In recent years, we’ve witnessed a dramatic shift in the journey towards becoming a software engineer. Coding bootcamps, with their promise of quick and focused skill acquisition, have emerged as a popular alternative to the more traditional computer science degrees.
If you’re reading this article, you’re most likely an aspiring software engineer. In this article, we’ll be delving into the pros and cons of coding bootcamps vs. conventional degrees. Hopefully, this will help you to get a better idea of which route is best suited for you.
The Rise of Coding Bootcamps
Before we take a deep dive into our article, let us first ensure that we’re on the same page regarding what bootcamps entail.
Overview of Coding Bootcamps
Bootcamps are short-term, intensive and targeted programmes designed to equip students with practical, job-ready skills in a condensed time frame. Often, bootcamps range from a few weeks to a few months. Due to their immersive and comprehensive approach to teaching programming, coding bootcamps have been steadily gaining traction.
Speed and Efficiency
One of the most attractive and defining traits of bootcamps is their speed and efficiency. In comparison to traditional degrees, which often take up to four years for completion, bootcamps promise to turn beginners into employable developers within a matter of months. This is usually extra appealing to individuals who are seeking a swift entry into the tech industry – for instance, working adults who are considering a mid-career transition.
For instance, Heicoders Academy’s SE100: Responsive Web Development course. In this course, students will gain a foundation in software engineering and knowledge of industry best practices, translate user requirements into a web application, and deploy their web application on the cloud for users. All this (and more) covered in just a short 10 weeks!
Freedom to Explore
In addition, bootcamps grant you the freedom to explore the world of software engineering without the commitment of a traditional, long,
dreadful four year degree. With the flexibility that bootcamps provide, you don’t have to worry about being locked into a single path. If software engineering doesn’t turn out to be the ideal fit for you, there’ll still be time and space to explore alternative career paths.
Contrary to traditional degrees, coding bootcamps emphasise hands-on learning and focus on exposing students to real-world projects and practical applications. This approach resonates with those who prefer learning by doing, as it mimics the actual work environment whilst encouraging you to hone your problem solving skills.
Traditional Degrees: The Tried and Proven Route
One benefit of pursuing the computer science degree route would definitely be the well-rounded education you’ll be receiving, where you will gain a comprehensive understanding of computer science fundamentals. These programmes often cover a wide range of topics which includes: algorithms, data structures, software engineering principles, theoretical concepts, and more.
Naturally, with the luxury of time, University degrees offer in-depth knowledge and a thorough understanding of the theoretical foundations of computer science. If you’re keen on research, academia, or specialised roles where a deep understanding of complex algorithms and systems is necessary, then the academic rigour a degree provides will hit all the right spots.
Broader Skill Set
Moreover, traditional degrees typically include a broader curriculum that extends beyond coding. Students are encouraged to explore different areas like computer networks, databases, artificial intelligence, and software architecture before deciding what they wish to major in. This equips you with a more holistic skill set that extends beyond coding needs.
Pros and Cons: Coding Bootcamps
Now, let’s talk about the pros and cons of each route, starting with bootcamps.
- Speedy Entry into the Workforce: As we mentioned above, coding bootcamps are best known for preparing individuals for entry-level positions in a short period of time, making them a very attractive option for those who are seeking a mid-career transition.
- Cost-Effectiveness: Bootcamps are also generally more cost-effective than traditional degrees, thus making it an appealing choice for those seeking a more budget-friendly education.
SE100 Course Fees
You may be thinking, of course it’s cheaper! Compared to a full fledged degree, it’s just one certificate. Well, you’ll be pleased to find out that after the competition of SE100, learners may go on to pursue a Software Engineering Nanodegree by completing two other courses, SE200: Fullstack Development, and SE300: Architecting Web Applications in the Cloud (coming soon). By completing these three courses, you will then earn yourself a Software Engineering Nanodegree.
To make things better and even more pocket-friendly, all Singaporeans and PRs can enjoy up to 70% subsidy of course fees under the IBF Standards Training Scheme (IBF-STS) for selected courses. Remaining course fees can then be offset either fully or partially with SkillsFuture Credits or UTAP subsidy for NTUC Union members.
While SE200 is not currently under the IBF-STS subsidies scheme currently, don’t worry! As part of our commitment to ensure that our courses remain affordable to students, we have our very own Heicoders Scholarship, which covers at least 40% of course fees.
SE200 Course Fees
It may be a Nanodegree, but there’s nothing nano about the skills you’ll be gaining from it!
- Practical Skill: Bootcamps tend to zero-in on hands-on learning to ensure that graduates are ready to tackle real-world projects and challenges once they enter the tech industry.
Naturally, there are also limitations to coding bootcamps.
- Limited Theoretical Foundation: As coding bootcamps tend to focus on practical skills and experiences, they often lack the depth of theoretical knowledge that comes with a traditional degree.
- Varied Quality: The quality of education among coding bootcamps also differs greatly. While some offer a rigorous curriculum and are dedicated to providing a holistic experience (ahem, Heicoders Academy ;)), others may fall short. Thus, it’s extremely important that you do your research and look up reviews from past students to ensure you choose a trustworthy bootcamp provider.
- Narrow Focus: Due to time constraint, bootcamps usually have a narrower focus, and primarily zoom into the skills required for a specific role. This may restrict career flexibility in the long run – then again, it’s never too late to upskill yourself with another bootcamp should you wish to explore other career paths when the time comes.
Pros and Cons: Traditional Degrees
- In-Depth Knowledge: As we highlighted above, traditional degrees offer a profound understanding of computer science concepts and principles. This lays a stronger foundation for a range of career paths.
- Broad Skill Set: Additionally, graduates from traditional computer science programmes often possess a broader skill set, as you would have been exposed to a wider range of topics and specialisations. This makes you versatile and adaptable to various roles within the tech industry.
- Research and Specialisation: If you are interested in pursuing research or specialised roles, a traditional degree may be the better option for you. As you may have guessed, a University degree provides the necessary academic qualifications and opens up doors for deeper exploration. Afterall, we live in a society that places great value on paper credentials.
- Time-Consuming: University degrees commonly take an upward of 3 to 4 years to complete, which delays entry into the workforce. This ultimately results in higher opportunity costs and may not be ideal for those looking to make a mid-career switch.
- Higher Cost: Traditional degrees are also a lot more costly than bootcamps, with tuition fees, accommodation, and other associated costs. Similarly, this is not ideal, especially in the economy we’re currently in.
- Less Practical Experience: While conventional degrees offer theoretical knowledge, they are not so big on practical, hands-on experience. Often, this is highly sought after by employers.
Making the Decisions: Things to Consider
With all that said, which route is more suitable for you, at your current life stage?
Career Goals and Aspirations
First, consider your long-term career goals. If you aspire to work in research, academia, or specialised roles, then pursuing a University degree would be a no-brainer. For those seeking a speedy entry into the workforce and wish to focus on picking up practical skills, then a coding bootcamp would be a suitable choice.
Next, reflect on how you learn best. If you thrive in an immersive, hands-on environment and enjoy learning by doing, a coding bootcamp may align better with your preferences. If you value a comprehensive and structured academic experience, a traditional degree might be more suitable.
Lastly, consider your financial situation. Even with the financial aid options and scholarships that a traditional degree offers, coding bootcamps are often more affordable and cost-effective. This is especially so if you choose to enroll in IBF-STS and/or SkillsFuture approved courses.
In the ever-evolving landscape of software engineering education, the choice between coding bootcamps and traditional degrees is not one-size-fits-all. Each path has its advantages and disadvantages. Ultimately, it is your decision, and it should best align with your goals, preferences, and circumstances.