M.A. International Management
IU International University of Applied Sciences offers a two-year Master of Arts (M.A.)...
MBA - Engineering Management
Berlin
INTAKE: Jan, April, July & Oct
Program Overview
IU International University of Applied Sciences offers an MBA in Engineering Management, a program designed for professionals seeking to advance their careers at the intersection of technology and business. The program is offered in both on-campus and online formats, providing a flexible learning environment for students. The core philosophy is to produce leaders who can navigate the complexities of modern engineering, from managing technical teams and large-scale projects to understanding the business and financial implications of technological innovation. This degree is ideal for engineers who are ready to transition into high-level management roles and drive strategic growth in a wide range of industries, from manufacturing to IT.
Curriculum: The curriculum of the MBA in Engineering Management is comprehensive, blending a strong foundation in general business administration with specialized expertise in modern engineering topics. Core modules cover essential management topics such as Leadership, Strategic Management, Corporate Finance, and International Marketing. These are complemented by highly relevant engineering-focused courses on the Internet of Things (IoT), Manufacturing Processes Industry 4.0, and Product Development. This unique blend of business and technical knowledge ensures that graduates possess the strategic acumen to lead a company and the hands-on skills to optimize engineering processes and drive innovation.
Research Focus: The research focus of this MBA is highly applied and problem-oriented. The program is designed to develop a student's ability to use their combined knowledge of business and engineering to solve real-world challenges. Through a final Capstone Thesis and project-based learning, students are encouraged to conduct in-depth research on topics such as the successful implementation of new manufacturing technologies or the development of a new product from concept to market. This emphasis on practical research, supported by IU's AI-driven teaching assistant, ensures that graduates can translate their findings into actionable business insights and lead teams in various engineering-related projects.
Industry Engagement: Industry engagement is a key component of this program. IU International University of Applied Sciences has strong ties with a wide range of companies and organizations, and its curriculum is continuously updated with input from industry experts. The program’s commitment to practical application is evident in its use of real-life case studies and projects, which give students hands-on experience with the latest technologies. The university also provides robust career services, including a jobs board, career coaching, and networking events, to help students network and secure employment after graduation. These connections and resources give graduates a significant advantage in the competitive job market and prepare them to meet the challenges of a constantly evolving industrial environment.
Global Perspective: The MBA in Engineering Management provides an exceptional global perspective, preparing students for careers on an international stage. The program is taught entirely in English and attracts a diverse student body, fostering a multicultural learning environment. The curriculum addresses the global nature of business and engineering, exploring topics like international marketing and managing in a global economy. The university's degrees are internationally recognized and accredited, making it easier for graduates to pursue careers or further studies globally. For on-campus students in Berlin, a major hub for technology and innovation, the program offers the option of an 18-month post-study visa, which opens up work opportunities in Germany.
Location
Berlin
Score
IELTS 6.5
Tuition Fee
Euro 10017
Postgraduate Entry Requirements
Academic Qualifications: Applicants for postgraduate programs typically require a minimum academic achievement of 60% or above in their bachelor's degree.
English Language Proficiency:
- IELTS: Overall band score of 6.5 or 7.0 with a minimum of 6.0 in each component.
- TOEFL: Overall score of 95 or higher.
IU provides multiple scholarship options catering to different student profiles, including merit-based scholarships, diversity scholarships, and special grants for students demonstrating financial need or outstanding achievements.
Merit-Based Scholarships: Awarded to international students who have demonstrated exceptional academic performance or professional accomplishments. These scholarships recognize high achievers and support their continued success at IU.
Diversity Scholarships: IU promotes inclusivity by offering scholarships that encourage applications from students belonging to underrepresented regions or backgrounds, fostering a multicultural learning environment.
Early Bird Scholarships: International students who apply and enroll early may benefit from reduced tuition fees as part of IU’s early application incentives.
Need-Based Scholarships: For students facing financial challenges, IU offers scholarships that consider the applicant's economic situation to help ensure education is affordable.
Corporate and Partner Scholarships: IU collaborates with companies and educational partners to provide sponsored scholarships, often linked to specific programs or fields of study, such as Business, IT, or Engineering.
Graduates of the MBA in Engineering Management from IU International University of Applied Sciences are uniquely positioned for a variety of leadership and strategic roles at the intersection of business and technology.
Engineering Project Manager: A core career path where graduates are responsible for planning, executing, and finalizing engineering projects. Their unique blend of technical and managerial skills allows them to oversee complex projects, ensuring they are completed on time, within budget, and to the required quality standards.
Operations Manager: This role involves overseeing the day-to-day operations of an organization, from production and logistics to quality control. A graduate's understanding of engineering processes and strategic management is crucial for optimizing efficiency and improving productivity.
Quality Manager: A graduate's deep understanding of quality management principles makes them a great fit for this role. They are responsible for implementing quality standards, analyzing production processes to identify weaknesses, and ensuring that products and services meet customer requirements.
Product Development Manager: This specialized role is for graduates who want to be at the forefront of innovation. They are responsible for overseeing the entire product lifecycle, from initial conception and design to market launch, ensuring that products are innovative, market-relevant, and compatible with modern engineering principles.
Engineering Consultant: A graduate's comprehensive knowledge of both engineering and business makes them a strong candidate for a consulting role. They can advise a variety of clients on a wide range of issues, from improving manufacturing processes to developing new product strategies.
Supply Chain Manager: With a focus on operations and information management, a graduate can specialize in managing a company's supply chain. They are responsible for optimizing logistics, reducing costs, and ensuring the timely delivery of goods and materials.
Technical Director: This top-level position involves overseeing an entire engineering department. While it requires significant experience, a graduate's strategic mindset and leadership skills, developed through the program, position them for this kind of senior role in the long term.
Systems Engineer: A graduate's understanding of how different components of a system work together makes them a great fit for this role. They design and manage complex systems over their life cycles, ensuring that all components function harmoniously.
Manufacturing Manager: With a focus on manufacturing methods and Industry 4.0, a graduate can manage the production process in a factory. They are responsible for improving efficiency, implementing new technologies, and ensuring that the factory operates smoothly and safely.
Chief Technology Officer (CTO): This executive-level role is the ultimate goal for many engineering management graduates. As a CTO, a graduate would lead a company's technological development, manage engineering teams, and work with other executives to set long-term strategic goals.
