Trial apprenticeship

The best machines for spray cans worldwide

Testing an aerosol filling machine Testing an aerosol filling machine

Are you interested in the profession of an automation engineer? Go ahead, sign up for a trial apprenticeship and you’ll get a first-hand experience of the fascinating world of engineering - starting with mechanical processing and assembly, through wiring of electrical components all the way to pneumatic controls and software engineering.

The upper picture shows a Pamasol employee testing a Macromat LB20. This is a filling and sealing machine for spray cans. While the polymechanics and metal workers are working on the mechanic and metalwork, the automation engineer mounts all the electrical components such as sensors, motors and the big touchscreen. Afterwards, the PLC (that’s the computer and thus the brain of the machine) gets programmed to bring life to the machine.

As soon as the machine is running and the customer finished his checklist, it will be shipped to the production site, for example Australia, the US or Brasil, but also Germany or Switzerland. Pamasol machines are located all around the world, producing billions of spray cans.

Fully trained automation engineers have the opportunity to visit different countries and cultures, because the machines scattered around the world are installed and serviced by Pamasol employees on site.

You probably haven’t noticed it, but you definitely had a spray can in your hand that was filled on a Pamasol machine (deodorant, color spray, oven cleaner, shaving cream, room spray, silicone spray, oil spray, …the list goes on and on).

A few answers to frequently asked questions:

Is an automation engineer a demanded profession?

Yes, automation engineers are professions in high demand and will continue to be in the future.

More and more tasks and operations are done by machines and robots. Automation engineers are needed to build the machines and program the software for it.

How long does an apprenticeship take and where do I need to go to school?

The apprenticeship lasts 4 years. During this time the apprentices will visit one to two days a week the vocational school in Arth-Goldau. If you attend the Federal Professional Baccalaureate during the apprenticeship, the school visit consists of two days a week for the entire apprenticeship.

Additionally to the vocational school you will attend inter-company professional training in the training centre Swissmechanic in Pfäffikon SZ. These trainings take a few weeks each.

What kind of advanced training opportunities are there?

There are alot of advanced training opportunities, such as the Federal Diploma of Higher Education for the automation specialist or the Advanced Federal Diploma of Higher Education for the Master in Switchgear and Automation.

The most wanted advanced trainings from Pamasol automation engineers so far are the Technician (CHF - College of Higher Education) or the study for the title Engineer (University of Applied Sciences).

If you completed the Federal Professional Baccalaureate, you can for example attend the ost.ch in Rapperswil to study for the Engineer.

How much do you earn as a fully trained automation engineer?

There are no hard and fast rules about how much you earn. Alot of factors play into that, such as work experience, function and position in the workplace or location and branch of the company.

What’s definitively in every job: If you love it and put the effort into it, it will mirror into your paycheck.

I know, the answers above do not help alot and we can’t keep interested people guessing. Following are a few numbers from the online portal jobs.ch which can give you an estimated point of reference.

Automation engineer

Electrical engineer

Video automation engineer VET

How many automation engineers did Pamasol already train?

#NameDateProfession
50Stefan Feier2019 - 2023automation engineer
49Jonas Bisig2018 - 2022automation engineer
48David Bernhard2018 - 2022automation engineer
47Joël Glaus2017 - 2021automation engineer
46Marvin Büeler2016 - 2020automation engineer
45Elias Kälin2015 - 2019automation engineer
44Fabian Suter2014 - 2018automation engineer
43Sven Faas2013 - 2017automation engineer
42Lukas Kägi2012 - 2016automation engineer
41Roman Feusi2011 - 2015automation engineer
40Tom Lauper2010 - 2014automation engineer
39Maurus Meier2009 - 2013automation engineer
38Andreas Kälin2008 - 2012automation engineer
37Simon Schätti2007 - 2011automation engineer
36Silvan Donner2006 - 2010automation engineer
35Urban Bruhin2005 - 2009automation engineer
34Michel Keller2004 - 2008automation engineer
33Pascal Kälin2003 - 2007automation engineer
32Matthias Bamert2002 - 2006automation engineer
31Roger Kälin2002 - 2006automation engineer
30Philipp Bruhin2001 - 2005automation engineer
29André Kälin2000 - 2004automation engineer
28Yves Gautschi1999 - 2003automation engineer
27Ernst Späni1998 - 2002automation engineer
26Patrick Lechner1998 - 2002automation engineer
25Andreas Schuler1997 - 2001electro mechanic
24Eric Ziegler1997 - 2001electro mechanic
23Ralph Kühn1996 - 2000electro mechanic
22Beat Ziegler1996  -2000electro mechanic
21Reto Inderbitzin1995 - 1998electro mechanic
20Christof von Allmen1994 - 1998electro mechanic
19Patrick Kühne1994 - 1998electro mechanic
18Roman Späni1993 - 1997electro mechanic
17Reto Bachmann1992 - 1996electro mechanic
16Marco Kälin1992 - 1996electro mechanic
15Andreas Knobel1992 - 1996electro mechanic
14Martin Ruoss1992 - 1994electro mechanic
13Marco Räber1991 - 1995electro mechanic
12Kessler Patrick1990 - 1994electro mechanic
11Marco Corvi1989 - 1993electro mechanic
10Michael Kistler1989 - 1993electro mechanic
9Patrik Diethelm1988 - 1992electro mechanic
8Michael Manser1988 - 1992electro mechanic
7Daniel Schätti1986 - 1990electro mechanic
6Oskar Mäder1985 - 1989electro mechanic
5Edgar Pfister1985 - 1989electro mechanic
4Armin Zonder1984 - 1988electro mechanic
3Peter Pedros1982 - 1986electro mechanic
2Josef Schnüriger1980 - 1984electro mechanic
1Reto Hegner1978 - 1982electro mechanic
Tip

On the official website of Pamasol you can inquire the professions we provide on your own.

Info

Contact Andreas Rüttimann andreas.ruettimann@pamasol.com or phone +41 55 417 40 40 to sign up for an apprenticeship as an automation engineer.

Subsections of Trial apprenticeship

Building a railway lamp

The fusion of mechanics and electronics

Swissmechanic railway lamp Swissmechanic railway lamp

During your apprenticeship you will build a railway lamp with aluminum and acrylic glass parts. In addition to that, electronic parts will get soldered together following a schematic, which turns it into an electric circuit.

The railway lamp is an assembly kit issued by Swissmechanic. You can take the lamp home after the trial apprenticeship.

Additionally to the railway lamp, you’ll get an authentic insight into our daily work and all its exciting challenges.

Control cabinet plug board

Drawing and wiring schematics

Trial apprentice working on a plug board Trial apprentice working on a plug board

One of the most important tasks of an automation engineer is the planning and wiring of a control cabinet. These control cabinets can be the size of a shoebox, but also as big as four big closets put together.

The cabinets are filled with complex electronics, which are connected with wires. If one the hundreds of wires is connected incorrectly, the whole machine won’t work. In the worst case, parts could get damaged or destroyed, some of them costing as much as a car.

Because of this, full concentration and attention is needed when drawing these schematics. Work like this needs practice - and that’s exactly what we are doing with this excercise.

Drawing schematics with Capital™ Electra™ X

In a professional workspace schematics are drawn on programs such as EPLAN P8, Zucken E3 or WS-CAD

For the following project we recommend using the easy-to-use CAD Capital™ Electra™ X from Radica Software and Siemens. The basic functions, all of them free to use, cover everything needed for the occasional use. Additionally, you don’t need to install any software since it runs on your internet browser.

Create an account

On radicasoftware.com/app/login you can sign up to get access to the drawing editor.

Standards for drawing schematics

How you draw a schematic and especcially how the symbols need to look is standardized. This has the advantage of having schematics which look the same all over the world and being easy to read for professional electricians.

The standard for these symbols is called IEC 60617. The most relevant symbols are found on wikipedia under the following links:

Don’t worry, you won’t need to know all of these from the beginning. There’s plenty of time during the apprenticeship.

Excercises

Info

The schematic with the excercises can be imported here as a Capital™ Electra™ X template. If you don’t want to work online with Capital™ Electra™ X can download the PDF here.

All excercises are built in the same style. On the top left corner is a description with recommended parts. The 24VDC potential is drawn too. On the top is the plus, on the bottom the minus.

The parts can be placed between plus and minus. Following is the excercise 1 as an example.

Template excercise 1

Excercise 1 template Excercise 1 template

Sample solution excercise 1

Excercise 1 solution Excercise 1 solution