Civil Engineering MEng (Hons)

Program Overview

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The Civil Engineering MEng (Hons) program at Teesside University equips students with the knowledge and skills to plan, design, construct, and maintain buildings and infrastructure. The program emphasizes problem-solving, sustainability, and professional development, preparing graduates for diverse careers in the civil engineering field.

Program Outline

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Degree Overview:

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Overview:

The Civil Engineering MEng (Hons) program at Teesside University equips students with the knowledge and skills to plan, design, construct, and maintain buildings and infrastructure. The program emphasizes problem-solving by tackling the challenges presented by urbanization, population growth, economic development, climate change, and natural disaster risks.

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Objectives:

• Develop an understanding of structures, materials, geotechnics, fluid mechanics, and construction management.
• Master the ability to plan, design, and manage the construction of sustainable structures and projects.
• Apply critical thinking and problem-solving skills to navigate real-world engineering situations.
• Enhance communication, teamwork, and leadership abilities for success in the field.
• Graduate as high-caliber civil engineers who contribute effectively to the future of infrastructure.

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Program Description:

This integrated Masters program combines three undergraduate years with one postgraduate year, leading to an MEng degree. This intensive course provides students with in-depth knowledge across a diverse spectrum of civil engineering disciplines. It prepares them for various career pathways and positions them for professional development.

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Outline:

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Program Content & Structure:

The program utilizes a structured approach that combines lectures, seminars, tutorials, individual study, and group projects. Hands-on experience is emphasized through laboratory sessions and site visits, fostering a deep understanding of the theoretical and practical aspects of civil engineering.

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Course Schedule & Module Descriptions:

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Year 1:

• Engineering Mathematics: Fundamentals of mathematics applied to engineering problems.
• Group Project - Feasibility Stage: Teamwork on a construction design project for a client, developing essential design, employability, and research skills.
• Introduction to Geotechnics and Surveying: Earth materials and surveying practices for civil engineering applications.
• Principles of Civil Engineering Construction: Building construction methods and components, focusing on sustainable materials and practices.
• Structural Mechanics: Analyzing various structures, loads, and materials for design purposes.
• Sustainable Construction and Materials: Philosophy, concepts, and impact of sustainable development in the built environment; sustainable material considerations.

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Year 2:

• Applied Mathematical Methods: Extending mathematical knowledge for advanced problem-solving techniques in engineering domains.
• Construction Management and Professional Skills: Construction management techniques, principles, commercial awareness, and professional skill development.
• Geotechnology and Materials: Advanced analysis of soils and construction materials, including Bituminous materials, Glass, Plastics, Non-ferrous metals, Composites, Smart, and Energy-saving materials.
• Group Project - Conceptual Design Stage: Teamwork in tackling an open-ended infrastructure problem, emphasizing problem-solving, project management, and presentation skills.
• Hydraulics and Hydrology: Properties of water, water storage, conveyance, and treatment; understanding the hydrological cycle and rainwater management.
• Structural Analysis and Design: Advanced structural analysis and design, incorporating design of common structural elements.

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Year 3:

• Digital Information Management in Construction: Mastering information management methodologies to manage BIM-based projects in engineering and construction.
• Geotechnical Design: Design process, techniques, and application to various foundation types; interaction between structures and the ground.
• Integrated Masters Project: Independent or team research project in an area of engineering, culminating in a report, dissertation, and oral/poster presentation.
• Structural Design and Materials: Advanced structural design and materials application; analysis and design methods for different materials focusing on metals, alloys, concrete, and cement-based composites.
• Water Engineering: Flood risk management, water resource management, and design/operation principles for water supply and wastewater systems; climate change considerations.

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Optional Work Placement Year:

Gain invaluable industry experience by taking a one-year placement in a relevant engineering organization. This provides an opportunity to develop technical skillsets, enhance communication and problem-solving, and gain exposure to professional workplace culture.

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Final Year:

• Advanced Geotechnics: Deeper understanding of geotechnical concepts with advanced analysis methods; critical investigation of geotechnics' role in the civil engineering design process.
• Advanced Structural Analysis with Dynamics: Exploring advanced structural analysis and design, applying complex analysis and design techniques to real-world structures considering statics and dynamics.
• Enterprising Leadership and Project Management: Understanding entrepreneurship principles, leadership development, and project management skills; exploring leadership styles, self-management, and team dynamics.
• Integrated Masters Research Project: Continuation of the independent or team research project, resulting in a report, dissertation, and presentation.

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Optional Modules:

• Advanced Project Planning and Visualisation: Mastering project planning principles, multi-constraints techniques, and advanced visualization tools in project planning.
• Advanced Structural Design: Extending knowledge in structural design with advanced methods; complex design techniques to solve real-world structural behavior challenges.
• Water and Wastewater Treatment Processes: Understanding water and wastewater treatment, applying them in an engineering context, addressing water-related concerns.

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Assessment:

This program employs a comprehensive assessment strategy to gauge student understanding and proficiency across various learning aspects. It includes the following methods:

• Coursework assignments: Individual assignments designed to evaluate comprehension and application of concepts covered.
• Project reports: Teamwork on projects assessed through detailed reports demonstrating project progress, design, analysis, and solutions.
• Lab reports: Documentation of practical exercises and investigations in laboratory sessions, demonstrating practical skills, problem-solving, and data interpretation.
• Presentations: Individual and group presentations to effectively communicate technical information, project ideas, and solutions to a professional audience.
• Formal exams: Written examinations, including theoretical questions and applied problem-solving, assess student mastery of core course knowledge.

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Teaching:

The course employs a diverse pedagogy to foster a rich learning experience:

• Lectures: Interactive, engaging lectures introduce core topics, principles, and concepts, facilitating discussion and critical evaluation.
• Seminars: Smaller, interactive group sessions focused on applying theory to practice; case studies are used to explore real-world applications of concepts and methodologies.
• Tutorials: Individualized support sessions aiding comprehension, clarifying dudas, and deepening the understanding of challenging aspects of the course material.
• Laboratory sessions: Hands-on practical sessions in dedicated laboratories apply theoretical knowledge to real-world engineering scenarios and technologies.
• Guest lectures: Industry and academic experts provide additional perspectives and Einblick into current practices and research advancements in specific fields.
• Group projects: Collaborative learning through teamwork in project-based settings, allowing students to develop problem-solving skills, time management, communication, and collaborative working abilities.

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Careers:

This program prepares graduates for diverse and fulfilling careers in various aspects of civil engineering, including:

• Construction Project Management: Overseeing construction projects from conception to completion, managing budget, planning, and resource allocation.
• Building/Civil Engineering: Design and construction of buildings, roads, bridges, and other infrastructure for private and public sectors.
• Architectural Practices: Working as part of architectural teams designing and implementing sustainable buildings and structures.
• Local Authorities & Government Agencies: Planning, designing, and managing infrastructure projects within government departments and municipalities.
Graduates of this program are highly sought after by renowned firms and organizations, such as: Aker Solutions, Amey, Atkins Global, Arup, Bauer, Interserve, Jacobs, WSP Group, Turner & Townsend, various city and borough councils. Additionally, students gain practical industry exposure through site visits, guest lectures, and potential work placements, preparing them for a seamless transition into the professional engineering realm.

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Other:

• This program provides an opportunity to gain industry-recognized credentials through optional professional certifications.
• Students can choose to pursue research interests through guided research opportunities with faculty members in their area of specialization.
• The curriculum integrates sustainability principles in various modules, preparing graduates for a future in green engineering practices.
• The Institution of Civil Engineers (ICE) recognition ensures the program aligns with professional standards and requirements, preparing graduates for potential chartered engineer status.

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Tuition Fees and Payment Information:

• Fee for UK applicants: £9,250 a year
• The final year is discounted from £9,250 to £7,365
• Fee for international applicants: £17,000 a year