Requirement for completing the Ph.D. degree:

  • a disseratation
  • 24 credits courses (see the following table)
  • attending the seminar run by the department each semester
  • passing the qualification exams
yearcourse no.course titlecredits
fallspring
1stL17021-2funcational analysis 1-233
1stL17020ring theory 3
1stL17041-2linear programming 1-233
1stL17071-2applied algebra 1-233
1stL17010module theory3 
1stL17051-2fluid mechanics 1-233
1stL17061-2near rings 1-233
1stL17031-2partoial differential equations 1-233
1stL17111-2topics in partial differential equations 1-233
1stL17050applied logic3 
1stL17060Hopf algebra3 
1stL17070topics in Hopf algebra3 
1stL17030parallel algorithms3 
1st topics in asymptotic differential equations 1-233
1st topics in statistics 1-233
1stL18031-2topics in optimization 1-233
1stL16031-2approximation theory 1-233
1stL17081-2nonlinear partial differential equations 1-233
1stL17091-2numerical analysis for partial differential equations 1-233
2ndL18011-2topics in linear programming 1-233
2ndL18021-2topics in funcational analysis 1-233
2ndL18010stochatic integral3