University of California, Riverside

University of California, Riverside

Bourns College of Engineering

Calculating your Major GPA

To graduate, you must maintain a 2.0 grade point average, not only in your cumulative grade point average, but also in the courses in your major (your major grade point average). The courses included in the calculation for your major grade point average for the 2008-09 catalog year are identified at the end of this document. Courses included for previous catalog years can be obtained from the Office of Student Academic Affairs.

Just like your cumulative and quarter GPAs, your major GPA is a weighted average of all the letter graded courses included in the calculation. Transfer courses from non-UC schools do not count in the GPA.

Major: Catalog Year:

Course Grade Units Grd Pts

Totals

Major Grade Point Total

Major Unit Total

Major GPA

1) Record your major and catalog year where indicated. Pay careful attention to your catalog year, as the required courses may vary between catalog years.

2) List all the courses included in your major GPA from the attached list (or from the appropriate list, if your catalog year is not 2003) that you have completed.

3) List the grade you earned in each course you have already completed.

4) List the unit value of each course you have completed.

5) Multiply the unit value of each course you have completed by the grade value corresponding to the grade you earned (see below) and record the result in the “Grd Pts” column.

Grade Values

A+ = 4.0 / A = 4.0 / A- = 3.7
B+ = 3.3 / B = 3.0 / B- = 2.7
C+ = 2.3 / C = 2.0 / C- = 1.7
D+ = 1.3 / D = 1.0 / D- = 0.7
F = 0.0 / IP, I = n/a / GD = n/a

6) Add the unit values of all the courses you have taken and record the total at the bottom of the column.

7) Add the grade points for all courses you have taken and record the total at the bottom of the column.

8) Divide the total number of grade points by the total unit value to calculate your Major GPA. You may refer to PAWS Degree Check to verify your calculation.

If your Major GPA is 2.0, your academic performance is satisfactory.

If your Major GPA is < 2.0, your academic performance may jeopardize your ability to graduate. See Remediation


Repeats: Note that when calculating a GPA that includes repeated coursework, generally the most recent attempt at a course is the only one included in the calculation of the GPA. However, there are exceptions to this rule. If you have repeated more than 16 units worth of coursework, consult an advisor to determine how this rule will apply to you.

GPA Remediation

A major GPA below 2.0 will not qualify you to graduate. You must be able to improve the GPA to 2.0 or greater.

Course Units

Remaining Unit Total

Total Units (Major + Remaining)

x 2

Total Grd Points Required =

Major Grade Points (from above) −

Total Remaining Grade Points =

Divide by Remaining Unit Total ∕ _____

GPA required in remaining units =

1) List the courses included in your Major GPA from the list appearing above (or from the appropriate list, if your catalog year is not 2003) that you have not yet completed.

2) List the unit value of each course

3) Add the unit values of all the courses you have not yet completed and record the total at the bottom of the column.

4) Add the “Major Unit Total” from above to the “Remaining Unit Total” that you just calculated. and record the total in the “Total Units” field.

5) Multiply the “Total Units” by 2 and record the result in the “Total Grd Points Required” field.

6) Subtract the “Major Grade Point” total from the “Total Grd Points Required” and enter the result in the “Total Remaining Grade Points” field.

7) Divide the “Total Remaining Grade Points” by the “Remaining Unit Total.” The result will be the GPA you must earn in your remaining courses to achieve the minimum 2.0 required for your major GPA. This figure must be between 2.0 and 4.0 for you to realistically graduate in this major.


Courses Included in the 2008-09 Major GPA Calculations

Bioengineering / Business Informatics / Chemical Engineering / Computer Engineering / Computer Science / Electrical Engineering / Environmental Engineering / Mechanical Engineering
BIEN 110
BIEN 120
BIEN 125
BIEN 130
BIEN 130L
BIEN 135
BIEN 140A
BIEN 155
BIEN 175A
BIEN 175B
BIEN 159
BIOL 171
Tech Elec I
Tech Elec II
Tech Elec III
Tech Elec IV / BUS 101
BUS 103
BUS 104
BUS 106
CS 100
CS 111
CS 141
CS 153
CS 164
CS 165
CS 166
CS 180
SOC 150
ENGR 180
BSAD Elec I
BSAD Elec II
BSAD Elec III
BSAD Elec IV
BSAD Elec V
CS Elec I
CS Elec II
CS Elec III / CHE 100
CHE 110A
CHE 110B
CHE 114
CHE 116
CHE 117
CHE 118
CHE 120
CHE 122
CHE 130
CHE 160A
CHE 160B
CHE 160C
CHE 175A
CHE 175B
ENGR 118
CEE 158
and either:
[BCH 110A,
BIOL 121,
CHE 124 & 124L, Tech Elec I ]
-or-
[CEE 125,
Tech Elec I,
Tech Elec II,
Tech Elec III]
-or-
[BCH 110A,
BCH 110B,
Tech Elec I,
Tech Elec II]
-or-
[CHE 105, CHE 161, CEE 135, Tech Elec I, Tech Elec II] / CS 111
CS 120A
CS 120B
CS 122A/EE 128
CS 141
CS 153/160
CS 161/161L
EE 100A
EE 100B
EE 110A
EE 110B
ENGR 180
Tech Elec I
Tech Elec II
Tech Elec III
Tech Elec IV
Tech Elec V / CS 111
CS 120A
CS 120B
CS 141
CS 150
CS 152
CS 153
CS 161/161L
CS 179
ENGR 180
Tech Elec I
Tech Elec II
Tech Elec III
Tech Elec IV
Tech Elec V
Tech Elec VI / EE 100A
EE 100B
EE 105
EE 110A
EE 110B
EE 115
EE 116
EE 120A
EE 120B
EE 132
EE 141
EE 175A
EE 175B
ENGR 180
Tech Elec I
Tech Elec II
Tech Elec III
Tech Elec IV
Tech Elec V / CHE 100
CHE 114
CHE 120
ENVE 120
ENVE 130
ENVE 133
ENVE 135
ENVE 142
ENVE 146
ENVE 160A
ENVE 160B
ENVE 160C
ENVE 171
ENVE 175A
ENVE 175B
CEE 158
ENGR 118
and either:
[CHE 116,
ENVE 134,
Tech Elec I]
-or-
[CHE 124/ENVE 121,
Tech Elec I,
Tech Elec II]
/ ME 100A
ME 103
ME 110
ME 113
ME 114
ME 116A
ME 118
ME 120
ME 130
ME 135
ME 170A
ME 170B
ME 175A
ME 175B
ME 175C
Tech Elec I
Tech Elec II
Tech Elec III
Tech Elec IV
62 / 87 / 83-91 / 71-72 / 67 / 81 / 73 / 72

Course lists for other catalog years are available from the Office of Student Academic Affairs.