Mechatronics 3A - MECH60018
Aims
This module is a continuation of the ME1 and ME2 modules in Mechatronics. The first term focuses on further concepts of Control Theory, following the introductory part taught in ME2 course. In the second term advanced electronic components are introduced, which are not taught in ME1 and ME2 courses. These further topics will provide students with a comprehensive knoweldge, theoretical and applied, enough to be able to design and realise a full mechatronic system.
Role
Lecturer
Embedded C for Microcontrollers - MECH96004
Aims
- To introduce students who are proficient in MATLAB to C: amongst the most widely-used ever amongst programming languages, and one which provides an excellent foundation for learning others (e.g. C++ and JavaScript).
- To develop, from the basic knowledge of microcontrollers provided in ME2 Mechatronics, an ability to program, in C, mechatronic systems containing typical sensors and actuators.
ECTS units: 5
Role
Associate Course Leader
Embedded C for Microcontrollers - MECH96004
Aims
- To introduce students who are proficient in MATLAB to C: amongst the most widely-used ever amongst programming languages, and one which provides an excellent foundation for learning others (e.g. C++ and JavaScript).
- To develop, from the basic knowledge of microcontrollers provided in ME2 Mechatronics, an ability to program, in C, mechatronic systems containing typical sensors and actuators.
ECTS units: 5
Role
Tutor
Embedded C for Microcontrollers - MECH60009
Aims
- To introduce students who are proficient in MATLAB to C: amongst the most widely-used ever amongst programming languages, and one which provides an excellent foundation for learning others (e.g. C++ and JavaScript).
- To develop, from the basic knowledge of microcontrollers provided in ME2 Mechatronics, an ability to program, in C, mechatronic systems containing typical sensors and actuators.
ECTS units: 5
Role
Associate Course Leader
Embedded C for Microcontrollers - MECH60009
Aims
- To introduce students who are proficient in MATLAB to C: amongst the most widely-used ever amongst programming languages, and one which provides an excellent foundation for learning others (e.g. C++ and JavaScript).
- To develop, from the basic knowledge of microcontrollers provided in ME2 Mechatronics, an ability to program, in C, mechatronic systems containing typical sensors and actuators.
ECTS units: 5
Role
Tutor
Embedded C for Microcontrollers B - MECH70013
Aims
- To introduce students who are proficient in MATLAB to C: amongst the most widely-used ever amongst programming languages, and one which provides an excellent foundation for learning others (e.g. C++ and JavaScript).
- To develop, from the basic knowledge of microcontrollers provided in ME2 Mechatronics, an ability to program, in C, mechatronic systems containing typical sensors and actuators.
ECTS units: 5
Role
Associate Course Leader
Embedded C for Microcontrollers B - MECH70013
Aims
- To introduce students who are proficient in MATLAB to C: amongst the most widely-used ever amongst programming languages, and one which provides an excellent foundation for learning others (e.g. C++ and JavaScript).
- To develop, from the basic knowledge of microcontrollers provided in ME2 Mechatronics, an ability to program, in C, mechatronic systems containing typical sensors and actuators.
ECTS units: 5
Role
Tutor
Mechatronics 3B - MECH70046
Aims
This module is a continuation of the ME1 and ME2 modules in Mechatronics. The first term focuses on further concepts of Control Theory, following the introductory part taught in ME2 course. In the second term advanced electronic components are introduced, which are not taught in ME1 and ME2 courses. These further topics will provide students with a comprehensive knoweldge, theoretical and applied, enough to be able to design and realise a full mechatronic system.
Role
Lecturer
Mechatronics 3 - MECH96043
Aims
This module is a continuation of the ME1 and ME2 modules in Mechatronics. The first term focuses on further concepts of Control Theory, following the introductory part taught in ME2 course. In the second term advanced electronic components are introduced, which are not taught in ME1 and ME2 courses. These further topics will provide students with a comprehensive knoweldge, theoretical and applied, enough to be able to design and realise a full mechatronic system.
Role
Lecturer