Degrees in Mechatronics and Computer Systems Engineering: Value and Relevance

Introduction

Can a person holding two degrees in mechatronics and computer systems engineering find value in both fields? How does a potential employer view such a person during an interview?

Multi-Disciplinary Expertise:

With degrees in mechatronics and computer systems engineering, an individual possesses a unique set of skills and knowledge. Mechatronics combines mechanical, electrical, and computer engineering, which includes design, development, and management of systems involving mechanical, electronic, and software components. On the other hand, computer systems engineering focuses on a broader aspect of computing, including computer architecture, software engineering, and network systems. Both fields can be valuable, but the redundancy in having a double major in these specific areas may not always be the best use of resources.

Work Experience vs. Academic Credentials:

In the tech industry, a crucial factor in determining a candidate's fit for a role is their practical experience and hands-on skills. While academic credentials are important, work experience in the relevant field is often more significant in demonstrating a candidate's ability to apply theoretical knowledge in real-world scenarios. This is particularly true for roles that require specific technical expertise.

For instance, if a position involves designing a manufacturing robot, an individual with extensive experience in developing such systems and a strong understanding of both mechatronics and computer systems principles would be more qualified than someone solely focused on a double major.

Wasted Resources:

#8220;Depending on location and connections, this is generally a waste of resources. This person will work in one major and forget the other major. All the efforts to get the other major are lost.#8221; This common sentiment suggests that having a double major may sometimes result in an inefficient use of time and effort.

Consider the situation where a person decided to pursue a double major but ended up focusing only on one field of study due to interest, industry trends, or personal passion. This could lead to a scenario where one degree is more relevant to the job, while the other is largely forgotten, unutilized, or underestimated.

Commitment and Career Direction:

Employers often value candidates who can commit to a particular area of expertise and demonstrate a clear career path. It is natural for individuals to change their mind about their career as they gain more experience or as the industry evolves. However, having two unrelated degrees in mechatronics and computer systems engineering should not be treated as a positive attribute during an interview.

If a person is looking for employment, committing to one field of study is generally more beneficial. This commitment proves to the employer that the candidate is dedicated and willing to work hard in a specific area.

Relevant Example:

One of the author's friends pursued both a degree in electronic, electrical, and mechanical engineering (EEME) and a PhD focused on MEMS (Micro-Electro-Mechanical Systems). While these degrees provided a broad base of knowledge, he found that some courses were not directly applicable to his career and should not have pursued the double major. This example illustrates that having multiple degrees does not automatically ensure job suitability or career success.

In conclusion, while having degrees in mechatronics and computer systems engineering can provide a wealth of knowledge and skills, employers often prioritize practical experience and a clear, committed career path. The decision to pursue a double major should be carefully considered, considering the potential redundancy and the benefits of focusing on one area of expertise.