In the highly competitive job market of today, every advantage counts. That is what makes studying a Master of Science (MSc) so appealing to many people. This degree takes about one to two years to complete and graduates leave with both practical skills and theoretical knowledge that will help them excel in their careers. What is an MSc in Architectural Engineering? This program teaches students h… Read more
In the highly competitive job market of today, every advantage counts. That is what makes studying a Master of Science (MSc) so appealing to many people. This degree takes about one to two years to complete and graduates leave with both practical skills and theoretical knowledge that will help them excel in their careers.
What is an MSc in Architectural Engineering? This program teaches students how to apply engineering practices and technologies to the design and construction of buildings and other structures. More and more, these degrees focus on sustainability and long-term cost efficiency versus short-term gain. Coursework may include classes on lighting and electrical services, water and waste management, ventilation and air-conditioning, acoustics, load-bearing structures, project management, and contracts and procurement.
This master’s degree gives a broad understanding of the construction industry and building practices, leaving graduates ready to step directly into top positions within the field. Most programs place strong emphasis on green solutions and emerging technologies, preparing students to adapt to continuous changes in the industry.
How and where you study your master’s degree in architectural engineering will affect the program cost. Prices vary from country to country, school to school, and on the duration of the course. Contact the admissions office of the university or college of your choice for more information.
The construction industry is highly competitive; however, the more education and experience you have, the better you will fair when it comes time to submit an application. Graduates with an MSc in Architectural Engineering often find work as architectural engineers for both government entities and companies in the private sector. They can work as design consultants, construction project managers, and product or development engineers, among other positions.
Options exist for studying this Master of Science full-time or part-time. Some schools now offer online degree options that allow enhanced flexibility for people who are currently employed or need to balance other personal obligations. Search for your program below and contact directly the admission office of the school of your choice by filling in the lead form.
8 Results in Architectural Engineering
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MSOE’s MSAE degree emphasizes building structural design and analysis. It meets the needs of architectural, civil, or structural engineers who desire increased knowledge to de ... +
The Architectural Engineering Department offers a Master of Science (MSc) degree in Architectural Engineering for students with interests in the design, construction and opera ... +
Contribute to shaping the world around us. Harvest the synergy between two disciplines: engineering and architecture – and give complex architectural designs your personal tou ... +
This programme aims to upgrade existing construction-related professionals with the knowledge of advanced civil engineering, cost control and management and to produce experts ... +
Our Bridge Engineering MSc is the only MSc programme in this area in Europe and one of the very few around the world. Running since the early 1970s, our fully accredited MSc w ... +
The master’s programme in Civil and Architectural Engineering train students in design and also in how to build our future homes and infrastructure, as well as roads, bridges ... +
The master of science program in Building and Architectural Engineering prepares a senior Building Engineer with interdisciplinary scientific and technical background and skil ... +
n the first year, half the study work is compulsory courses related to Civil and Architectural Engineering in general, e.g. Risk and Reliability, Numerical analysis, etc. The ... +