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Is Masters in Engineering Management Worth It In 2022

Is Masters in Engineering Management Worth It


Is Masters in Engineering Management Worth It? Having technology at the forefront of a company in the twenty-first century, it is undeniable that earning a master’s degree in engineering management is worthwhile.

Engineering is a career that has to do with the usage of scientific principles in the making of machines and structures. Consider structures like bridges, buildings, cars, or tunnels. It could be helpful to know that the Latin term Ingenium, which means to conceive with cunning and skill, is the source of the word engineering.

Find the answers to the following questions as you evaluate your educational alternatives for engineering management:

  • What may I do after completing a master’s program in engineering management?
  • Should I get a master’s in engineering management if I haven’t started my career yet?

A master’s degree in engineering management is worth it when candidates for the Master’s in Engineer Management (MEM) degree have acquired some industry work experience before enrolling in a MEM degree program.

Master’s in Engineering Management (MEM)

A professional master’s degree called the Masters in Engineering Management (MEM) is specifically created to close the management-engineering gap. The Masters in Engineering Management program also referred to as the “Engineer’s MBA” or the “MBA for Engineers,” is a popular choice among engineering graduates who want to combine their technical talents with business acumen and advance to a higher managerial position with a focus on technology.

Although the degree may be only intended to help engineers improve their management abilities, master’s programs in engineering management give students a wider perspective to help them handle challenges related to more complex and dynamic systems. Along with comprehensive technical and managerial abilities, the program offers the required preparation for working with individuals from various origins and cultures. As a result, MEM students may be considered to be more socially, culturally, ethically, environmentally, etc. conscious than a regular master’s degree holder. A conventional engineering degree does not offer such a wide perspective.

Graduates of master’s programs in engineering management not only possess an advanced understanding of engineering, finance, design, processes, etc. but also possess leadership and motivational skills. As a result, employers highly value graduates with master’s degrees in engineering management. Today’s employers favor graduates who can approach a problem from a variety of angles and offer a solution by maximizing technology and business tools.

For A Master’s In Engineering Management (MEM), Who Should Apply?

MEM may be the best option if you are an engineering or scientific graduate seeking a non-traditional master’s degree. Is there a prerequisite for engineering education? No, a master’s degree in engineering management is open to all engineering graduates. If you are interested in the management of research and development, technology entrepreneurship, industrial management, quality control, intellectual management, data analytics, and other related fields, this program is the ideal choice for you.

Admission Requirements For Master’s in Engineering Management (MEM)

Numerous colleges in the USA, as well as some in Canada and Australia, among other nations, offer master’s degrees in engineering management. Both on-campus and online full-time MEM programs are available. The prerequisites for admission may differ depending on the institution and the method of instruction, however, the following are some fundamental standards:

  • A strong CGPA and an approved bachelor’s degree in engineering or science, or its equivalent.
  • Most universities require GMAT or GRE scores. Candidates with significant professional experience may be exempt from the GRE or GMAT requirement.
  • Two or three letters of recommendation attesting to the applicant’s abilities in the classroom, at work, and in leadership.
  • A personal statement or statement of intent.
  • Scores from the TOEFL or IELTS for foreign students whose first language is not English.
  • Transcripts from every graduate and undergraduate program you have ever attended.
  • Programs for graduate students in engineering management are created for those with little to no prior work experience. It is advised for students with no more than five years of professional experience. Remember that different universities have different requirements for work experience.
  • Programs with prerequisites. Many colleges demand that applicants either finish prerequisite coursework or possess sufficient prerequisite knowledge in advanced technical abilities, preferably calculus and statistics.

Subjects Offered in Master’s in Engineering Management (MEM)

The program for a master’s in engineering management is broad. To advance in their areas of expertise, students must complete several core courses, pick electives, and complete needed internship modules.

Popular electives available in MEM programs include, but are not restricted to:

  • Project Management
  • Product Management
  • Operations and Supply Chain Management
  • Technology Development and Commercialization
  • Computer Simulation for Risk & Operational Analytics
  • Manufacturing Management
  • Systems Engineering and Architecture
  • Environmental Systems Analysis, Economics & Public Policy
  • Applied Machine Learning
  • Data Science for Business Intelligence
  • Universities have different requirements for core or required courses, but the most common ones are Leadership and Organizational Behavior, Strategic Management, Accounting, and Finance, among others.

Duration Of Master’s in Engineering Management (MEM)

The method of the program will determine how long the master’s in engineering management programs last. The length of a full-time program might range from 12 to 24 months. Programs that are offered part-time or online can run up to a year or six to nine months.

Costs & Tuition For Master’s in Engineering Management (MEM) 

The cost of MEM programs will vary by university, program length, and mode. One term’s anticipated tuition costs could range from $30,000 to $68,000. Depending on the length of the program, this can be the total tuition or the annual cost. International students should budget between $50,000 and $105,000 for the whole cost, which includes living expenses.

What To Expect in Master’s in Engineering Management (MEM)

  • A multidisciplinary curriculum that combines the theoretical and applied understanding of nearly all engineering disciplines and mathematics with a variety of projects, people management, and other topics.
  • Some engineering-specific courses might teach management strategies for that field, such as mechanical engineering and business management or even chemical engineering and management.
  • A select few programs, such as control and systems engineering management, provide expertise in a particular area within the engineering management spectrum.
  • Many students choose to specialize in engineering management in their business administration course. These choices are primarily offered in the United States and a few other nations.
  • There are occasionally dual-degree programs that will grant you degrees in both engineering and management.
  • You can apply for professionally approved engineering management programs through organizations like the Engineering Council or the Accreditation Board for Engineering and Technology (U.S.) (UK). Participating in an authorized course inevitably improves your professional prospects and credentials.
  • You may anticipate a mix of academic courses and college lectures, as well as practical training, workshops, lab classes, case studies, engineering, and design projects, group projects, and ongoing assessment through exercises and projects.
  • For project management, 3D modeling, inventory management, quality checking, and process simulation, you will learn how to use industrial software packages. The core engineering branch you have chosen is likely to take up most of your first year, with management and business topics arriving a bit later.
  • You might be given the chance to take part in initiatives supported by the government or business while simultaneously enhancing your resume and gaining real-world experience.
  • Depending on your educational institution, you could also be able to obtain paid industrial placements or internships.

What Do You Gain From Master’s in Engineering Management (MEM)

Is a master degree in engineering management worth it? To answer your question, below are the abilities and knowledge you acquire from taking these courses:

  • Particular expertise in engineering management practices, tactics, and theories.
  • Improved understanding of fundamental engineering concepts, organizational management, behavior, and business methods.
  • Finding out how engineering and business management are related.
  • Solid scientific and mathematical understanding, as well as knowledge of the worldwide market and the most common engineering management markets, difficulties, gaps, and possibilities.
  • Understanding of using cutting-edge software for creating and using mathematical models.
  • Understanding of testing, production, quality evaluation, engineering drawing, teamwork, project management, data analysis, and interpretation, as well as CAD and other advanced technologies.
  • Building administrative and leadership skills while learning about monetary, environmental, ethical, and health and safety standards
  • Enhancing planning, quantitative, analytical, and interpersonal abilities as well as learning how to make innovative presentations produce performance reports, and address issues

Job You Can Get With A Master’s In Engineering Management

The engineering sector is quite extensive. Numerous work prospects for a master of engineering in management are available in the sector. The abilities gained by a graduate of an engineering master’s program are transferable to many different sectors and businesses for safe and effective operation.

The engineering management industry, along with architecture managers, is expected to grow at an average combined industry growth rate of 3% through the year 2029, which is roughly the same rate for the anticipated growth of all occupations, according to statisticians at the Bureau of Labor Statistics (BLS).

Consider these inquiries when you narrow down your college choices for an engineering management degree.

What are the most sought-after career options for engineering management master’s degree holders?

  • Which engineering management master’s degree positions offer the best pay?
  • Are there positions for online masters in engineering management degree holders that pay well?
  • Where can I locate the best career opportunities for engineering management master’s graduates?
  • What master of engineering management positions are available in the aerospace industry?
  • Are there masters of engineering management positions that will pay what I’m expecting?
  • The numerous employment opportunities available for engineering management master’s students are listed below. Take note of how these positions span a range of industries after a master’s in engineering management has been earned.
  • Architectural Project Manager

Leading the design and planning phases of the construction of various types of structures is an architectural project manager. Building plans are created by architectural project managers, who also make sure that projects adhere to local and national building codes and keep in touch with all other experts engaged in the building’s planning and construction.

Architects, developers, governments, and other organizations may hire architectural project managers. An architectural license is first required for professionals with master’s degrees in engineering management who want to work as project managers for architectural firms.

  • Project Engineer

Overseeing and directing teams is the responsibility of project engineers. A competent project engineer must be able to lead cohesive teams and comprehend engineering concepts that pertain to the layout and operation of a project.

Depending on the engineering specialty, a project engineer’s responsibilities change. For instance, an electrical engineering project engineer would concentrate on increasing the speed of an electric car while a civil engineering project engineer might supervise the construction of a new bridge.

  • Construction Managers

All the elements involved in building a structure are managed by construction managers. From their earliest planning phases to completion, construction projects are managed by a construction manager.

The specialists who assist in building construction, such as engineers, architects, and building code managers, are often managed and supervised by construction managers.

Making sure the project conforms with all applicable laws and regulations, developing and amending comprehensive budget plans, and translating technical materials for other professionals involved are just a few of the responsibilities.

  • Application Engineer

The main objective of an application engineer is to make their client’s software and systems better. These enhancements might involve building new hardware elements, new software structures, or software program optimizations. The majority of application engineers work for companies that specialize in developing software for a variety of clients in various sectors.

  • Structural Engineer

The physical elements of a construction project are planned, designed, and built by structural engineers. A building project’s structural components include the foundation, beams, columns, and arches.

A structural engineer can oversee construction sites, determine the weight loads of various structural components, and secure the required permissions before the start of work. A structural engineer may need to initially obtain a particular state license in structural engineering depending on where they wish to operate.

  • Process Engineer

At a manufacturing facility, automation-related processes and machinery are supervised and managed by process engineers. Automation refers to technological processes and apparatuses that reduce the need for human labor.

Making sure that raw materials are effectively assembled into the right forms is the main duty of a process engineer. Among the responsibilities that may fall under this category include improving operational expenses, raising the productivity of machine resources, and performing maintenance testing.

  • Product Engineer

Product engineers plan, create and manage the manufacturing of products for the market. A subset of mechanical engineering is product engineering. A product engineer’s duties could involve identifying potential hazards during product development, testing prototypes of new items, producing visual representations of products using computer design software, and coming up with fresh product ideas.

  • Automation Engineer

Automation engineers manage the processes and equipment connected to automation, which refers to technological systems that run with little or no human intervention.

Automation engineers, on the other hand, frequently work on software systems and programs rather than on actual industrial machinery. Automation experts assist customers in a range of industries to reduce computing flaws, fix issues, and streamline software development.

A person’s responsibilities could include installing automation-related software, running quality assurance (QA) tests on software, and locating system faults.

  • Operations Manager

Advanced roles in the human resources sector include operations managers. Optimizing a company’s many processes and protocols for productivity, cost-efficiency, and quality is the main duty of an operations manager. The creation of employee training procedures, maintaining inventory items, and controlling budgets across all departments are among the responsibilities.

  • Systems analyst

Systems analysts, sometimes known as computer systems analysts, assess a company’s IT infrastructures, such as data centers or internet networks. IT systems are designed, managed, and fixed as needed by systems analysts.

Researching new technologies for the company, producing analytical reports on potential upgrades, and coming up with strategies to increase the productivity of computer processes or resources are just a few examples of tasks that may be assigned.

  • Business analyst

Business analysts assess an organization’s structures and processes, just like systems analysts do. But compared to systems analysts, business analysts are less tech-focused. Business analysts, on the other hand, place a larger emphasis on the analysis and improvement of all business processes, including budgets, departmental organizational structures, and operations. Business analysts often only consider a company’s technology in light of its other components.


Your long-term job goals and area of interest will determine whether you should pursue an MBA or MEM. While selecting a program, candidates should be aware of the budget, curriculum, career outcomes, and entrance standards. Consider the following considerations while deciding between an MBA and a MEM:

The MEM program is only open to science and engineering graduates with a background in Physics, Mathematics, Chemistry, and Mechanics.The MBA program is open to graduates from all fields of study.
MEM programs are made for young applicants with little to no job experience.MBA programs are made for candidates with strong professional experience.
MEM is the program to choose, however, if your interest is in technology and technical fields and you have a desire for building strong business and decision-making skills to address complicated problems.A technology-focused MBA may or may not cover a wide range of topics. If you wish to advance into higher-level corporate management and leadership roles, an MBA is ideal. 

Engineering Management vs Project Management

Tasks of an Engineering ManagerTasks of a Project Manager
Maintaining current technical knowledgeManaging time effectively
Direct supervision and guidance Planning activities and resources
Foster a positive team environment (e.g. curious, mutually challenging, collaborative)Managing project risk through analysis
Development and upkeep of processesManaging reports and required paperwork
Mentoring Estimating costs and creating the budget
Work politicsEnsuring client fulfillment
Boost engineering effectiveness and quality (e.g. improve workflow, code review, etc.)Observing development
Employee selection, management, and terminationPutting together and inspiring a project team


As can be seen, if you have the required technical knowledge, ability, and desire, getting a master’s in engineering management is worth it because it will undoubtedly lead to a happy future profession!

Companies will need engineers who are familiar with the major technological trends to produce new goods or services. Discovering the kind of engineering degree that most closely matches your objectives is a solid first step toward a prosperous engineering career. Then, to increase your abilities and expertise, you can pursue that higher degree.

Frequently Asked Questions (FAQs)

Why Should I Pursue An Engineering Management Master’s Degree?

A Master of Engineering Management (MEM) degree strengthens your critical analytical, scientific, and engineering abilities in addition to broadening your essential management skills. You need this set of abilities to succeed in today’s complicated technology surroundings.

Which Country Is Ideal For MEM?

Which nations provide the best master’s programs in engineering management (MEM)? The top nations for international students to pursue a Master’s in Engineering Management are the United States, Canada, the United Kingdom, Australia, Singapore, and Germany.

Which Is More Effective, Project Management Or Engineering Management?

Project management might be a lot better career choice than people management for those who prefer to work in the technological field. Project management is typically the initial step for engineers who have leadership experience and want to have a bigger influence.

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