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Analog ic Design Course
Master the essentials of analogue IC design with our comprehensive course tailored for electronics professionals. Dive into simulation and optimisation techniques, manage power consumption, and enhance gain and noise figures. Explore RF circuit design fundamentals, including filter design and impedance matching. Gain proficiency in electronic design automation tools and understand low-noise amplifiers. Learn feedback, stability, and noise analysis in analogue circuits, and excel in design documentation and technical reporting.
- Master simulation metrics: Enhance circuit performance with precise simulations.
- Optimise power use: Implement strategies to reduce power consumption effectively.
- Design RF filters: Create efficient RF filters for superior signal processing.
- Utilise EDA tools: Leverage advanced tools for seamless electronic design automation.
- Analyse noise in circuits: Conduct thorough noise analysis for improved circuit stability.

4 to 360 hours flexible workload
certificate recognised by the NZQA
What will I learn?
Master the essentials of analogue IC design with our comprehensive course tailored for electronics professionals. Dive into simulation and optimisation techniques, manage power consumption, and enhance gain and noise figures. Explore RF circuit design fundamentals, including filter design and impedance matching. Gain proficiency in electronic design automation tools and understand low-noise amplifiers. Learn feedback, stability, and noise analysis in analogue circuits, and excel in design documentation and technical reporting.
Elevify advantages
Develop skills
- Master simulation metrics: Enhance circuit performance with precise simulations.
- Optimise power use: Implement strategies to reduce power consumption effectively.
- Design RF filters: Create efficient RF filters for superior signal processing.
- Utilise EDA tools: Leverage advanced tools for seamless electronic design automation.
- Analyse noise in circuits: Conduct thorough noise analysis for improved circuit stability.
Suggested summary
Before starting, you can change the chapters and the workload. Choose which chapter to start with. Add or remove chapters. Increase or decrease the course workload.What our students say
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