A successful support model for student consultants at Rutgers University
Brenner B.C.
1987
Proceedings ACM SIGUCCS User Services Conference
0
10.1145/41866.41912
In January 1986, a program which provided non-curriculum, general academic microcomputing for students began at Rutgers University. This consisted of 25 Apple Macintoshes, 24 AT&T 63OOs, laser printers, software, and consultants at four libraries on the New 8runswick campus. A support plan consisting of two full-time staff and approximately 40 students developed from the philosophy of a) you need technically qualified, personable consultants and staff to serve the users and associated departments, b) satisfied, challenged, and rewarded consultants have a higher probability of desiring continued employment, and c) if the consultants aren't happy, neither are your users. Student positions included clerical assistant, consultant, programmer, site manager, software preparer and technicai writer. Four steps were used in managing the student staff: obtaining students with the necessary technical and people skills, training and maintaining the skills of the workers, retaining student employees, and evaluation. Obtaining student personnel involved determining job requirements, soliciting the appropriate potential applicants, interviewing and selective hiring. Interpersonal and communications skills were more important that technical skill for perspective student consultants. Humanities and liberal arts majors were encouraged to apply. All potential employees were subjected to a standardized interview for the job applied. All exceptional students were hired. Additional staff were hired to compensate for attrition and for substitution. Extensive training of student consultants was done. This included initial workshops, a consultant's handbook, monthly meetings, and training exercises. The ability to retain student employees depended on hiring the correct candidate, attractiveness of the job, and fate. Prioritizing work before social life, reporting to work faithfully, and carrying a reasonable course load were characteristics found in returning students. Non-monetary factors influencing job satisfaction included responsibility, involvement in decisions, input into operational modification, communication, and reward. Student evaluation was standardized to encompass work and required meeting attendance, technical expertise, and job performance. The support model was a result supplementing full-time staff support and combating a 68% student attrition rate between spring and fall semesters. The support model has resulted in providing significantly better user service than could be provided by only two full-time staff. Data on improved attrition rate are not yet available. The principles used in this support plan can be applied elsewhere. Copyright 1987 ACM.
Association for Computing Machinery
Conference paper
Scopus