Benutzer:00000: Unterschied zwischen den Versionen
Keine Bearbeitungszusammenfassung |
|||
| Zeile 23: | Zeile 23: | ||
===Project works=== | ===Project works=== | ||
1. Battleship & TicTacToe games based on C <br> | |||
→ Overall modelling of the system, Documentation, partial coding | → Overall modelling of the system, Documentation, partial coding | ||
2. Microcontroller: Autonomus car project <br> | |||
→ System modelling, Hardware installation, Arduino, Sensors | → System modelling, Hardware installation, Arduino, Sensors | ||
3. Prototyping: Amphibious rescue robot <br> | |||
→ Architecture designing, Sensors | → Architecture designing, Sensors | ||
4. Embedded electronic: Smart traffic light system <br> | |||
→ UML design, UPPAAL simulation, VHDL design | → UML design, UPPAAL simulation, VHDL design | ||
5. Advanced embedded: Smart green house modelling <br> | |||
→ System designing, configuration & modelling, Sensors and actuators, Documentation | → System designing, configuration & modelling, Sensors and actuators, Documentation | ||
6. Hardware engineering: Smart traffic light system (from hardware centric) <br> | |||
→ PCB designing, FPGA implementation, Project management | → PCB designing, FPGA implementation, Project management | ||
Version vom 4. Juli 2023, 12:08 Uhr
Syed Rafsan Ishtiaque
Electronic Engineering
Hochschule Hamm-lippstadt
Contact: syed-rafsan.ishtiaque@stud.hshl.de
Course works
- Electronic
- Mathematics
- Computer Science
- Interactive system design
- Microcontroller
- Prototyping
- Control system
- Embedded system
- Real Time system
- Hardware software co-design
- Advanced embedded
- Business communication
Project works
1. Battleship & TicTacToe games based on C
→ Overall modelling of the system, Documentation, partial coding
2. Microcontroller: Autonomus car project
→ System modelling, Hardware installation, Arduino, Sensors
3. Prototyping: Amphibious rescue robot
→ Architecture designing, Sensors
4. Embedded electronic: Smart traffic light system
→ UML design, UPPAAL simulation, VHDL design
5. Advanced embedded: Smart green house modelling
→ System designing, configuration & modelling, Sensors and actuators, Documentation
6. Hardware engineering: Smart traffic light system (from hardware centric)
→ PCB designing, FPGA implementation, Project management