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MASTER OF ENGINEERING IN COMPUTATIONAL SCIENCE AND ENGINEERING

  • The Master of Engineering in Advanced Computational Systems Engineering and Strategic Innovation at The American University of Science (AUS) represents the summit of advanced engineering education, meticulously designed to forge leaders capable of steering the future of technology and innovation. This program is not merely an academic endeavor; it is a strategic initiative that cultivates a profound mastery of both technical and leadership dimensions, ensuring that graduates are equipped to drive transformative change in an increasingly complex and interconnected global landscape.

    Rooted in the foundational pillars of cutting-edge technology, systems integration, and visionary leadership, this program is engineered to address the most critical and emerging challenges in the engineering domain. It stands as a paragon of how advanced theoretical constructs can be flawlessly synthesized with practical, real-world application, producing leaders who not only understand the intricacies of modern technology but also possess the strategic foresight to shape its future.


    Quantum Computational Engineering

    At the vanguard of contemporary computational science, the Quantum Computational Engineering specialization offers an unparalleled exploration of quantum computing principles and their transformative applications. This specialization is designed for those who aspire to push the boundaries of what is possible in computational systems. It provides a rigorous, in-depth examination of quantum technologies, enabling engineers to develop solutions that redefine the limits of computational efficiency and problem-solving capabilities. Graduates of this specialization are not just participants in the evolution of technology—they are architects of a new computational paradigm, setting new standards for innovation and excellence across a diverse array of industries.


    Strategic Commitment

    The American University of Science, through its Master of Engineering in Computational Systems Engineering and Strategic Innovation, is unwavering in its commitment to shaping the future of global engineering leadership. This program is meticulously crafted to ensure that graduates are not only equipped with cutting-edge technical expertise but are also empowered with the strategic vision necessary to anticipate and lead through the technological revolutions of tomorrow. By integrating an unmatched level of academic rigor with industry-aligned, practical experience, AUS ensures that its graduates emerge as trailblazers in their fields, ready to make significant and lasting contributions to the global technological landscape.

    Designed for those who seek to not only excel but to redefine the contours of engineering leadership, this program offers an educational experience that transcends traditional boundaries. It aligns seamlessly with and surpasses the academic and professional standards set by the world’s most prestigious institutions. Graduates of this program are comprehensively prepared to navigate and shape the future of technology with authority, vision, and a commitment to excellence that resonates on a global scale.

    This program is not simply about responding to the challenges of the present—it is about envisioning and constructing the future. The strategic emphasis on innovation, leadership, and cutting-edge technology positions graduates at the forefront of their fields, fully prepared to lead the next wave of global technological advancements. The Master of Engineering in Computational Systems Engineering and Strategic Innovation at AUS is more than an academic qualification; it is a transformative journey that equips engineers to become the visionary leaders who will define the future of technology and its impact on the world.

  • Dual Awards

    • Master of Engineering in Computational Systems Engineering and Strategic Innovation (M.Eng. Computational Systems Engineering & Strategic Innovation)

    Conferred by The American University of Science (AUS)

    • Master of Information Technology (MIT)

    Conferred by INTI International University (INTI)


    The dual awards conferred by The American University of Science (AUS) and INTI International University (INTI) represent the pinnacle of interdisciplinary education, meticulously designed to cultivate leaders at the forefront of engineering and information technology. Graduates who earn both the Master of Engineering in Computational Systems Engineering and Strategic Innovation from AUS and the Master of Information Technology from INTI are uniquely positioned to navigate and lead within the complex, rapidly evolving technological landscape of today and tomorrow.

    This prestigious dual-degree pathway is crafted to deliver a comprehensive and rigorous education that seamlessly integrates advanced engineering principles with cutting-edge information technology expertise. The Master of Engineering in Computational Systems Engineering and Strategic Innovation equips graduates with the ability to design, innovate, and optimize complex systems, while the Master of Information Technology provides the critical IT knowledge essential for managing and securing digital infrastructures.

    By leveraging the strengths of both AUS and INTI, this dual-award program offers an unparalleled academic experience that not only meets but exceeds the highest global standards. Graduates emerge with a powerful combination of skills and knowledge, prepared to lead technological advancements and drive strategic innovations across a wide array of industries. The strategic collaboration between AUS and INTI reflects an unwavering commitment to academic excellence and to developing the next generation of leaders who will shape the future of technology and engineering on a global scale.

    This dual-degree pathway is a testament to the institutions' shared vision of fostering transformative education that empowers graduates to excel in high-impact, leadership roles. With these dual qualifications, graduates are equipped to make significant contributions to both the fields of engineering and information technology, positioning them as thought leaders and innovators capable of driving global technological progress.

  • Strategic Academic Planning: A Blueprint for Holistic Success

    Achieving academic excellence requires more than just diligence; it demands a meticulously crafted strategy that considers the entirety of your circumstances. Strategic Academic Planning is essential for navigating the complex landscape of higher education while ensuring a balanced and fulfilling life. This approach is not merely about scheduling courses; it is about designing a comprehensive framework that aligns your academic pursuits with your broader personal and professional goals.

    Your academic plan must be developed with the highest level of precision, taking into account the diverse and unique challenges you face. This includes harmonizing personal commitments, such as family and social obligations, with professional responsibilities and the strategic timing of course offerings. Moreover, you must anticipate and accommodate external factors that could affect your academic efficiency and ability to manage the essential day-to-day activities that sustain your well-being.

    Strategic Academic Planning is about more than academic success—it is about ensuring that every aspect of your life is in harmony, fostering an environment where you can thrive both intellectually and personally. By carefully considering potential obstacles and integrating them into your planning process, you position yourself to excel not just in your studies, but also in your personal development and career aspirations.

    In the fast-paced, multifaceted world of modern education, the ability to strategically manage your academic journey is crucial. It empowers you to navigate the complexities of your education while simultaneously advancing toward your long-term goals. By aligning every element of your academic experience with your broader aspirations, Strategic Academic Planning becomes a blueprint for holistic success, guiding you to achieve excellence across all dimensions of your life.

    This approach is not just about meeting immediate academic objectives; it is about crafting a path that ensures sustainable success and fulfillment. As you plan, consider how each decision you make today will influence your future, and ensure that your academic schedule reflects a strategic vision that encompasses your entire life’s ambitions. This is the essence of Strategic Academic Planning—creating a framework that not only meets the highest standards of academic rigor but also supports a life of purpose, balance, and achievement.

    PROGRAM HANDBOOK