efficiency and renewable energy and their viable applications in buildings. The technical and economic feasibility of “Green | |||
Technologies” in buildings, with a particular slant towards hot and humid climates provides a platform for a holistic understanding and applying of the technological issues of Green Buildings. | |||
CMGT678 | Advanced Sustainable Development | CR:(3,0)3 | ECTS:10 |
This course takes an interdisciplinary approach and draws on economic analysis and thinking to understand the links between people and their environment, resulting in a programme of study which is both intellectually stimulating and highly relevant to today’s job market. | |||
CMGT687 | Advanced Risk Management in Construction Industry | CR:(3,0)3 | ECTS:10 |
The course examines risk management for financial institutions at construction. These firms continually develop new products and profit opportunities. Successful financial institutions identify the attendant risks and manage them. The course analyzes interest rate, market, credit, and foreign exchange risk; capital adequacy; securitization; synthetic securities; and the financial | |||
crisis in construction industry. | |||
CMGT689 | Advanced Health & Safety in Construction Industry | CR:(3,0)3 | ECTS:10 |
Design of construction projects, materials, equipment and systems to control inherent hazards to the health and safety of construction workers, inhabitants of the built environment, and the general public. The emphasis of this course is on Prevention through Design. The course will provide students with in-depth knowledge of the regulatory and legal drivers pertinent to construction, the chemical and physical health hazards, the major classes of safety hazards, the | |||
design processes to control safety and health hazards. |