Is It Possible for a Mechanical Engineer to Pursue a Master’s in Applied Mathematics?

The intersection between mechanical engineering and applied mathematics has grown significantly in recent years. Many professionals in the engineering field find themselves asking, 'Is it possible to pursue a Master's in Applied Mathematics after completing a degree in mechanical engineering?' This article aims to clarify this question and provide guidance on how to navigate the process of convincing a university to offer you admission.

The Value of Applied Mathematics for Mechanical Engineers

Applied mathematics is a valuable field that provides a deeper understanding of modeling and mathematical thinking—both of which are crucial for professionals in the quantitative domain, including quantitative analysts (Qs). While a Master’s in applied mathematics can offer extensive knowledge of mathematical modeling and statistical analysis, it may also include specialized subjects that are less directly related to your mechanical engineering background. Despite these additional subjects, pursuing a Master’s in applied mathematics can be highly beneficial for mechanical engineers looking to expand their skill set.

Potential Benefits and Challenges

The transition from mechanical engineering to applied mathematics can bring numerous benefits. For instance, advanced courses in mathematics can enhance your ability to develop and analyze models in the context of automotive design and related fields. Automotive design, an essential component of mechanical engineering, often involves working with industrial designers, mechanical engineers, and electrical engineers to develop or improve motor vehicle structures, accessories, engines, and related systems.

Additionally, a Master's in applied mathematics can equip you with the tools necessary to conduct failure analyses and statistical probability assessments. These skills are highly valued in the engineering world, particularly in areas such as finite element analysis (FEA). Although there are numerous FEA software options available, not every software is suitable for every situation. Your mathematical education can help you tailor these tools to specific needs, thus providing a competitive edge in the field.

Personal Experience and Advice

A personal insight from someone who has taken a similar path can offer valuable advice. For example, I had a minor in mathematics, which I initially did not know was useful. However, it became a crucial asset when I became familiar with Six Sigma techniques and conducted numerous design for experiments (DOE). The application of mathematical techniques in engineering can be numerous, making a Master's in applied mathematics a compelling choice for those looking to enhance their analytical skills.

Challenges and Navigating the Admissions Process

While it is possible to pursue a Master's in applied mathematics, there may be some challenges. Many typical applied mathematics programs are designed to cater to individuals with a strong background in mathematics, which may require you to 'make up' certain prerequisites. This additional workload can extend the duration of your studies, making it longer than the average program for a mathematics major.

However, some universities, particularly in the UK, have traditionally offered more applied and engineering-focused programs. For instance, the MSc in Mathematical Modelling and Scientific Computing at Oxford has a history of admitting engineers and physicists, providing a clear example of how this interdisciplinary approach can be pursued successfully.

Conclusion

In conclusion, while the transition from mechanical engineering to applied mathematics can present some challenges, it is definitely possible. By leveraging your existing knowledge and skills, you can position yourself for a rewarding and multidisciplinary career in quantitative analysis, automotive design, and beyond. Your university might require some additional steps or coursework, but with the right mindset and persistence, pursuing a Master's in applied mathematics can be a valuable investment in your professional development.