Become A Financial Engineer

The field of computational finance, otherwise known as financial engineering, utilizes the merger of mathematical methods and business acumen to arrive at cost-effective and lucrative hedging, trading and investment decisions.

Nowadays, a certificate in financial engineering is considered to be the express route to Wall Street (and other financial spot in the world); it is your direct conduit to the job security and financial rewards that it represents.  Mathematical modeling is a hot property in the investment industry—and financial engineers can provide it.

If math was your strong suit in high school and college, you might consider giving a career as a financial engineer a try. Leading brokerage houses such as Merrill Lynch are increasingly interested in hiring financial engineers to help guide their businesses. In fact, Merrill Lynch provided a grant to MIT to launch a financial engineering program.

An advanced degree in mathematics, physics or computer science is absolutely critical in obtaining a position as a financial engineer.  Generally, the job requires people with highly developed quantitative skills necessary to perform the duties and responsibilities it entails. 

Specific knowledge of C++ programming language, on top of proficiency in most if not all of the following mathematical subfields: stochastic calculus, multivariate calculus, linear algebra, differential equations, probability theory and statistical inference are often considered pre-requisites for entry level position in this field.

It is also preferable that you should have a graduate degree from a highly reputable institution known for its advanced math and financial management programs.  However, as the incorporation of computerized technology becomes a basic necessity in the business, an education in the realm of pure computer science has been considered necessary in the field as well.

While there is some glamour associated with the term financial engineer, the work of such an engineer basically involves repackaging financial products.  It combines the use of mathematical finance, numerical methods and computer simulations to arrive at sound financial decisions.  The risk management of such judgments will also falls into the hand of the financial engineer.  As a result, you must not only have a mind for math, but you must also have solid judgment and strong business shrewdness, since you will be handling other people’s money. 

In addition, you must be highly ethical in order to succeed as a financial engineer.  You must demonstrate that you are honest and trustworthy and that you put your client’s best interest before anything else.  As a financial engineer you will be handling sensitive information that should never be divulge to the public in any circumstances.  A good understanding of the law as it relates to financial dealings will be a great plus for your advancement in this profession. 

Interestingly enough, experts in the field say the best financial engineers are actually self-taught. That’s because the work requires stellar problem-solving ability—something a graduate course cannot necessarily teach you. No amount of educational degree will help you become an efficient and productive financial engineer. The key to success is your ability to use and integrate the technology vis a vis with corporate strategic planning and investment management skills.

This is no job for a greenhorn; if you have decided to engage in this kind of profession, you must prepare and equipped yourself with sufficient trainings and strong background knowledge of the basic skills needed in this line of work. Above all, working and collaborating with more experienced professional will surely help in your advancement.  

Once you have acquired the necessary knowledge and has gone through essential trainings and exposures and eventually master the skills, you may be astounded by the financial benefits you will receive. This is one of the high paying professions in the job market these days. 

With the rapid growth of global businesses and investment institutions, there is a great demand for individuals well versed in the science of modern technologies and the practical field of finance and economy. It is not unusual for full service institutional finance companies today to employ computational finance professionals in their banking and finance operation.  Financial engineering has become a necessity in the business world.