Maths & Stats / Teaching program / Intermediate / MATH2067

MATH2067 Differential Equations and Vector Calculus for Engineers

General Information

This page contains information on the Intermediate Unit of Study MATH2067: Differential Equations and Vector Calculus for Engineers.

This unit is offered in Semester 1.

The unit has two parts:

  • The first part is Differential Equations, and the lecturer is Ron James.
  • The second part is Vector Calculus; for this part MATH2067 is combined with MATH2061. The lecturers are Alexander Molev and Rosemary Thompson.

Every MATH2067 student attends a Computer Lab in Weeks 1 to 7 and a Vector Calculus Tutorial in Weeks 8 to 13. Some students have been timetabled into tutorials that claim to go from Week 2 to Week 13. These are actually MATH2061 tutorials: the MATH2067 students should not attend these tutorials in Weeks 2 to 7 but should join the class for Weeks 8 to 13 (when the Vector Calculus tutorials start).

For further information on Intermediate Mathematics and Statistics, refer to the Intermediate Handbook.

You may also view the Faculty Handbook entry for MATH2067 from the central units of study database.

  • Credit point value: 6CP.
  • Classes per week: Three lectures, one tutorial and one practice class.

Online resources

All online material for the Differential Equations part can be obtained from the MATH2067 Differential Equations page.

For the Vector Calculus part refer to the MATH2061 page.

Check your marks!

Please check that your mark for Vector Calculus Quiz and Vector Calculus Assignment have been recorded correctly by entering your 9 digit SID into the box below and then pressing the "Check marks" button.

SID:              

Please note that any corrections to VC Quiz marks must be made by Friday June 19.
Please note that any corrections to VC Assignment marks must be made by Friday June 19.

Timetable

Last revised 21/05/09

All rooms are in the Carslaw building unless otherwise indicated.

MATH2067MondayTuesdayWednesdayThursdayFriday
8am DE Lecture
175
(Wks 1-6)
James RW
 DE Lecture
175
(Wks 1-6)
James RW
 DE Lecture
175
(Wks 1-6)
James RW
 DE Lecture
175
(Wks 1-6)
James RW
  
  Computer Laboratory
610/611
(Week 7)
James RW
 Computer Laboratory
610/611
(Week 7)
James RW
 Vector Calculus Lecture
Law101
(Wks 7-13)
Viera F
 Computer Laboratory
610/611
(Week 7)
James RW
  
   
  
 Computer Laboratory
610/611
(Week 7)
James RW
  
  
9am Vector Calculus Lecture
157
(Wks 7-13)
Viera F
 Vector Calculus Lecture
157
(Wks 7-13)
Viera F
 Computer Laboratory
610/611
(Wks 1-6)
James RW
 Practice Session
250
(Wks 7-13)
Nelson AM
  
  Computer Laboratory
610/611
(Wks 1-6)
James RW
 Computer Laboratory
610/611
(Wks 1-6)
James RW
  
 Practice Session
251
(Wks 7-13)
Ratliff L
  
   
  
  
 Computer Laboratory
610/611
(Wks 1-6)
James RW
  
10am Tutorial
E Av403
(Wks 8-13)
Kelly D
 Tutorial
E Av404
(Wks 8-13)
Roberts B
 Tutorial
E Av311
(Wks 8-13)
Koonin J
 Practice Session
250
(Wks 7-13)
Paunescu L
Britton S
  
   
  
  
 Practice Session
251
(Wks 7-13)
Ratliff L
  
11am Tutorial
E Av121
(Wks 8-13)
Koonin J
  
  
 Practice Session
250
(Wks 7-13)
Schaerf T
Viera F
  
   
  
  
 Practice Session
251
(Wks 7-13)
Cartwright DI
  
noon  
 Tutorial
408
(Wks 8-13)
Butler S
  
 Practice Session
250
(Wks 7-13)
Koonin J
  
   
  
  
 Practice Session
251
(Wks 7-13)
Cartwright DI
  
1pm Vector Calculus Lecture
Law101
(Wks 7-13)
Molev AI
 Vector Calculus Lecture
Law101
(Wks 7-13)
Molev AI
 Vector Calculus Lecture
157
(Wks 7-13)
Molev AI
  
  
2pm Tutorial
E Av116
(Wks 8-13)
Crossman RG