Spend one to two years finding an industry and position suitable for your development
Over six years, I’ve worked at three companies—from large corporations with tens of thousands of employees to smaller firms with just a few hundred. My job level advanced from Assistant Engineer to Senior Hardware Engineer, and my salary increased fivefold compared to when I graduated. All these experiences were part of an ongoing process of self-adjustment driven by growing self-awareness.
Most people lack clear understanding of industries and companies right after graduation. During these initial years, it’s crucial to gradually explore through work experience and identify an industry that suits you—whether because you enjoy the work or are drawn by the compensation and growth potential. This becomes the sustained motivation that carries you forward. My first job wasn’t a good fit, but I stayed for two years to save some money. Looking back now, I should have left after just one year. The sooner you move on from a role with no future, the less costly the transition will be.
Years 3–4: Lock in a direction and dive deep into a specialized area
A common challenge in hardware development is exposure to such a broad range of topics that it’s easy to lose focus on what truly matters. After accumulating two years of experience, during years three and four you should develop a deeper understanding of your product and identify the core technical skills valued in your field. For example, in power electronics, key areas include high-efficiency topologies, magnetics design, EMC, and thermal management. In consumer electronics, critical technologies involve high-speed digital circuits and signal integrity, RF and wireless communication, low-power precision design, and sensor integration with AI intelligence. To establish yourself firmly in the industry and secure a competitive edge, you must deeply specialize in at least one of these areas and build a strong technical moat—this is your core competitiveness in the job market.
Years 5–6: Seek opportunities in system design and gain comprehensive product and industry insight
This step is essential if you want to progress beyond routine debugging and testing tasks toward becoming a senior hardware engineer. System-level design work is typically assigned only to a select few within most companies. If you get the chance, seize it. I personally had to switch jobs to access such opportunities. During this period, don’t limit yourself to only what your daily responsibilities entail. Maintain continuous learning—study classic circuit designs thoroughly, proactively explore new technical solutions. By this stage, you’ll be a key technical backbone in any company, and job prospects outside will also be abundant.
Your level of understanding about industry trends is the key factor determining salary growth. It allows you to accurately assess your current capabilities and fairly evaluate what compensation you should command. This clarity helps you define your next breakthrough direction and prevents employers from underpaying you.