Embedded Software Development

1. Concept Phase:

• Capturing the overall system requirements and analyzing boundary conditions
• Partitioning the system into hardware and software components
• Optimizing component selection
• Selecting the appropriate microcontroller

2. 
Feasibility Analysis:

•  Development and simulation of algorithms
• Simulation and optimization of analog circuit sections
• Definition and testing of the microcontroller peripherals and pinout (important for parallel hardware development)
• Programming of your application

3. Implementation

• Various programming languages such as C, C++, and FreeRTOS
• 8-bit / 16-bit / 32-bit architectures
• PIC, ATMEGA, STM8xx, ARM M0+ to M7 from all manufacturers
• PSoC from Cypress (now Infineon)

Note: Schematic design and PCB layout development can be carried out in parallel by partner companies.

4.  Testing und Optimization

• Hardware and software testing
• Testing the interaction with the user interface software
• Optimization of algorithms based on practical experience