Course syllabus

PPU171 – Industry Project Course PM

Examiner

Anders Skoogh, PhD

Associate Professor

E-mail: anders.skoogh@chalmers.se

Telephone: +46 (0)31 - 772 48 06

 

Course administrators

PhD-student Daniel Nåfors

E-mail: daniel.nafors@chalmers.se 

Telephone: +46 (0)31 – 772 10 02

 

Aim

Industry requests engineers prepared to solve open problems in a sustainable way by applying theoretical knowledge in a real-world context. With the aim to fulfil this demand, the course cooperates closely with industry, providing real industrial project enabling learning focused on the application knowledge. The vision is to give students an opportunity to make their first traces in the industrial reality and start building a personal network, an important prerequisite for a successful industry career. The course also functions as a preparatory exercise before the Master thesis work.

The purpose of the course is therefore that the students, through active collaboration in a project group, will learn how to solve real industrial problems by following established engineering methods, working in teams, and effectively communicating with various stakeholders.

Prerequisites

Same as for MPPEN; see student portal.

Learning objectives of the course

After having completed the course the students should be able to:

  • Formulate a clear problem and create a project plan.
  • Select and apply appropriate engineering methods and tools for solving the given problem.
  • Assess engineering solutions in perspective of sustainable development, with consideration to both scientific and ethical aspects.
  • Divide the work into result specific activities, assign responsibilities, and schedule the activities on a time axis.
  • Develop project results following an established project methodology.
  • Work in project teams and analyse the project work in terms of group dynamics.
  • Organize and contribute to project meetings.
  • Write a technical project report that follows an established structure and policies of academic honesty. This includes adding references, figures and tables according to praxis.
  • Present the project results and own reflections for other students.
  • Present the work for the representatives of the collaborating industrial company. This presentation with focus on the project results and a credible work procedure.
  • Give constructive feedback on another project group's work and respond to similar criticism on the own project group's work.

Course content and organization

  • Real industry project.
  • Project work: structured management and task distribution.
  • Sustainable development, with consideration to both scientific and ethical aspects.
  • Coaching in writing a technical project report.
  • Teamwork – theory and practice.
  • Presentation training
  • Training in giving and receiving feedback.

Organisation

The cornerstone in this course is that learning takes place in a real industrial project. To guide the students through their projects and to assist them with reaching the learning objectives, each group has a supervisor with a meeting once a week at the university. These meetings typically include assistance in finding solutions recent problems in the projects, technical support on applied software packages, and support with writing the final report. The project groups do multiple company visits where they meet the industrial contacts to formulate the problem, collect data and information, and gain necessary experiences from the industry. Furthermore, the course includes seminars aiming to give the students experience of communicating to a larger audience, working in teams, etc. Each group is also provided with a virtual project room for continuous communication and documentation. This virtual project room is used both to assist learning activities and for the supervisors to follow the projects as well as assessing some of the learning objectives.

Examination

The learning is assessed based on following: the project report, the A2 summary, the work procedure, the written opposition including response, the presentation, and the peer evaluation. An optional reflection hand-in on group dynamics will impact the grade according to the grading rubric available on Canvas. Grading is individual and the grading scale is: 5, 4, 3, and Fail.

 

 

Literature

  • Project methodology
  • Scientific papers
  • Lecture presentations

Staff

Lecturers: AS: Anders Skoogh, DN: Daniel Nåfors, MD: Mélanie Despeisse, RB: Rebecca Bergman

Schedule

W

Time

Room

Activity

Resp.

45

Introduction and project planning

45

191104 09-12 Monday

Vasa6

Lecture, Introduction

AS, DN

45

191106 10-16 Wednesday

Vasa6

Lecture/Workshop, Project planning

DN

46

Project planning, project work and group dynamics

46

191112 10-12 Wednesday

Vasa6

Lecture/Seminar, Group dynamics

RB

46

191113 13-15 Wednesday

Vasa3, Vasa4

Seminar, Project plan

DN

47

Project work and presentation techniques

47

191118 08-12 Monday

Vasa6

Flipped classroom, Presentation preparation

Please bring a laptop with PowerPoint or equivalent software to create material

MD, DN

48

Project work and group dynamics

48

191127 10-12 Monday

191127 13-15 Monday

MC
ML3

Workshop, Group dynamics

RB

49

Project work and group dynamics

49

191202 08-12 Monday

Vasa6

Coaching session, Presentation performance

Please bring a laptop with PowerPoint or equivalent to practice presenting

MD

49

191204 10-12 Wednesday

MC

Workshop, Group dynamics

RB

50

Project work and presentations

50

191209 08-12 Monday

Vasa6

Presentations practice (2-hour sessions*)

MD

50

191211 10-17 Wednesday

Vasa6

Presentations practice (2-hour sessions*)

MD

51

Project work and course summary

51

191216 10-12 Monday

Vasa6

Course summary and poster presentations

AS,
students

*Each student will join one session of 2 hours. Check list on Canvas for the time slot you were allocated to.

Deliveries

W

Date, Time

Day

Delivery

46

191115, 23:55

Friday

Delivery of project plan

47

191118, 23:55

Monday

Delivery of group contract

47

191122, 23:55

Friday

Delivery of first individual team member assessment

48

191206, 11:55

Friday

Delivery of presentation material

50

191213, 23:55

Friday

Delivery of draft report and A2 poster

51

191220, 23:55

Friday

Delivery of written opposition (one per project group)

03

200117, 23:55

Friday

Delivery of final report and response to opponents

03

200117, 23:55

Friday

Delivery of self-evaluation and reflection on group dynamics

 

Course summary:

Date Details Due