SUMMARY
Finding a job in RF engineering can be challenging, but the field is expected to grow significantly in the next two years. RF engineers work with RF electronics, including cell phones and radios, and should focus on mastering math and circuit design principles. Key areas of study include microstrip, noise figure, S parameters, and transmission lines for component-level design, while system engineering involves path loss and link budgets. The demand for RF engineers is particularly high in industries like railroads, where many communications engineers are retiring.
PREREQUISITES
- Strong mathematical skills
- Understanding of RF electronics and circuit design
- Knowledge of microstrip and transmission line theory
- Familiarity with system engineering concepts like path loss and link budgets
NEXT STEPS
- Research "microstrip design techniques" for RF circuit applications
- Study "S parameters and their significance in RF engineering"
- Learn about "link budget calculations" for wireless communication systems
- Explore "HAM radio projects" to gain practical RF experience
USEFUL FOR
Students and professionals interested in pursuing a career in RF engineering, particularly those focusing on circuit design and system engineering in telecommunications and related fields.