These programmes have been designed to: Develop the intellectual, practical and professional skills of the learner in the critical acquisition, analysis, interpretation and understanding of the management of construction projects and organisations. Apply appropriate theoretical and practical management methods in the analysis and solution of design, engineering and construction problems. Develop a holistic approach to the planning, monitoring and control of construction projects by integrating the technical knowledge of design, engineering and construction with financial, legal, IT, commercial leadership and managerial skills of business administration in the management of simple to complex projects through their various stages from inception, feasibility, strategy, design, construction, commissioning and into maintenance; and in construction organisations; e.g. construction economics and finance, strategic management, information systems, construction law, international construction markets and competitive advantage. Develop critical and analytical problem-solving skills across a broad range of subjects and transferable skills that relate to literacy, numeracy, computing, teamwork, group work, and personal presentations and interactions to prepare graduates for more general employment.

The construction industry is at a crossroads. The transition to a more sustainable society poses big challenges — and opportunities — for the sector. New materials, methods, and technologies are coming to the forefront, with accompanying demands for up-to-date, specialized education. This MSc in Design and Construction Project Management program will train you to analyze and understand these changes, developing the skills essential for tackling these challenges in a responsible and effective manner.

Despite turbulence in the global economy, the construction industry continues to grow with revenue expected to reach US$15 trillion by 2025. Specialist project managers are in high demand to help negotiate projects through the inevitable hurdles that can arise due to a host of issues ranging from time constraints and safety and workforce considerations to legal issues, government regulations and environmental concerns. Fully accredited by the Royal Institution of Chartered Surveyors (RICS) and the Chartered Institute of Building (CIOB), this course will be of interest if you are a graduate in or with previous construction-related employment and if you are seeking a senior project management position within the industry. Project management is now a well-established discipline within the construction industry, applied to projects of all sizes and levels of complexity. In this course, you’ll learn the modern management skills, techniques, and systems to successfully deliver a project from inception to completion, and how to meet a client’s requirements within the constraints of the external environment. Our central London location and numerous industry contacts, which include client organisations, public and private Tier 1 consultants and contractors and Tier 2 consultants, contractors and suppliers, enable us to invite practising professionals to contribute regularly to the course and to give guest lectures. You'll have the chance to apply your skills and knowledge to real-life practical problems through case studies. When possible, we also visit construction sites in London, so you can see how developers overcome some of the issues associated with developing in a challenging environment like the centre of a large metropolis, such as traffic and transportation.

What does it take to succeed in the competitive fields of construction and real estate? The professional master’s programme in Civil Construction and Real Estate Management at RTU is the only programme of its kind in the Baltic region, offering a unique blend of engineering, business, and real estate expertise.

The programme aims to develop qualified and experienced real estate and construction professionals become professional managers and leaders in the field with the management principles and techniques required for the effective management of the real estate development and construction process.

This course is aimed at industry professionals seeking to acquire advanced, strategic-level skills as project managers in the global construction industry and built environment who wish to progress towards managerial positions. To take up such roles, Project Managers need to be able to apply knowledge to optimise and solve complex issues in a very dynamic industry, with a clear understanding of business implications.

Join a fast-track course to develop the skills you'll need to be a construction project manager for private or public sector clients and construction companies. Gain key managerial skills for a range of construction project management roles. Learn to plan, programme, procure, develop and manage construction projects, both logistically and contractually. Understand industry dynamics and fundamental economic principles, critical thinking and analysis. Develop the knowledge you’ll need to manage the context surrounding projects of all sizes.

Develop the intellectual, practical and professional skills of the learner in the critical acquisition, analysis, interpretation and understanding of the management of construction projects and organisations

The program aims at qualified graduates who will be ready to be actively involved in the actual restoration and conservation of historic buildings and sites. The academic objectives of the program involve high-level graduate teaching and practical application of the knowledge gained by students in case studies.

Humans spend around 90 % of their time indoors. For our well-being, we need enough light and fresh air and the temperature should be comfortable. As a result, not only do residential buildings, offices and shops need enough space, but they also demand plenty of energy - these are two resources which are coming under close scrutiny when thinking about creating a sustainable future. This degree programme focuses on technology in the real estate sector which can be used to run buildings efficiently whilst also being user-friendly. More and more buildings with sustainable, user-friendly and highend technology are planned and built every year. Nevertheless, there is still a high number of buildings in existence which have a long lifespan and poor energy efficiency. This degree programme concentrates on action and strategies which can be implemented to improve existing infrastructures with regard to their use of resources and equip them with digital technology to create more user friendliness for all involved, whether that be owners, administrators or users.

The project management master’s focuses on the practical application of project management in a variety of organizations, industries, and product/service types.Project managers are critical resources to achieve innovation, and strategic goals and deliver products and services to clients.

By Joining the Master's Degree Programme in Building Engineering with Passion and Perseverance, You Will Build a Future Full of Opportunities in Different Professional Fields of The Construction Industry. As a building engineer, you will be aware of the complexity of the building system (at both subsystem and environmental level) and you will be able to develop projects in the construction sector.

Lincoln's MSc Construction Science and Management responds to the global challenges that built environments face: changes in climate, technology, urbanisation, population dynamics, and governance. These challenges require innovative leadership from built environment professionals in order to adapt appropriately.

The Mechanical Engineering field of study is intended for the first-cycle graduates who wish to expand their knowledge of basic engineering subjects and develop an interdisciplinary, systemic approach to solving technical problems, the ability to use modern tools of computer-aided design, manufacturing, operation and recycling processes in the field of vehicles and construction machinery.

Welding is integral to the manufacture of a wide-range of products. This course provides the practical and theoretical knowledge required to become a welding engineer and a materials and joining specialist. The course covers modern welding techniques, automation, metallurgy, materials science, welding processes, weld design, and quality.