Should You Give Up Embedded and Microcontroller Careers?

Why Do Engineers Feel the Urge to Quit?

Many engineers consider switching careers because of three main concerns: a large salary gap compared with internet peers, recent layoffs and pay cuts in hardware firms while AI and large‑model startups attract funding, and the steep learning curve of embedded work that requires hardware fundamentals, circuit schematics, communication protocols, C, assembly, and RTOS knowledge, often yielding disappointing market feedback.

Additionally, many feel trapped in "screw‑driver" roles—constant bug fixing, parameter tweaking, and documentation—without exposure to core technologies, leading to stagnation in both skill and compensation after three to five years.

The Reality of Embedded: Not Dead, Just Choose the Right Track

Embedded technology remains essential in electric vehicles, smart home devices, industrial IoT, and medical equipment. Products such as Tesla’s autonomous driving system and Xiaomi’s smart ecosystem rely heavily on embedded chips and microcontrollers.

The key factor is the company and project, not the industry itself. Low salaries are common in small traditional manufacturers producing low‑end products, whereas leading EV firms, top IoT companies, and high‑end medical device manufacturers offer substantially higher compensation.

Moreover, an embedded engineer’s career lifespan tends to be longer because hardware fundamentals evolve slowly; experienced engineers become increasingly valuable and face less of a "35‑year‑old crisis" than their internet counterparts.

Switching Careers Requires Careful Cost Assessment

Transitioning to a new field often means starting from scratch: skills built in embedded work rarely transfer directly, and learning a new stack can take one to two years. During this period, income may drop, and entry‑level positions typically pay less.

The new domain must also match personal aptitude; internet‑scale 996 work cultures and the mathematical demands of AI are not easy hurdles. Many who attempt a switch end up returning to embedded, wasting time and missing deeper opportunities in their original field.

Breaking the Impasse: Focus on Solutions, Not Abandonment

Instead of debating whether to quit, concentrate on how to overcome challenges:

Select promising sectors—new energy, IoT, robotics—where embedded expertise commands higher value.

Build solid technical barriers by mastering low‑level fundamentals such as RTOS, communication‑protocol stacks, and driver development.

Broaden knowledge to include upper‑layer application development, cloud platform integration, and AI algorithm deployment, becoming a hardware‑software hybrid.

When a company no longer offers growth, switch jobs decisively, while continuously learning, tracking industry trends, contributing to open‑source projects, and writing technical blogs to stay competitive.

Ultimately, the decision to stay in or leave embedded hinges on personal passion for the field and willingness to invest effort. Temporary difficulties should not dictate a permanent exit; however, if one truly lacks interest in hardware, an early transition can be reasonable.

No industry offers effortless earnings—success depends on finding the right fit, persisting, and letting time validate the choice.