System Design, Signal Processing, Design Methods & Techniques
The training course Advanced System Design of electronic instruments, combines concepts from statistical signal processing with design methods and techniques for manageing complex design processes. This course is intended for technical designers, system architects and technical project managers who want to place their daily design work in a broad perpective.
Topics:
- Design methods and techniques
- Statistical signal processing
- Organization and management of design processes.
The workshop consists of lectures and exercises related to the design of electronic equipment for test, measurement and control systems.
Summary info:
- End level: Basic knowledge of skills for the design and the management of the design of electronic equipment for test, measurement and control systems
- Required entry level: Msc. in electrical or physical engineering
- Duration: 3-4 weeks one day per week; 50% lectures, 50% individual training on design exercises
- Location: in-company: groups from 6 to 8 participants; individual participants: on request
- Please contact us for available dates and price
Contents:
- Introduction Design Methods & Techniques
- Company's PMTO profile
- Research, development and design
- Product Life cycle processes
- Stakeholders, objectives, and product attributes
- Functions and Objects
- Techniques for interpretation, decomposition, generation and selection
- TRIZ
- QFD
- FMEA
- Aspects of design management
- Introduction Statistical Signal Processsing
- Deterministic and stochastic description methods
- Estimators and Detectors
- Matched Filter
- Correlator
- Wiener Filter
- Excitation
- Linear and nonlinear regression
- Robustness
- Electronics and Information Processsing
- Information, source and observer
- Basic information processing functions
- Limitations to information processing
- Perception of processing errors and error description methods
- Error-reduction techniques