College of Engineering, - PowerPoint PPT Presentation

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College of Engineering,

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A cooperative venture between educational and employment communities ... marketing strategies to target and increase job. placement for those segments. ... – PowerPoint PPT presentation

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Title: College of Engineering,


1
College of Engineering, Engineering
Cooperative
Education Program
Jonas Corona Lisa Ho Milan Lee Monica Leung
Gloria Lo Angela Lu Olivia Tandra Jenny Wang
2
Organization Background
  • A cooperative venture between educational and
    employment communities
  • Provides students with opportunity to work with
    professional employers for six months

3
Estimates of Data Size
  • An average of 150 applicants per year
  • Some good years reach up to 300 applicants
  • Contact with 75 employers regularly

4
Current System
  • Use MS Excel and Word
  • to support processing of paper applications
  • to store student and company information
  • Placement cards system
  • maintain student records

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6
interviews
(0,N)
(0,N)
advises
Contact Rep
Student Affairs Advisor
(0,N)
(0,N)
Student
(1,1)
has
(1,1)
represents
Intern
(1,N)
(0,N)
(0,N)
Alumni
hires
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o
receives
(1,N)
Benefits
(0,N)
(0,N)
prefers
Major
Department
applies_ to
(0,N)
(1,1)
(0,N)
accepts
offers
(0,N)
(0,N)
(0,N)
(0,N)
(0,N)
(0,N)
(0,1)
working
has
Company
offers
(1,1)
(0,N)
looks_ for
(0,N)
at
Location
(1,1)
(0,N)
(1,1)
(0,N)
requires
has
Skills
Job
(0,N)
(0,N)
(0,N)
(0,N)
7
Relational Schema
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Relationship View in Access
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Queries
  • DEMOGRAPHICS QUERY
  • Out of all applicants in 2001, the percentage of
    students who actually got job offer this is
    broken down by major, by ethnicity, then by sex.
  • Clients can recognize what the underrepresented
  • student groups are and they can tailor their
  • marketing strategies to target and increase job
  • placement for those segments.

21
Demographics Query
SELECT a.ethnicity, sum(a.num_of_students)/sum(b.n
um_of_students) AS percentage FROM
student_with_offers_by_m_e_s AS a,
student_applied_by_m_e_s AS b WHERE a.sexb.sex
And a.majorb.major And a.ethnicityb.ethnicity GR
OUP BY a.ethnicity SELECT a.major,
Sum(a.num_of_students)/Sum(b.num_of_students) AS
percentage FROM student_with_offers_by_m_e_s AS
a, student_applied_by_m_e_s AS b WHERE
(((a.Sex)b.sex) AND ((a.major)b.major)
AND ((a.Ethnicity)b.ethnicity)) GROUP BY
a.major SELECT a.sex, (sum(a.num_of_students)/su
m(b.num_of_students)100) AS percentage FROM
student_with_offers_by_m_e_s AS a,
student_applied_by_m_e_s AS b WHERE a.sexb.sex
And a.majorb.major And a.ethnicityb.ethnicity GR
OUP BY a.sex
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24
Queries (contd)
  • 2. COMPANY INVOLVEMENT QUERY
  • List the company, which has a constant decrease
    of the internship position availability for the
    past two years (5 semesters).
  • Clients can observe each companys inclination
    to participate in this program.

25
Company Involvement Query
  • SELECT COM.COMPANYNAME AS NAME, CS.JOBNUMBER AS
    CURR SEM, LS.JOBNUMBER AS LAST SEM,
    L2.JOBNUMBER AS LAST 2 SEM, L3.JOBNUMBER AS
    LAST 3 SEM, L4.JOBNUMBER AS LAST 4 SEM
  • FROM CURRENT SEMESTER AS CS, LAST SEMESTER AS
    LS, LAST 2 SEMESTER AS L2, LAST 3 SEMESTER AS
    L3, LAST 4 SEMESTER AS L4, COMPANY WITH
    DECREASING JOB OFFERED AS COM
  • WHERE CS.COMPANYNAMECOM.COMPANYNAME And
    LS.COMPANYNAMECOM.COMPANYNAME And
    L2.COMPANYNAMECOM.COMPANYNAME And
    L3.COMPANYNAMECOM.COMPANYNAME And
    L4.COMPANYNAMECOM.COMPANYNAME

26
V
27
Queries (contd)
  • CURRICULUM EVALUATION QUERY
  • List the skills that a job would require that
    have never been met by students in this year,
    categorized by each major. (year consists of both
    semesters).
  • Provide suggestions to improve each engineering
    curriculum.

28
Curriculum Evaluation Query
  • SELECT DISTINCT m.major, sk.skill ID
  • FROM job_requires_skills AS jrs, job AS j, skill
    AS sk, major AS m
  • WHERE jrs.skill id sk.skill id AND jrs.job
    id j.job id AND j.major wanted m.major
    id AND not exists (SELECT
  • FROM
    Student_has_skills AS ss, student s WHERE
    ss.sid s.sid and ss.skill id
  • jrs.skill id and j.major wanted
    s.major)
  • SELECT major, s.skill description,
    s.proficiency
  • FROM CURRICULUM EVALUATION AS c, skill AS s
  • WHERE c.skill ids.skill id
  • ORDER BY major

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Queries (contd)
  • PROGRAMME EFFECTIVENESS QUERY
  • List the alumnus who graduated this year, has
    been hired by the same company, whom he/she had
    internship with.
  • Measure the effectiveness of the co-op program,
    if the program really helps students to find a
    job after their graduation.

31
Program Effectiveness Query
  • SELECT s.first name, s.last name, s.email
    address, s.permanent address, s.permanent
    city, s.permanent state, s.permanent zip,
    s.permanent phone number, s.Graduation
    date, j.Company Name
  • FROM alumnus AS a, intern AS i, student AS s,
    job AS j
  • WHERE a.company namej.company name And
    s.SIDi.SID
  • And i.SIDa.SID And i.job idj.job id
    And s.graduation date Between Start Date And
    End Date

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Queries (contd)
  • STATISTICAL ANALYSIS QUERY
  • Test the independency among the majors and job
    offered. We want to know if a major will affect
    the chance of a student to get an internship.
  • If there is a difference, our client can target
    those majors, which have lower chances of getting
    an internship, by recruiting more companies in
    the related field of jobs.

34
Statistical Analysis Query
  • SELECT sum((num_of_students - (select
    sum(num_of_students) from students_by_major sbm1
    where sbm1.major sbm.major)
  • (select sum(num_of_students) from
    students_by_major sbm2 where sbm2.has_offer
    sbm.has_offer)\
  • / (select sum(num_of_students) from
    students_by_major sbm3))
  • (num_of_students
  • - (select sum(num_of_students) from
    students_by_major sbm7 where sbm7.major
    sbm.major)
  • (select sum(num_of_students) from
    students_by_major sbm8 where sbm8.has_offer
    sbm.has_offer)
  • / (select sum(num_of_students) from
    students_by_major sbm9))
  • / ( (select sum(num_of_students) from
    students_by_major sbm4 where sbm4.major
    sbm.major)
  • (select sum(num_of_students) from
    students_by_major sbm5 where sbm5.has_offer
    sbm.has_offer)
  • / (select sum(num_of_students) from
    students_by_major sbm6))) AS Answer
  • FROM students_by_major AS sbm
  • SELECT (IIf(sa.Answergt22.36,"Accept","Reject"))
    AS Interpretation
  • FROM STAT ANALYSIS AS sa

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36
Conclusion
  • Thank the co-op personnel

37
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