Civil Engineering Management - - Technological U

The Civil Engineering Management BSc (Hons) at TUS combines civil engineering with management skills. It provides students with the knowledge and techniques used in civil engineering management through a blend of theoretical and practical learning. The program prepares graduates to manage the construction and maintenance of infrastructural developments such as bridges, roads, and water systems, and offers career opportunities in various sectors of the construction and civil engineering industries.

Program Outline

Civil Engineering Management – BSc (Hons) - TUS

Degree Overview:

The Civil Engineering Management – BSc (Hons) program at TUS is designed in partnership with industry and uniquely merges civil engineering with management skills. It provides graduates with the knowledge, skills, and techniques used in civil engineering management. The program is a four-year sandwich program: two years of full-time study, one year of practical work experience (or equivalent), and a final year of full-time study. Graduates will be able to manage the construction and maintenance of infrastructural developments, including bridges, marine works, tunnels, motorways, railways, airfields, and environmental projects such as water and wastewater systems, pipelines, waste management, and residential, commercial, and industrial buildings.

Sustainable Building Systems (Credits: 10): This module focuses on sustainable building practices and technologies, emphasizing environmentally friendly construction methods.
Construction Practice and Materials (Credits: 5): This module provides practical knowledge of construction practices and the properties of various building materials.
Economics for Construction and Property Specialists (Credits: 10): This module introduces students to economic principles relevant to the construction and property industries.
Research and Technical Skills (Credits: 5): This module develops students' research and technical skills, equipping them with the ability to conduct research and analyze data.
Engineering Mathematics (Credits: 5): This module introduces and consolidates basic mathematical principles such as Trigonometry, Algebra, and Calculus, promoting learner awareness of mathematical concepts.
Civil Engineering Practice (Credits: 5): This module provides practical experience in civil engineering, covering various aspects of design, construction, and maintenance.
Integrated Project and Placement Preparation (Credits: 5): This module prepares students for their work placement year, providing guidance on project management and professional development.
Construction Technology (Credits: 10): This module builds upon the knowledge gained in Year 1, delving deeper into advanced construction technologies.
Fluid Mechanics, Water and Wastewater Systems (Credits: 5): This module covers the principles of fluid mechanics and their application to water and wastewater systems.
Surveying for Construction and Civil Engineering Managers (Credits: 5): This module provides advanced knowledge of surveying techniques relevant to construction and civil engineering management.

Year 3:

Active Learning Diary and Professional Competencies (Credits: 25): This module focuses on reflective practice and professional development, encouraging students to document their learning experiences and develop their professional skills.
Capstone Project (Credits: 15): This module involves a significant project that allows students to apply their knowledge and skills to a real-world problem.
Dissertation Development (Credits: 10): This module guides students in developing their research skills and preparing for their dissertation.
Management Practice (Credits: 10): This module provides practical experience in management, covering topics such as leadership, communication, and decision-making.

Year 4:

Advanced Civil Engineering Surveying (Elective): This elective module provides advanced knowledge of surveying techniques relevant to civil engineering.
BIM & Virtual Design Construction: This module explores the use of BIM and virtual design construction in civil engineering projects.
Civil Engineering Practice: This module provides further practical experience in civil engineering, building upon the knowledge gained in previous years.
Dissertation: This module involves the completion of a substantial research project, culminating in a written dissertation.
Financial Management & Tax Aspects of Property Transactions (Elective): This elective module covers financial management and tax considerations relevant to property transactions.
Human Resource Management in Civil Engineering: This module explores human resource management principles and practices in the context of civil engineering.
Project Management & Integrated Project Delivery: This module focuses on project management methodologies and integrated project delivery approaches.
Sustainable Construction (Elective): This elective module explores sustainable construction practices and technologies.
Sustainable Environmental Engineering (Elective): This elective module focuses on environmental engineering principles and their application to sustainable development.
Urban Economics & Housing Policy (Elective): This elective module explores economic and policy issues related to urban development and housing.

Assessment:

The program utilizes a variety of assessment methods, including:

Assignments: Written assignments allow students to demonstrate their ability to apply knowledge and skills to practical problems.
Presentations: Oral presentations provide students with the opportunity to communicate their findings and ideas effectively.
Projects: Group and individual projects allow students to work collaboratively and independently on real-world problems.
Dissertation: The dissertation is a major research project that requires students to conduct independent research and write a substantial piece of work.

Teaching:

The program employs a variety of teaching methods, including:

Lectures: Lectures provide students with a foundation in theoretical concepts and principles.
Tutorials: Tutorials provide students with the opportunity to ask questions and receive feedback on their understanding.
Workshops: Workshops provide hands-on experience in practical skills and techniques.
Case studies: Case studies allow students to apply their knowledge to real-world scenarios.
Guest speakers: Guest speakers from industry provide insights into current practices and trends.

Careers:

Graduates of the Civil Engineering Management – BSc (Hons) program are well-equipped for a variety of careers in the construction and civil engineering industries. Potential career paths include:

Civil Project Management: Responsible for planning, organizing, and managing civil engineering projects.

Further Study:

Successful graduates of this program are eligible for Level 9 and 10 postgraduate programs within TUS and/or elsewhere.

Other:

The program is accredited by the Chartered Institute of Building and Engineers Ireland.

Civil Engineering Management - BSc (Hons)

Program Overview