Preparing backbone program for TI Concerto family DSPs

I invite experienced embedded programmers to apply for this job. The job is to create a program in Code composer for concerto DSP family. The code must be tested and fully functional. Please only respond if you could fully understand and implement the project. Software: Code Composer v6 Computing core: Concerto family Test Platform: TMDSCNCD28M36 (F28M36P63C2) Project details: RTOS kernel must be used throughout the project to configure Hwi, Swi, Semaphores and tasks. The intention is to use available TI operating system to its full extent. This will result in saving programming time, reducing the processing time for interrupts, and adding more flexibility to the design. Modbus communication using Ethernet port is required. The module should have a default IP address which can be changed in next power up by updating certain memory registers. Also, the modules should have an option to accept IP address from a DHCP server. A register map must be created to be able to read the current status of the device and also update control parameters. The parameters will affect the operation in both C28X and M3 control cores. However, the communication handler is M3 core. The register map must have as minimum 500 real values, 500 16bit integer values, and 500 Boolean values where for each type there are 200 read only and 300 read/write variables. The read/write variables are required to be backed up in the internal flash memory to be retrieved in case of power loss. Modbus communication using serial port (RS232) is required. The same Modbus register map as mentioned for Modbus Ethernet should be accessible through serial port. In this case, a suitable CRC (Continuous Redundancy Check) calculator must be implemented. The communication handler is M3 core. Event logging in internal flash memory and external Memory card is required. For device diagnosis a number of predefined events and system alarms must be saved to flash memory. M3 core will be responsible for data logging. External Flash memory is where the Program must be saved. Once the module is powered up the program must run from the RAM. Analog signals to be read by both M3 and C28X cores. A total of 12 analog signals must be configured to be accessed by both cores. The read command will be triggered by PWM module. The signals will also be scaled and placed into the Modbus memory map. PWM signal generator to be configured in the program. The program should configure 14 GPIOs to generate PWM signals. Also, PWM units will initiate ADC read commands. There is no specific PWM control method needs to be implemented and the scope of this project will be limited to hardware configuration only. The PWM module also generates hardware interrupts and it should followed by a software interrupt to update certain values. The PWM modules should also be configured to generate trip-zone interrupts. Please answer following questions: 1- Which aspect of project interests you? 2- Which requirement of the project you can deliver the best? 3- What suggestions you have to improve the project?