Faculty of Engineering & Technology
Faculty of Engineering & Technology
Technology is in permanent evolution. There are flexible approaches inside the engineering and technology fields that can be properly studied with BIU online university courses. There are usually no impediments for the professional practice of these disciplines at medium level technical posts, at managerial positions, or from a vocational point of view. Distance learning higher education is not the best option for research or high technology engineering positions that usually require traditionally accredited qualifications. A BIU online diploma cannot offer signing capacity in engineering, architecture or scientific projects. Admission into these programs is restricted and limited to qualified candidates with demonstrated theoretical and technical knowledge in their fields of study due to the fact that many of the credits required in technology and engineering specializations cannot be provided effectively through distance learning higher education. A BIU online university degree constitutes an effective way to complement a traditional technological background with innovative approaches and further specialization.
Master's Degree (M.B.A., M.S., M.A.)
The Master's online university degree program provides students with specialized training. Students acquire practical knowledge and specific skills in courses related directly to the student's concentration. The specialized and practical training that BIU offers through the Master's adult degree program has become almost compulsory at the workplace. The course curricula are based on published textbook material and a research project commensurable with the course syllabus and the student's personal goals. The final exam consists of several 20 to 35 pages reports based on each of the textbooks listed in the program. In addition, the Master's student must submit a 50 pages project. MASTER'S DEGREE (M.A. / M.S. / M.B.A. - 35 to 50 credits)
Master's Degree (M.B.A., M.S., M.A.) in Aeronautical Technology (35 to 50 Credits)
30 credits for 10 Specialization Courses in Aeronautical Technology.
+ 13 credits that correspond to research methodology and the Final Project.
Master's Degree (M.B.A., M.S., M.A.) in Architecture & Architectural Design (35 to 50 Credits)
36 credits for 12 Specialization Courses in Architecture & Architectural Design.
+ 13 credits that correspond to research methodology and the Final Project.
Master's Degree (M.B.A., M.S., M.A.) in Automotive Technology (35 to 50 Credits)
18 credits for 6 Specialization Courses in Automotive Technology.
+ 13 credits that correspond to research methodology and the Final Project.
+ Some additional courses may be selected from other modules in the Faculty of Engineering & Technology if required. This selection must to be approved by the Bircham University Academic Board.
Master's Degree (M.B.A., M.S., M.A.) in Building Technology & Design (35 to 50 Credits)
51 credits for 17 Specialization Courses in Building Technology & Design.
+ 13 credits that correspond to research methodology and the Final Project.
Master's Degree (M.B.A., M.S., M.A.) in Chemical Engineering (35 to 50 Credits)
36 credits for 12 Specialization Courses in Chemical Engineering.
+ 13 credits that correspond to research methodology and the Final Project.
Master's Degree (M.B.A., M.S., M.A.) in Civil Engineering (35 to 50 Credits)
45 credits for 15 Specialization Courses in Civil Engineering.
+ 13 credits that correspond to research methodology and the Final Project.
Master's Degree (M.B.A., M.S., M.A.) in Electrical Engineering (35 to 50 Credits)
39 credits for 13 Specialization Courses in Electrical Engineering.
+ 13 credits that correspond to research methodology and the Final Project.
Master's Degree (M.B.A., M.S., M.A.) in Electronics Engineering (35 to 50 Credits)
45 credits for 15 Specialization Courses in Electronics Engineering.
+ 13 credits that correspond to research methodology and the Final Project.
Master's Degree (M.B.A., M.S., M.A.) in Environmental Engineering (35 to 50 Credits)
36 credits for 12 Specialization Courses in Environmental Engineering.
+ 13 credits that correspond to research methodology and the Final Project.
Master's Degree (M.B.A., M.S., M.A.) in Geotechnical Engineering (35 to 50 Credits)
39 credits for 13 Specialization Courses in Geotechnical Engineering.
+ 13 credits that correspond to research methodology and the Final Project.
Master's Degree (M.B.A., M.S., M.A.) in Hydraulic Engineering (35 to 50 Credits)
30 credits for 10 Specialization Courses in Hydraulic Engineering.
+ 13 credits that correspond to research methodology and the Final Project.
Master's Degree (M.B.A., M.S., M.A.) in Industrial Engineering (35 to 50 Credits)
57 credits for 19 Specialization Courses in Industrial Engineering.
+ 13 credits that correspond to research methodology and the Final Project.
Master's Degree (M.B.A., M.S., M.A.) in Landscape Architecture (35 to 50 Credits)
30 credits for 10 Specialization Courses in Landscape Architecture.
+ 13 credits that correspond to research methodology and the Final Project.
Master's Degree (M.B.A., M.S., M.A.) in Maintenance Engineering Management (35 to 50 Credits)
36 credits for 12 Specialization Courses in Maintenance Engineering Management.
+ 13 credits that correspond to research methodology and the Final Project.
Master's Degree (M.B.A., M.S., M.A.) in Materials Science Engineering (35 to 50 Credits)
39 credits for 13 Specialization Courses in Materials Science Engineering.
+ 13 credits that correspond to research methodology and the Final Project.
Master's Degree (M.B.A., M.S., M.A.) in Mechanical Engineering (35 to 50 Credits)
36 credits for 12 Specialization Courses in Mechanical Engineering.
+ 13 credits that correspond to research methodology and the Final Project.
Master's Degree (M.B.A., M.S., M.A.) in Mechatronic Engineering (35 to 50 Credits)
36 credits for 12 Specialization Courses in Mechatronic Engineering.
+ 13 credits that correspond to research methodology and the Final Project.
Master's Degree (M.B.A., M.S., M.A.) in Mining Engineering (35 to 50 Credits)
48 credits for 16 Specialization Courses in Mining Engineering.
+ 13 credits that correspond to research methodology and the Final Project.
Master's Degree (M.B.A., M.S., M.A.) in Occupational Safety & Health (35 to 50 Credits)
27 credits for 9 Specialization Courses in Occupational Safety & Health.
+ 13 credits that correspond to research methodology and the Final Project.
Master's Degree (M.B.A., M.S., M.A.) in Petroleum & Natural Gas Engineering (35 to 50 Credits)
51 credits for 17 Specialization Courses in Petroleum & Natural Gas Engineering.
+ 13 credits that correspond to research methodology and the Final Project.
Master's Degree (M.B.A., M.S., M.A.) in Petroleum & Natural Gas Production (35 to 50 Credits)
42 credits for 14 Specialization Courses in Petroleum & Natural Gas Production.
+ 13 credits that correspond to research methodology and the Final Project.
Master's Degree (M.B.A., M.S., M.A.) in R & D Research & Development (35 to 50 Credits)
51 credits for 17 Specialization Courses in R & D Research & Development.
+ 13 credits that correspond to research methodology and the Final Project.
Master's Degree (M.B.A., M.S., M.A.) in Renewable Energies (35 to 50 Credits)
36 credits for 12 Specialization Courses in Renewable Energies.
+ 13 credits that correspond to research methodology and the Final Project.
Master's Degree (M.B.A., M.S., M.A.) in Robotics & Automation (35 to 50 Credits)
45 credits for 15 Specialization Courses in Robotics & Automation.
+ 13 credits that correspond to research methodology and the Final Project.
Master's Degree (M.B.A., M.S., M.A.) in Structural Engineering (35 to 50 Credits)
39 credits for 13 Specialization Courses in Structural Engineering.
+ 13 credits that correspond to research methodology and the Final Project.
Master's Degree (M.B.A., M.S., M.A.) in Technological Management (35 to 50 Credits)
33 credits for 11 Specialization Courses in Technological Management.
+ 13 credits that correspond to research methodology and the Final Project.
Master's Degree (M.B.A., M.S., M.A.) in Telecommunication Engineering (35 to 50 Credits)
39 credits for 13 Specialization Courses in Telecommunication Engineering.
+ 13 credits that correspond to research methodology and the Final Project.
Master's Degree (M.B.A., M.S., M.A.) in Urban Planning & Design (35 to 50 Credits)
42 credits for 14 Specialization Courses in Urban Planning & Design.
+ 13 credits that correspond to research methodology and the Final Project.
