Exam timetable data last updated 1 September 2026

Historical snapshot — AY2020/2021 Semester 2 · View current offering →
ModsMA2002AY2020/2021 Semester 2

Theory Of Mechanism

AY2020/2021 Semester 2

The purpose of a mechanism is to transmit motion and force. This course introduces the students some basic mechanisms including linkages, cams and gears. Mechanisms are the building blocks of a machine. In a machine design problem, very often the first task is to determine the type and configurations of mechanisms to provide the desired motions. Once the kinematic issues are addressed, the dynamic analysis can then be performed. In this course, techniques for the kinematic and dynamic analyses of mechanisms will be covered. A course in the theory of mechanisms is essential for any mechanical engineers as the knowledge is fundamental in understanding the working of machines. Apart from analytical ability, it also provides students the opportunities to develop their design capability.

AUs3.0 AUs
CategoriesCoreBDE
Not Available To ProgrammeACBS, ACC, ADM, ARED, BCE, BCG, BEEC, BIE, BMS, BS, BSB, BSPY, BUS, CBE, CBEC, CE, CEE, CEEC, CHEM, CHIN, CS, CSC, CSEC, CVEC, DSAI, ECMA, ECON, ECPP, ECPS, EEE, EEEC, EESS, ELAH, ELH, ENE, ENEC, ENG, ESPP, HIST, IEEC, IEM, LMS, MACS, MAEC, MAEO, MAT, MATH, MS, MS-2ndMaj/Spec(MSB), MTEC, PHIL, PHY, PPGA, PSLM, PSMA, PSY, REP(ASEN), REP(BIE), REP(CBE), REP(CE), REP(CSC), REP(CVEN), REP(EEE), REP(ENE), REP(MAT), SCED, SOC, SSM
Exam

Available Indexes

MonTueWedThuFri
930

COMMON LEC (LE)

0930-1030 Mon

ONLINE

1000
1030
1100
1130
1200
1230
1300
1330
1400
1430

23109 TUT (MA1)

1430-1530 Mon

ONLINE

Wk2-13

23112 TUT (MA4)

1430-1530 Wed

ONLINE

Wk2-13

23114 TUT (MA6)

1430-1530 Thu

ONLINE

Wk2-13

1500
1530

23110 TUT (MA2)

1530-1630 Mon

ONLINE

Wk2-13

23111 TUT (MA3)

1530-1630 Tue

ONLINE

Wk2-13

23113 TUT (MA5)

1530-1630 Wed

ONLINE

Wk2-13

1600
1630
1700
1730
1800
1830
1900

COMMON LEC (PLE)

1900-2000 Wed

ONLINE

1930
2000

26519 TUT (PT1)

2000-2100 Wed

ONLINE

Wk2-13

26520 TUT (PT2)

2000-2100 Wed

ONLINE

Wk2-13

2030