Mechatronics Engineering - Faculty of Engineering and Mathematical [PDF]

61160 Bachelor of Computer Science and Bachelor of Engineering

Mechatronics Engineering Note: Available to re-enrolling students only. This course allows students with a strong background in Computer Science to combine studies in Computer Science with the Mechatronics Engineering program offered in the Bachelor of Engineering. Students should refer to the 2012 Rules for this program. Course details Total points required for this course - 240 points Bachelor of Computer Science component - 72 points Bachelor of Engineering component - 168 points Students must complete the following (as set out below): A.

Bachelor of Computer Science component:

 Computer Science core units in Table 6.2.5a - 36 points  The requirements for completion of one of the following majors: i. ii. iii.

Systems (by completing the remaining units from Table 6.2.3d) - 24 points; Web Technologies (by completing the remaining units from Table 6.2.3e) - 18 points; or Computation (by completing the remaining units from Table 6.2.3g) - 24 points

 Units to make up the remaining required points from Table 6.2.5b (Bachelor of Computer Science Level 2 options) - 12 or 18 points. (Note: Students who have previously completed CITS1220 Software Engineering will take 6 or 12 points depending on the major chosen)

 Students enrolled in the Entertainment Technologies and Software Management should refer to the 2010 Rules for these majors. B.

Bachelor of Engineering component:

 Bachelor of Engineering foundation core units - 36 points;  all units in Table 6.2.2la (Mechatronics Engineering core units) – 96 points [Note: CITS1001 Object-oriented Programming and Software Eng (formerly CITS1200 Java Programming) and CITS1002 Programming and Systems (formerly CITS1210 C Programming) are taken in the Bachelor of Computer Science component].

 one unit from Group A in Table 6.2.2lb (Mechatronics Engineering options) - 6 points;  five units from Group B in Table 6.2.2lb (Mechatronics Engineering options) - 30 points; and  a Professional Practicum of at least 16 weeks.

The following table is intended as a guide only. All units have a value of 6 points unless noted otherwise. Unit availability may be subject to change. For the most up-to-date information, please consult the Timetable at http://www.timetable.uwa.edu.au/

61160 Bachelor of Computer Science and Bachelor of Engineering Semester One

Mechatronics Engineering

Semester Two YEAR ONE - 48 POINTS MATH1020 Calculus, Statistics and Probability (Note 1) GENG1003 Introduction to Professional Engineering (Note 4)

MATH1010 Calculus and Linear Algebra (Note 1) PHYS1101 Advanced Physics A (Note 2) GENG1001 Introduction to Engineering Mechanics (Note 3) CITS1210 C Programming (replaced by CITS1002 Programming and Systems) CITS1200 Java Programming (replaced by CITS1001 Object-oriented Programming and GENG1002 Introduction to Electrical and Electronic Engineering (Note 3) Software Eng.) YEAR TWO - 48 POINTS CITS1401 Problem Solving and Programming (replaces CITS1231 Web Technologies) Computer Science Level 2 option (replaces CITS1220 Software Engineering) ELEC1300 Digital Systems 1 (Note 5) CITS2200 Data Structures and Algorithms MATH2040 Engineering Mathematics (Note 1) MECH1401 Engineering Dynamics MECH2401 Engineering Design and Visual Communication NA 2012 (Note 7) Level 2 Computer Science option unit YEAR THREE - 48 POINTS ELEC1302 Power and Machine Technologies (replaces ELEC2302 Electromagnetics and CITS2232 Databases Electromechanics ) ELEC2300 Circuits and Electronic Systems 2 CITS3200 Professional Computing MECH2402 Manufacturing Computer Science Major unit ELEC2303 Embedded Systems Computer Science Major unit YEAR FOUR - 48 POINTS ELEC2301 Digital System Design (Note 6) MCTX3420 Mechatronics Design MECH3404 Vibration and Signal Processing Computer Science major unit Computer Science Major unit (if required) or Computer Science Level 2 option MCTX4421 Mechatronics Engineering Project Part 1 BE Group A or Group B option BE Group B option BE Group B option

Note 1:

Note 2: Note 3: Note 4: Note 5: Note 6: Note 7:

MCTX3421 Control and Mechatronics MECH3422 Mechanisms and Multibody Systems BE Group A or Group B option YEAR FIVE - POINTS MCTX4422 Mechatronics Engineering Project Part 2 MECH4423 Advanced Control Engineering BE Group B option BE Group B option Notes

MATH1010 and MATH1020 will no longer be offered from 2012 onwards. Students with prerequisite requirements and have completed one of MATH1010 and MATH1020 must take MATH1001 Mathematical Methods 1 and MATH1002 Mathematical Methods 2. Students who have completed both MATH1010 and MATH1020 will take MATH2040 in S1, 2012 (offered for the last time in 2011). PHYS1001 Physics for Engineers and Scientists replaces PHYS1101 Advanced Physics. Students who do not have WACE Physics 3A/3B or TEE Physics must take PHYS1030 Physics as a bridging unit before enrolling in PHYS1001 Physics for Engineers and Scientists. Offered for the last time in 2011. Students requiring this unit or its equivalent should contact an ECM Faculty Advisor. Students who have not completed GENG1003 must take ENSC1001 Engineering Challenges in a Global World. This unit is only available with permission from the Head of School. Please contact the School of EE for availability of this unit. A Special Approval form is required. ELEC2301 Digital System Design replaces [MCTX2420 Mechatronics Systems (NA 2012)] This unit will be available in 2013. Students are advised to take a Group B option in its place.