# MEng vs. MS in Engineering: Tips for Selecting Your Engineering Path

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**Author:** Educating Engineers Editorial Team
**Published:** September 29, 2026
**Updated:** September 29, 2026

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A Master of Engineering (MEng) and a Master of Science (MS) can both help you develop advanced engineering skills. MEng programs often emphasize applying those skills in professional settings, while MS programs may offer more opportunities for research. Those are useful tendencies, but they are not rules: an MS can be professionally focused, and an MEng can require a research thesis. To choose between them, examine what you would study, complete, and pay for in each program. 
  
 ## **MEng vs. MS: What Are the Main Differences?**  
  
 The degree names offer a starting point for comparison. This table describes **common patterns, not requirements that apply to every university** . 
  
 
**Compare** 
**MEng: common pattern** 
**MS in engineering: common pattern** 
**Primary emphasis** 
Applying advanced engineering knowledge
Advanced technical study, sometimes with a research focus
**Final requirement** 
Often coursework, an applied project, or a capstone
May be a thesis, project, exam, or coursework
**Career preparation** 
Often designed with industry practice in mind
May support industry work, research, or doctoral study
**Funding** 
Assistantship opportunities may be limited
Opportunities vary by program and degree track
**Schedule and format** 
Set by the individual program
Set by the individual program
 
  
 Neither degree is inherently more advanced or more valuable to an employer. Consider what a program teaches and what you will be able to show for your work. A substantial design project could be especially relevant to one goal; sustained research with a faculty adviser could be more relevant to another. The next sections explain how to assess those differences without relying on the letters in the degree name. 
  
 ## **How Do Coursework and Research Differ?**  
  
 Both degree types involve graduate-level technical courses. The balance of coursework, projects, and research depends on the program. In an applied program, you might develop a design, test a process, or solve a problem posed by an industry partner. A research track might give you sustained time to investigate a question with a faculty adviser. 
  
 A capstone and a thesis can both involve demanding technical work. Their purposes and final products often differ: 
    
- **Capstone or applied project:**  Use what you have learned to address a defined problem and present a workable result.    
- **Research thesis:**  Conduct a sustained investigation and write an account of its methods and findings.    
 The degree name does not reliably tell you which experience to expect. For example: 
    
- **Cornell**  [describes] (https://www.duffield.cornell.edu/meng/frequently-asked-questions-meng/)  its MEng as a coursework-based degree with hands-on projects and its MS as a research-focused degree with a thesis.    
- **Purdue’s mechanical engineering MS**  [offers thesis and nonthesis options] (https://engineering.purdue.edu/ME/Graduate/Prospective/ProfessionalMasters) . Its on-campus Professional Master’s is a nonthesis track within the MS, combining technical courses with management and professional development coursework.    
- **MIT’s electrical engineering and computer science MEng, available to eligible MIT undergraduates,**  [requires a thesis] (https://www.eecs.mit.edu/academics/undergraduate-programs/meng-program/meng-thesis/)  describing original research.    
 For any program you are considering, check how much time you would spend on a project or research, who would supervise it, and what you would produce. If research interests you, also find out whether master’s students can join the labs that interest them. 
  
 ## **Which Degree Fits Your Career Goals?**  
  
 Start with the work you hope to do after graduation. That gives you a way to judge whether a program’s electives, projects, and research opportunities are useful to you. 
    
- **Applying advanced skills in industry:**  Look for courses in your specialty and opportunities to design, build, analyze, or implement something relevant to your intended role. An MEng may be a good match, but a professionally focused MS can offer similar preparation. Check whether projects involve external partners or give you work you can discuss with employers.    
- **Pursuing research and development:**  Find out which faculty work in your area, whether master’s students can join their groups, and what research experience is available. A thesis can be valuable preparation, but the access to relevant work matters more than whether the diploma says MEng or MS.    
- **Considering a PhD:**  Research experience can help you test your interest in doctoral study and demonstrate your ability to conduct independent work. A thesis-based MS is one route, but an MEng does not automatically close that door. [Cornell notes that its MEng graduates can apply to PhD programs] (https://www.duffield.cornell.edu/meng/frequently-asked-questions-meng/) , although its MS is the more typical preparation there. Ask how graduates of the particular program have pursued doctoral study.    
- **Moving toward leadership or a new specialty:**  Compare technical depth with any coursework in communication, management, or business. If you want to change fields, pay close attention to prerequisites and whether the available electives let you build the foundation you need. A management course alone will not make a program the right fit if its technical focus misses your goal.    
 You do not need a perfectly fixed career plan to make a choice. You do need to know whether you would value extensive research experience, a particular technical specialization, or the chance to apply new skills through projects. Those preferences can narrow the options considerably. 
  
 ## **What Will Each Program Cost in Time and Money?**  
  
 Compare what it would take to **finish**  each program, rather than comparing tuition rates alone. For each option, check: 
    
- **Total expenses:**  Find the required credits, expected number of terms, and fees. Add books or equipment, living expenses, and any travel or relocation costs. A lower per-credit rate may still lead to a higher overall cost if the program requires more credits or takes longer.    
- **Time away from work:**  Full-time study may let you graduate sooner but could mean giving up income. Part-time study can help you remain employed, although it may extend the time you pay fees and balance coursework with other obligations.    
- **Course availability:**  Check when required courses are offered, not just whether part-time enrollment is permitted. A course offered only once a year could affect your completion date.    
- **Funding eligibility:**  Ask whether students in your **specific degree track**  can receive research or teaching assistantships, what support those appointments provide, and whether funding is guaranteed or awarded term by term.    
 Funding rules vary by program. Cornell describes its MEng as self-funded but says a limited number of students may receive paid graduate teaching/research specialist positions. Those appointments provide a stipend but do not include a tuition waiver. At Purdue, students in its professional mechanical engineering MS track are ineligible for assistantships or fellowships that provide tuition remission. Neither policy applies to every degree with the same name. 
  
 If you intend to keep working, examine the format as carefully as the price. When exploring [online engineering master's programs] (https://educatingengineers.com/masters-degree/online-programs/) , check whether you can take required courses at a manageable pace and whether labs, projects, exams, or other activities require travel. An online listing alone does not establish that every requirement can be completed remotely. 
  
 ## **How Should You Compare Specific MEng and MS Programs?**  
  
 Put the requirements of two or three promising programs side by side. If you have yet to settle on a field, exploring [types of engineering degrees] (https://educatingengineers.com/blog/types-of-engineering-degrees/)  can help you identify the disciplines you want to investigate. Then use the following questions to compare graduate programs within or across those fields: 
  
  
1. **What would you study?**  Read the required course list as well as the electives. A concentration title may sound right, but the actual offerings determine whether you can develop expertise in the area you want.    
2. **What would you complete before graduating?**  Identify whether the final requirement is a thesis, capstone, project, exam, or coursework alone. For a project or thesis, ask what past students have produced and how advisers or partners are assigned.    
3. **Who could you work with?**  If research matters to you, look for faculty and labs in your area and confirm that master’s students can participate. If you want applied experience, investigate project teams and industry partnerships.    
4. **What schedule can you realistically follow?**  Check the expected completion time for your enrollment status, the availability of required courses, and any in-person commitments. Use that schedule when estimating both cost and time away from work.    
5. **What funding is available to you?**  Look for eligibility rules specific to the degree track. If you are employed, ask whether your employer offers tuition assistance and whether its conditions fit the program’s format and pace.    
6. **Do you meet the entry requirements, and where do graduates go?**  Review prerequisites and admissions criteria before treating a program as an option. If the school publishes employment or doctoral-study outcomes, check whether they refer to your intended degree track rather than combining several programs.    
 The strongest choice may have a different degree name from the one you initially expected. What matters is whether its requirements and opportunities support the work you want to pursue. 
  
 ## **Choose the Program That Supports Your Next Step**  
  
 Before applying, identify the two or three features you need most from graduate study, such as access to a particular research area, an applied project, or a schedule compatible with work. Compare programs against those priorities and their full cost. That will give you a sounder basis for choosing an MEng or MS than the degree title alone.