Input:  A= {a1, a2, . . . an} \
set of Activities, R= {r1, r2…, rn} \
Resource Set, S= {s1, s2, s3, … sn} \
skill set of resources, P= {p1, p2, … p8} \
MBTI Personality Traits

Output: Resources are assigned on the basis of required Skills and Personality to the compatible activities.

1: while UAt≠ 0 do \UA is a set of unscheduled activities whose predecessor is finished at time “t”.
2: ∀ a*: min {Za ∈ UAt}              \Activity with smallest processing time
3: Ta* ← t;              \ Starting Time of Activity
4:  da*← d;               \Required Processing Time
4: for (s ∈ Sa*) do           \Skill Required for Activity
5:  for (p ∈ Pa*) do           \ Personality Trait Required for Activity
6:      ra ←0;              \ Initial Assigned Resources
7:      while (ra < ra*sp) do
8:          for each r in R;
 9:                                      find rXs ∈ SrtS; \ identify resources”r” with scarce skills. Xs is a scarce skill
10:                                  if (r*s >= s* & r*h >= h*)  \ Optimal Resource based on S and P
11:                 a← r* ∈ SrtS;        \ Assign resource from Sorted resources
12:                                                    else if r* ∈ rXs = ra*sp;
13:     Set r* busy for da*; \ Set Resource busy for required duration
14:                 UA = UAt – a;
15:                 if (p > 0 && p<= 34) \Personality trait is > 0 and <=34 =Low
16:                     da* = d – 0% to 3%;
17:                 else if (p > 34 && p<= 67)
18: da* = d – 3% to 6%; \ Personality trait is > 34 and
                                                                                                                             <=67 = Medium
19:                 else if (p > 67 && p<= 100)
20:                 da* = d – 6% to 9%; \Personality trait is > 67 and <=100 =High
21:                 endif
22:             else (r*s >= s*)        \ Resource checking based on S
23:                 a← r* ∈ SrtS;
24:                 Set r* busy for da*;
25:                 UA = UAt – a;
26:                 if (p > 0 && p<= 34)
27:                     da* = d + 0% to 3%;
28:                 else if (p > 34 && p<= 67)
29:                     da* = d + 3% to 6%;
30:                 else if (p > 67 && p<= 100)
31:                     da* = d + 6% to 9%;
32:                 endif
33:                            end for
34:      ra = ra* + 1;
35:     end while

36: end for
37: end for