🏔 Landscape
This guide is adapted from the Tech Interview Handbook by Yangshun Tay, used under the MIT License — see source and license. "I" and "my" in this guide are the original author's voice.
The original edition of this guide describes the US market — especially the San Francisco Bay Area — and Singapore. The career fundamentals below apply broadly; pay figures and market specifics are marked where they appear.
Career prospects as a Software Engineer
High demand
Almost every domain leverages on technology, hence Software Engineers are needed in almost every industry. Demand for engineers is higher than supply, leading to generally high-paying jobs. Moreover, the demand is continuously growing.
Stable career
Computer Science is rapidly gaining popularity and engineering is a highly-regarded professional career. Unlike the creative industry, you do not have to be the top 1% of the industry to lead a comfortable life. An engineer fresh out of college working at a Silicon Valley company in the US (both large companies and startups) can expect a starting salary of more than USD 100,000 — a figure specific to that market, where the original author worked — and it just gets better from there.
Requires lifelong learning
Technology industry is an extremely fast-moving one. Many technologies used today didn't even exist/were popular a decade ago; in 2009, mobile app development and blockchain were pretty much unheard of. Engineers need to constantly upgrade their skills to stay relevant to the demands of the job market. Engineering is a great career for passionate individuals who like to learn.
Flexible
A software engineering job is perhaps the most flexible job that exists in terms of hours, location and environment. Physical location is usually not an issue and there are many tech companies that are fully remote. There's no formal attire to be worn and working hours are generally flexible. Your co-workers would stare at you weirdly if you came to work wearing a shirt and tie.
Internships vs full-time
If you dream of working at a top tech company one day, getting hired via an intern conversion is by far the easiest way to achieve that. Internship interviews are extremely short (usually just 2 rounds whereas interviews for full-time roles are usually 4-5 rounds). Internships allow you to work at a company over a short period of time (3 months or so) and helps in getting a first-hand understanding of the company and engineering culture. Companies also tend to give higher return job offers to high performing interns as they have proven to be effective at the job and can work with existing employees; hence hiring them is considered to be relatively low-risk.
Top tech companies pay well even for junior candidates — though pay levels differ sharply by market. The original edition showed 2016 US internship offers and a 2022/23 Singapore survey; both are omitted here because they describe other markets and other years. For how tech compensation actually works and how to compare offers, see Understanding compensation and Negotiation.
Company size
Companies have different focuses depending on the stage they are at and the types of work to be done can also be vastly different. In the earlier stages where product-market fit hasn't been found, companies would be rapidly iterating on products and features, whereas larger companies that have already found the right product will focus on scaling their infrastructure and growing their users. Liquid compensation is also lower at early-stage companies due to the equity not being worth any money, but there is the chance of earning a lot more if/when the company IPOs or gets acquired.
| Dimension | Early-stage startup | Late-stage startup | Large company |
|---|---|---|---|
| Company size | <100 | 100-1000 | >1000 |
| Compensation | Base salary is a bit higher than big companies. Higher equity amount but its value is hard to judge as the company's valuation is unclear and stocks are not worth money yet. High risk, high return. | Base salary is a bit higher than big companies. Company valuation is clearer and stocks have higher chance of being worth money. | Depends on the prestige of the company. Compensation is usually market standard or better. Stocks are worth money if company has gone public. |
| Types of work | Mainly product development. Engineers have to wear multiple hats - Front End, Back End, DevOps, Design, etc. | Product development and some infra. | Diverse roles and specialized work; dedicated people for each role. Infra and prod infra work is more common. More opportunities for internal transfers, sometimes even across the globe. |
| Career ladder | Unstructured. No (or very vague) career levels. Not much formal mentorship nor training. | Somewhat structured. | Very structured. Well-defined career levels. |
| Iteration speed | Extremely fast. Struggling to find product market fit. | Moderate. Has found product market fit, trying to grow user base. | Stable product with wide user base. Incrementally roll out changes and do lots of experimentation. |
It's important to note that the above are just general trends and exceptions can apply.
Geographical location
Where you work changes the details: company mix, pay levels, and hiring practices differ by market. The original edition compared the US (Silicon Valley/New York) with Singapore; those figures are dated and specific to those markets, so they are omitted here. If you are aiming at regional or remote roles, the practical questions are which companies hire remotely from your region and how they level distributed engineers — see Choosing between companies and Understanding compensation.
Source and license
This page is adapted from the Tech Interview Handbook by Yangshun Tay (source commit e1d28e8), used under the MIT License — Copyright (c) 2017-Present Yangshun Tay. The license text is kept locally at /licenses/tech-interview-handbook.txt. Salary figures, market examples, and personal anecdotes in this guide reflect the original author's US/Singapore experience — they are context, not local data for Palestine or the MENA region.