Artesis Plantijn Hogeschool Antwerpen
Industrie en Omgeving
Multidisciplinary project work - MT32182/3321/2425/1/62
Study guide

Multidisciplinary project work - MT

32182/3321/2425/1/62
Academic year 2024-25
Is found in:
  • Associate Degree in Electromechanical Systems, programme stage 2
    Specialisation:
    • Maintenance Techniques
This is a single course unit.
Study load: 4 credits
It is not possible to enrol in this course unit under
  • credit contract.
  • exam contract (to obtain a credit).
  • exam contract (to obtain a degree).
Co-ordinator: Lejeune Kris
Other teaching staff: Aouad Rachid, De Vos Thomas, Vandenbosch Johan, Vangrunderbeek Olivier, Verhulst Peter
Languages: Dutch
Scheduled for: Semester 1 or Semester 2
This course unit is marked out of 20 (rounded to an integer).

Prerequisites

having finished at least 35 ects credits in the programme AND ((to be taken together with Communication Skills OR previously registered for Communication Skills) AND (to be taken together with Professional skills OR previously registered for Professional skills)).
Re-sit exam: not possible.
Possibility of tolerance: You have to pass this course unit (will never be tolerated).
Total study time: 104,00 hours

Learning outcomes (list)

The graduate works in a sustainable, socially responsible and high-quality manner and applies safety and technical standards in a familiar field.
The student applies economic key figures in simple technical scenarios with the aim of achieving sustainable growth.
The graduate localizes, identifies and diagnoses malfunctions of technical installations, taking into account situational elements and/or maintenance history
The student investigates possible malfunctions with the necessary insight on the basis of technical documentation.
The graduate cooperates in a constructive and flexible manner in an intercultural and multidisciplinary team and assumes responsibility for determining and achieving the group result.
At the start of a self-managing team, the student defines his task and role, in coordination with his teammates.
The student works constructively together in team and assumes the responsibilities inherent in his/her role within the self-managing team.
The student formulates improvement suggestions while taking into account the project plan.
The student evaluates, as part of a team, the technical feasibility of the self-formulated improvement proposals.
The graduate is self-critical and improves their own practice by identifying personal development needs and following technological developments in the field.
The student independently documents him or herself using (in foreign languages) scientific relevant literature considering an efficient approach of the project.
The student reflects critically on the project-based work and his own learning process.
The student uses English maintenance technical jargon.
The graduate documents and communicates effectively in consultation with colleagues and supervisors about the work preparation and works.
The student reports in writing and in a structured way on the progress of the project to the members of the project team and to the project coach.
The student presents the program of requirements utilizing various communication techniques.
The student drafts a specific program of requirements for the project.
The qualified maintenance technician checks and examines with the necessary insight the functioning of technical installations on the basis of current measurement and analysis techniques.
The student creates a basic maintenance plan based on FMECA,
The student drafts a detailed work instruction based on the tasks outlined in the FMECA maintenance plan.
The qualified maintenance technician carries out self-proposed interventions regarding maintenance-technical aspects, based on measurement results and available data, under the supervision of a supervisor.
The student analyses and assesses measuring data, proposes a recovery plan, keeping in mind the management aspects typical for the possibilities of the maintenance team.
The student selects the proper measuring equipment for the preventive maintenance in function of the context.
The student performs a (de)assembly on the basis of acquired knowledge in Mechanical Engineering and Rotating Mechanical Equipment.
The student correctly applies the acquired knowledge in an assignment.

Educational organisation (list)

Avondtraject
Dagtraject
Collaborative learning36,00 hours
Work time outside of contact hours68,00 hours

Evaluation (list)

Evaluation(s) for first exam chance
MomentForm%Remark
Eerste examenperiodeProject assignment50,00
Eerste examenperiodeReflection assignment permanently during class weeks (Permanent evaluation)10,00
Eerste examenperiodeSkills assessment permanently during class weeks (Permanent evaluation)40,00