MSc in Civil Engineering, Temple University

In addition to building on your existing technical and practical skills, you’ll become a more articulate, socially aware contributor to the civil engineering profession. Learn to unpack and critically evaluate key challenges and issues facing society’s infrastructure and formulate intelligent engineering solutions.;The master’s degree program in Civil Engineering at Temple University is structured in a flexible sequence so that you can plan ahead and structure your academics around your personal and professional commitments.;I want to find another Master Course;Small classes, low student-to-faculty ratios and in-person learning make for an effective, tight-knit graduate learning environment. Lab coursework, experiments and research are performed in extensive, cutting-edge facilities stocked with modern tools and instruments that will better prepare you for the professional environment.;Classes & Curriculum;The graduate degree comes with a great deal of flexibility: You can choose to study full time or part time, with most classes beginning after 4:30 p.m. Many students finish their requirements in the span of two years, though the time limit for completion is five years.;The recently revised curriculum reflects the most up-to-date research and skills, preparing students to excel in today’s industry. The curriculum is particularly strong in construction management as well as infrastructure, both of which are fast-growing job markets.;The core courses solidify your foundations in engineering and math before you delve into elective coursework on a variety of topics. You’ll have the flexibility to tailor the degree to your career aspirations and preferences; two-thirds of your courses will be electives chosen based on your interests. You can even take electives outside of the engineering department to shape your personal curriculum.;Examples of some available electives include:;Advanced Soil Mechanics,;Behavior and Design of Steel Structures,;Geotechnical Earthquake Engineering, and;Structural Design of Pavements. Read Less