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The Master of Engineering Management (MEM) degree serves as a transitional program between business management and engineering. The goal of the multidisciplinary discipline of MEM is to solve issues using complex engineering procedures. MEM provides you with the skills necessary to apply your technical expertise to manage a range of tasks associated with operations, production, quality control, testing, and maintenance in manufacturing facilities.
MEM offers various MBA-related courses, including organizational management, statistics, decision science, and operations management. However, we cannot compare MEM to an MBA since MEM is more specialized than an MBA and focuses primarily on the management and leadership issues that arise while managing intricate engineering projects.
With an introduction to systems science and systems engineering, this curriculum applies project management and management science methodologies. Several industries, such as Product Development, Manufacturing, Construction, Design Engineering, Industrial Engineering Technology, and Human Systems Engineering, are expected to recruit engineering managers. For individuals who hold an engineering bachelor’s degree and want to get into business management, MEM provides an unmatched chance.
A student will only get a Master of Engineering Management degree by completing a minimum of 12 courses. Among them are:
Compulsory courses
• Engineering Management
• Strategic Management
• Accounting
• Financial Issues
• Decision Tools for Managers
• Marketing Issues
• Leadership and Organizational Behavior
Electives
Pick a minimum of three electives from the top ten options.
• Data Analytics
• Law for Technology and Entrepreneurship
• Operations Research
• Technology Project Management
• Topics in Manufacturing Design and Processes
• Applied Machine Learning
• Technology Innovation and Entrepreneurship
• Industrial Ecology
• Energy Utilization
ü To be eligible for graduate-level admission to overseas universities, you must have a bachelor’s degree in engineering or a related STEM field from an approved university. Your Grade Point Average (GPA) will be used to evaluate your academic success.
ü Although having work experience is undoubtedly helpful for admission, those of you without it shouldn’t worry too much. While many universities don’t have any rules on the required job experience, others might not consider your GRE or GMAT score if you have many years of experience. An excellent GRE or GMAT score is a must for admission to a renowned master’s program in engineering management.
ü Most elite universities demand language courses like the TOEFL and IELTS. The USA accepts scores from the TOEFL exam, however, universities in many other nations, including Australia, Canada, Ireland, New Zealand, and the UK, accept IELTS test results.
ü In addition, you must submit a recommendation letter, a SOP, and a resume. The majority of applicants place very little weight on their recommendation letter and résumé. It is important to thoroughly examine both the recommendation letter and your resume. Your letter of recommendation should come from a professional or academic acquaintance, ideally someone familiar with you.
ü The interview is the last challenge to overcome; if your application is accepted, some universities may need you to participate in an interview process. Learn about the kind of questions that are asked during interviews and prepare the answers in advance.
Project Management
The professional discipline of managing an engineering project through its many stages of development is known as project management. Linking the several stages of a project—initiating, planning, executing, controlling, and closing—would be challenging without a project manager. In addition, the project manager serves as an interface between several teams operating in distinct project domains, which further distinguishes him or her as the project leader.
Every industry has projects, and project managers are needed to manage them. According to a survey by the Project Management Institute (PMI), until 2027, firms would need to recruit people for around 2.2 million new project-oriented jobs annually.
Tech, Business, and Entrepreneurship
People who are intelligent, ambitious, creative, and courageous individuals should specialize in business, entrepreneurship, and technology. It is a multidisciplinary subject of study with a primary emphasis on commercializing creative and innovative ideas. Students who complete the course will have the business knowledge and abilities required to achieve their entrepreneurial dreams.
In the modern employment market, one of the most desired skills is entrepreneurialism. People with these skills are often hired by corporations like Microsoft, Google, Amazon, and Facebook, and this pattern is expected to continue as these businesses prepare for global growth.
Safety Management
Safety management is the use of business management concepts to ensure the safety of a professional workplace. Nowadays, a lot of the major sectors are also high-risk enterprises where safety is quite important. Industries involve aviation, transportation, oil, and gas production, and others use safety management.
In the absence of a complete assurance of safety, these sectors run the risk of quickly losing everything. We require a methodical strategy to provide such a guarantee, and safety management is exactly that strategy.
The U.S. Bureau of Labor Statistics predicts that employment in the safety management industry will rise by 8% between 2016 and 2026. As global standards and laws related to employee and environmental safety become more strict this industry is expected to grow shortly.
Technology Management
Technology management makes sure that companies may use technology to enhance operations and maintain their competitiveness in the market by combining several management techniques. The primary objective is to make the most of technology’s advantages to stimulate internal innovation and expansion.
Understanding the importance of various technology types inside a specific company is the primary responsibility of technology managers. This program’s specialization often includes teaching project management, quality control, computer applications, safety and health concerns, production and operations management, statistics, and general management concepts. Being able to adopt new technologies and utilize them to the organization’s advantage is a requirement for achievement in the fast-paced world of today.
Engineering Entrepreneurship
The use of engineering concepts to develop a solution for entrepreneurial enterprises is known as engineering entrepreneurship. To commercialize entrepreneurial ideas, it combines expertise from information technology, industrial engineering, and business administration. You will have the opportunity to explore a diverse range of topics that will help you develop a deeper understanding of how engineering principles can be applied in the business world. With an engineering entrepreneurship specialization, you may work in the field or launch your own company.
Engineering Leadership and Innovation Management
The goal of the engineering leadership and innovation management specialization is to provide professionals with the knowledge and abilities they need to operate in a variety of engineering businesses. This involves handling projects effectively, fostering internal innovation, cooperating across nationwide and cultural boundaries, identifying new business opportunities, and leading teams. It also helps you hone your skills in developing project management plans that assist leading engineering teams tackle challenging technical issues.
Best 5 Career Options for Civil Engineering Professionals
1. Business Analyst
2. Consultant
3. Project Manager
4. Industrial Engineer
5. Job Prospects
Shiksha Udaan Capital aims to support your dream of attaining a high-quality education and provide students with easy access to personalized educational finance alternatives.
