48 monthsProgramme duration
22,118 USDTuition Fee/year
AugStarting Month
Programme overview
Main Subject
Engineering Management
Degree
BSc
Study Level
Undergraduate
Study Mode
On Campus
The Bachelor of Science in Engineering Systems and Management at Khalifa University is designed for students who want to apply engineering knowledge to lead, create impact, and make effective decisions in complex systems.
The program prepares students to become analytical problem-solvers and future leaders in engineering-driven organizations. It focuses on developing the ability to understand, evaluate, and manage complex systems where technical, organizational, and economic factors interact. Students are trained to think broadly and systematically, approaching challenges with a mindset that integrates engineering insight with structured decision-making.
The curriculum is structured to develop strong engineering management capabilities, supported by a solid foundation in engineering, mathematics, systems thinking, and management science. Students learn to apply analytical tools such as optimization, data-driven analytics, and engineering economics to support effective planning, resource allocation, and operational decision-making. Core areas of engineering management, including project management, operational excellence, and performance improvement, are integrated throughout the program. This combination equips graduates to evaluate alternatives, manage uncertainty, and lead complex engineering initiatives in dynamic and interdependent environments.
Students apply these skills across a wide range of domains, including manufacturing, energy, healthcare, logistics, finance, and service systems. This exposure reflects the growing demand for professionals who can navigate complexity and deliver value across diverse sectors.
In parallel with technical capabilities, the program emphasizes the development of professional skills essential for effective decision-making and leadership. Students gain experience in teamwork, communication, and ethical reasoning, while considering sustainability, resilience and the broader societal impact of engineering solutions. Design is integrated throughout the curriculum and culminates in a senior design project, where students tackle open-ended, real-world problems that require both technical depth and sound judgment.
Graduates of the program are prepared for roles that require both engineering expertise and decision-making responsibility, including engineering management, operations and process improvement, project management, and analytical decision-support positions. The program also provides a strong foundation for advanced study in engineering management and related fields.
The program prepares students to become analytical problem-solvers and future leaders in engineering-driven organizations. It focuses on developing the ability to understand, evaluate, and manage complex systems where technical, organizational, and economic factors interact. Students are trained to think broadly and systematically, approaching challenges with a mindset that integrates engineering insight with structured decision-making.
The curriculum is structured to develop strong engineering management capabilities, supported by a solid foundation in engineering, mathematics, systems thinking, and management science. Students learn to apply analytical tools such as optimization, data-driven analytics, and engineering economics to support effective planning, resource allocation, and operational decision-making. Core areas of engineering management, including project management, operational excellence, and performance improvement, are integrated throughout the program. This combination equips graduates to evaluate alternatives, manage uncertainty, and lead complex engineering initiatives in dynamic and interdependent environments.
Students apply these skills across a wide range of domains, including manufacturing, energy, healthcare, logistics, finance, and service systems. This exposure reflects the growing demand for professionals who can navigate complexity and deliver value across diverse sectors.
In parallel with technical capabilities, the program emphasizes the development of professional skills essential for effective decision-making and leadership. Students gain experience in teamwork, communication, and ethical reasoning, while considering sustainability, resilience and the broader societal impact of engineering solutions. Design is integrated throughout the curriculum and culminates in a senior design project, where students tackle open-ended, real-world problems that require both technical depth and sound judgment.
Graduates of the program are prepared for roles that require both engineering expertise and decision-making responsibility, including engineering management, operations and process improvement, project management, and analytical decision-support positions. The program also provides a strong foundation for advanced study in engineering management and related fields.
Programme overview
Main Subject
Engineering Management
Degree
BSc
Study Level
Undergraduate
Study Mode
On Campus
The Bachelor of Science in Engineering Systems and Management at Khalifa University is designed for students who want to apply engineering knowledge to lead, create impact, and make effective decisions in complex systems.
The program prepares students to become analytical problem-solvers and future leaders in engineering-driven organizations. It focuses on developing the ability to understand, evaluate, and manage complex systems where technical, organizational, and economic factors interact. Students are trained to think broadly and systematically, approaching challenges with a mindset that integrates engineering insight with structured decision-making.
The curriculum is structured to develop strong engineering management capabilities, supported by a solid foundation in engineering, mathematics, systems thinking, and management science. Students learn to apply analytical tools such as optimization, data-driven analytics, and engineering economics to support effective planning, resource allocation, and operational decision-making. Core areas of engineering management, including project management, operational excellence, and performance improvement, are integrated throughout the program. This combination equips graduates to evaluate alternatives, manage uncertainty, and lead complex engineering initiatives in dynamic and interdependent environments.
Students apply these skills across a wide range of domains, including manufacturing, energy, healthcare, logistics, finance, and service systems. This exposure reflects the growing demand for professionals who can navigate complexity and deliver value across diverse sectors.
In parallel with technical capabilities, the program emphasizes the development of professional skills essential for effective decision-making and leadership. Students gain experience in teamwork, communication, and ethical reasoning, while considering sustainability, resilience and the broader societal impact of engineering solutions. Design is integrated throughout the curriculum and culminates in a senior design project, where students tackle open-ended, real-world problems that require both technical depth and sound judgment.
Graduates of the program are prepared for roles that require both engineering expertise and decision-making responsibility, including engineering management, operations and process improvement, project management, and analytical decision-support positions. The program also provides a strong foundation for advanced study in engineering management and related fields.
The program prepares students to become analytical problem-solvers and future leaders in engineering-driven organizations. It focuses on developing the ability to understand, evaluate, and manage complex systems where technical, organizational, and economic factors interact. Students are trained to think broadly and systematically, approaching challenges with a mindset that integrates engineering insight with structured decision-making.
The curriculum is structured to develop strong engineering management capabilities, supported by a solid foundation in engineering, mathematics, systems thinking, and management science. Students learn to apply analytical tools such as optimization, data-driven analytics, and engineering economics to support effective planning, resource allocation, and operational decision-making. Core areas of engineering management, including project management, operational excellence, and performance improvement, are integrated throughout the program. This combination equips graduates to evaluate alternatives, manage uncertainty, and lead complex engineering initiatives in dynamic and interdependent environments.
Students apply these skills across a wide range of domains, including manufacturing, energy, healthcare, logistics, finance, and service systems. This exposure reflects the growing demand for professionals who can navigate complexity and deliver value across diverse sectors.
In parallel with technical capabilities, the program emphasizes the development of professional skills essential for effective decision-making and leadership. Students gain experience in teamwork, communication, and ethical reasoning, while considering sustainability, resilience and the broader societal impact of engineering solutions. Design is integrated throughout the curriculum and culminates in a senior design project, where students tackle open-ended, real-world problems that require both technical depth and sound judgment.
Graduates of the program are prepared for roles that require both engineering expertise and decision-making responsibility, including engineering management, operations and process improvement, project management, and analytical decision-support positions. The program also provides a strong foundation for advanced study in engineering management and related fields.
Admission Requirements
24+
6+
79+
4 Years
Aug
Tuition fees
Domestic
22,118 USD
International
22,118 USD
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