RK2

KUKA Industrial Robot Programming – Level 2

3 days, 19 hours Duration

Training mode

Open training

Course level

RK2

Prerequisites

Required completion of the basic course RK1: Programming KUKA Industrial Robots – Level 1 or knowledge in this field

Course Objective

Course objective:

Can analyze and modify an existing program
Possesses the ability to edit robot programs in the WorkVisual environment and interacts with the user using the robot's SmartPad panel
Can create programs with dynamic changes in the position of the process being carried out, including palletizing issues and handling position searches by the robot
Possesses knowledge and skills in handling background events (Submit Interpreter) and interrupts, uses Trigger instructions to automate returning to the HOME position
Can use its own global variables in programs, can use system variables

See what our industrial robot training looks like:

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Course program

day 1	Robot work safety - general rules Safe operation in manual T1, T2 and automatic modes Independent completion of preparatory tasks: manual movement of the robot to the given axial positions determining the TCP and WOBJ station layout creating procedures for operating the gripper (handling digital signals) preparing the HOME item creating a program with basic motion instructions (axial/linear) and using procedures Working with a robot on a network using the WORKVISUAL program Direct editing of point coordinates in programs Interacting with the user using TrachPendant from within the program
day 2	Dynamic modification of the position of the station coordinate system Robot positioning accuracy at program points and its influence on program behavior – CONT parameter Repeated execution of a program fragment - FOR loop Palletizing and depalletizing Group digital signals Automatic signal output in the HOME position
day 3	FOLD structure Selected system variables Local and global variables – $CONFIG.DAT file Background Task Handling – SPS.SUB System interrupts Searching for items Return to HOME from any point in the robot's saved trajectory – TRIGGER Creating and restoring a full robot backup – WoV project

Laboratory equipment

We conduct training at our Industrial Robots Laboratory in Gliwice.

We provide our students with: five production robots:

4 pieces.KUKA KR6 R900 SIXX from series KR AGILUS
1 pieces. KUKA KR6 R700 SIXX from series KR AGILUS

NO Online

Open training Training mode

YES Certificate

Gliwice,
EMT-Systems Headquarters Training location See the map

3950 PLN(net) +23% VAT

The training was awarded the European Medal

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Training objectives

After completing the training, the participant:

Can analyze and modify an existing program
Possesses the ability to edit robot programs in the WorkVisual environment and interacts with the user using the robot's SmartPad panel
Can create programs with dynamic changes in the position of the process being carried out, including palletizing issues and handling position searches by the robot
Possesses knowledge and skills in handling background events (Submit Interpreter) and interrupts, uses Trigger instructions to automate returning to the HOME position
Can use its own global variables in programs, can use system variables

Check the course dates

Rok 2026

Rok 2027

Marca

10-12 marca

Maja

10-12 maja

Czerwca

09-11 czerwca

Września

29 wrz-01 paź

Listopada

17-19 listopada

Grudnia

15-17 grudnia

Lipiec 2026

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Sierpień 2026

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Wrzesień 2026

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	1	2	3	4	5	6
7	8	9	10	11	12	13
14	15	16	17	18	19	20
21 Programowanie robotów przemysłowych KUKA – poziom 2 21 – 23 września 2026 Zgłoś udział	22 Programowanie robotów przemysłowych KUKA – poziom 2 21 – 23 września 2026 Zgłoś udział	23 Programowanie robotów przemysłowych KUKA – poziom 2 21 – 23 września 2026 Zgłoś udział	24	25	26	27
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Październik 2026

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5	6	7	8	9	10	11
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19	20	21 Programowanie robotów przemysłowych KUKA – poziom 2 21 – 23 października 2026 Zgłoś udział	22 Programowanie robotów przemysłowych KUKA – poziom 2 21 – 23 października 2026 Zgłoś udział	23 Programowanie robotów przemysłowych KUKA – poziom 2 21 – 23 października 2026 Zgłoś udział	24	25
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Listopad 2026

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Grudzień 2026

Pn	Wt	Śr	Cz	Pt	So	Nd
	1	2 Programowanie robotów przemysłowych KUKA – poziom 2 2 – 4 grudnia 2026 Zgłoś udział	3 Programowanie robotów przemysłowych KUKA – poziom 2 2 – 4 grudnia 2026 Zgłoś udział	4 Programowanie robotów przemysłowych KUKA – poziom 2 2 – 4 grudnia 2026 Zgłoś udział	5	6
7	8	9	10	11	12	13
14	15	16 Programowanie robotów przemysłowych KUKA – poziom 2 16 – 18 grudnia 2026 Zgłoś udział	17 Programowanie robotów przemysłowych KUKA – poziom 2 16 – 18 grudnia 2026 Zgłoś udział	18 Programowanie robotów przemysłowych KUKA – poziom 2 16 – 18 grudnia 2026 Zgłoś udział	19	20
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Styczeń 2027

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Luty 2027

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Marzec 2027

Pn	Wt	Śr	Cz	Pt	So	Nd
1	2	3	4	5	6	7
8	9	10 Programowanie robotów przemysłowych KUKA – poziom 2 10 – 12 marca 2027 Zgłoś udział	11 Programowanie robotów przemysłowych KUKA – poziom 2 10 – 12 marca 2027 Zgłoś udział	12 Programowanie robotów przemysłowych KUKA – poziom 2 10 – 12 marca 2027 Zgłoś udział	13	14
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Kwiecień 2027

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Maj 2027

Pn	Wt	Śr	Cz	Pt	So	Nd
					1	2
3	4	5	6	7	8	9
10 Programowanie robotów przemysłowych KUKA – poziom 2 10 – 12 maja 2027 Zgłoś udział	11 Programowanie robotów przemysłowych KUKA – poziom 2 10 – 12 maja 2027 Zgłoś udział	12 Programowanie robotów przemysłowych KUKA – poziom 2 10 – 12 maja 2027 Zgłoś udział	13	14	15	16
17	18	19	20	21	22	23
24	25	26	27	28	29	30
31

Czerwiec 2027

Pn	Wt	Śr	Cz	Pt	So	Nd
	1	2	3	4	5	6
7	8	9 Programowanie robotów przemysłowych KUKA – poziom 2 9 – 11 czerwca 2027 Zgłoś udział	10 Programowanie robotów przemysłowych KUKA – poziom 2 9 – 11 czerwca 2027 Zgłoś udział	11 Programowanie robotów przemysłowych KUKA – poziom 2 9 – 11 czerwca 2027 Zgłoś udział	12	13
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Lipiec 2027

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Sierpień 2027

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Wrzesień 2027

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27	28	29 Programowanie robotów przemysłowych KUKA – poziom 2 29 września 2027 – 1 października 2027 Zgłoś udział	30 Programowanie robotów przemysłowych KUKA – poziom 2 29 września 2027 – 1 października 2027 Zgłoś udział

Październik 2027

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				1 Programowanie robotów przemysłowych KUKA – poziom 2 29 września 2027 – 1 października 2027 Zgłoś udział	2	3
4	5	6	7	8	9	10
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Listopad 2027

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1	2	3	4	5	6	7
8	9	10	11	12	13	14
15	16	17 Programowanie robotów przemysłowych KUKA – poziom 2 17 – 19 listopada 2027 Zgłoś udział	18 Programowanie robotów przemysłowych KUKA – poziom 2 17 – 19 listopada 2027 Zgłoś udział	19 Programowanie robotów przemysłowych KUKA – poziom 2 17 – 19 listopada 2027 Zgłoś udział	20	21
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29	30

Grudzień 2027

Pn	Wt	Śr	Cz	Pt	So	Nd
		1	2	3	4	5
6	7	8	9	10	11	12
13	14	15 Programowanie robotów przemysłowych KUKA – poziom 2 15 – 17 grudnia 2027 Zgłoś udział	16 Programowanie robotów przemysłowych KUKA – poziom 2 15 – 17 grudnia 2027 Zgłoś udział	17 Programowanie robotów przemysłowych KUKA – poziom 2 15 – 17 grudnia 2027 Zgłoś udział	18	19
20	21	22	23	24	25	26
27	28	29	30	31

Training hours

day 19:00 – 16:00 (7 hours)

day 28:00 – 16:00 (8 hours)

day 38:00 – 12:00 (4 hours)

By requirements

Completion of training:

RK1KUKA Industrial Robot Programming – Level 1

or knowledge in this field

Training program

1. Robot work safety - general rules

2. Safe operation in manual T1, T2 and automatic modes

3. Independent completion of preparatory tasks:

manual movement of the robot to the given axial positions
determining the TCP and WOBJ station layout
creating procedures for operating the gripper (handling digital signals)
preparing the HOME item
creating a program with basic motion instructions (axial/linear) and using procedures

4. Working with a robot on a network using the WORKVISUAL program

5. Direct editing of point coordinates in programs

6. Interacting with the user using TrachPendant from within the program

1. Dynamic modification of the position of the station coordinate system

2. Robot positioning accuracy at program points and its influence on program behavior – CONT parameter

3. Repeated execution of a program fragment - FOR loop

4. Palletizing and depalletizing

5. Group digital signals

6. Automatic signal output in the HOME position

1. FOLD structure

2. Selected system variables

3. Local and global variables – $CONFIG.DAT file

4. Background Task Handling – SPS.SUB

5. System interrupts

6. Searching for items

7. Return to HOME from any point in the robot's saved trajectory – TRIGGER

8. Creating and restoring a full robot backup – WoV project

Who is the training for?

Robotics Dealing with the design, programming, commissioning and maintenance of robotic and industrial automation systems, ensuring their efficient and effective operation.

Certificate

After completing the training, each participant receives a bilingual, personal certificate descriptively confirming the acquired skills in accordance with the system implemented at EMT-SYSTEMS Sp. z o.o. quality management PN-EN ISO 9001:2015, supervised and certified by TUV Nord Poland.

Opinions

Nothing speaks volumes about the value of a training program better than the opinions of those who have already participated. Check out our participants' reviews – find out what they appreciated most, what results they achieved, and why they recommend it to others.

Our laboratory

We conduct training at our Industrial Robots Laboratory in Gliwice.

We provide our students with: five production robots:

4 pieces.KUKA KR6 R900 SIXX from series KR AGILUS
1 pieces. KUKA KR6 R700 SIXX from series KR AGILUS

Learn more

Hardware and software used

KUKA KR6 R900 SIXX robot from the KR AGILUS series

The robot is equipped with a KRC4 Compact controller and a SmartPad control panel.

This small, lightweight (52 kg) robot, thanks to its compact dimensions, is suitable for a wide range of applications. It can be floor-, wall-, or ceiling-mounted. Thanks to its slim design, the KR 6 robot operates even in the smallest of spaces. The Safe Robot function facilitates effective human-machine collaboration. It excels in handling tasks, especially pick-and-place, with high speeds, enabling excellent results with minimal cycle times.

KUKA R700 SIXX AGILUS KRC4 robot

The solution is used in production processes based on gluing, packaging, welding and conveying.

Our experts

Online robot programming training classes are conducted by automation and robotics specialists with implementation experience in the largest industrial plants in Poland and abroad, combining extensive substantive knowledge and many years of project experience with interpersonal skills, which guarantees the acquisition of the maximum amount of knowledge. practical knowledge by course participants.

Learn more

Confirmation of cooperation

District Labor Office in Jaworzno

Antolin Silesia Sp. z o. o.

BASF Polska Sp. z o. o.

Pneumatics Automation Marcin Romański Jacek Romański Sp.k.

District Labor Office in Jarocin

ROCKWOOL Polska Sp. z o. o.

Teknomatik Europe Sp. z o. o.

Opinions

11+ positive reviews

Anonymous,

Verified opinion

A huge amount of new information. The presenter also answered questions related to problems encountered in the daily operation of KUKA robots.

Julia, Katowice

Verified opinion

Very well-trained instructor, willing to help, everything explained perfectly.

Rafał, Olsztyn

Verified opinion

The instructor's knowledge and ability to convey it, and the atmosphere during the training. A very pleasant and knowledgeable instructor who focused on collaborative problem-solving rather than simply providing the correct answer directly.

Paul, Żarów

Verified opinion

The training was conducted thoroughly in a friendly atmosphere. The trainer is an experienced roboticist and can introduce the secrets of programming and answer even the most pressing questions. He also has a great approach – if a student wants to gain knowledge beyond the training, they can easily obtain it. I wholeheartedly recommend this training!

Tomasz, Lodz

Verified opinion

Super trener, jestem zadowolony z metodyki i fachowej wiedzy prowadzącego. Pomoc w przypadku niejasności, dobra atmosfera, fajna lokalizacja.

Konrad, Stryków

Verified opinion

A large dose of practical knowledge, collaborative problem-solving. Work on a "living organism" performed safely.

Andrzej, Trębaczew

Verified opinion

Zrozumienie procedur zachodzących w robocie.

Marek, Opole

Verified opinion

You can practice all the tasks yourself, make small mistakes—that's where you learn. You can cover topics you care about most.

Jakub, Koszalin

Verified opinion

Cały kurs przerobiony na przykładach. Program szkolenia miał spójny przebieg, kolejne ćwiczenia były rozwinięciem poprzednich.

Dominika, Bytom

Verified opinion

The training was conducted in a very professional manner. The atmosphere was pleasant, and there was a wealth of practical information to learn. I highly recommend it to anyone who has already programmed robots, as well as those just beginning their robotics journey.

Marcin , Jaworzno

Verified opinion

Możliwość wykonywania praktycznych ćwiczeń na rzeczywistych stanowiskach - najnowszych robotach firmy KUKA. Duża różnorodność wykonywanych ćwiczeń, które można wykorzystywać w praktyce, miła atmosfera podczas szkolenia.

Gourmet Catering

Participants of training sessions at our center receive unlimited access to the Cechownia Cafe coffee bar and a two-course lunch.

Accommodation

Check the list of hotels near the training venue.

FAQ

Does the basic KUKA robot programming course include laboratory classes?

In most training centers, the practical portion of the course takes place in a laboratory specifically equipped for learning industrial robot programming. Working in a training setting with robots such as the KUKA KR10 R1420, KUKA KR6 R900 SIXX, or KUKA KR6 R700 SIXX reflects the real-world work environment of an industrial robot programmer.

The laboratory exercises are crucial because they provide an opportunity to closely examine the workings of KUKA robots – their design, precision, and operating range. Besides the crucial aspect of observation, each participant will develop important skills, including moving the manipulator, programming the robot's work path, and executing a program using either manual or automatic modes.

The skills acquired during laboratory classes are of very high value – no presentation or lecture can replace the experience gained from working with original KUKA robots.

What are the opinions about KUKA robot programming courses in Gliwice?

One of the most important indicators of course quality is the opinion of the clients who participated. Considering the numerous positive comments about the training courses conducted in Gliwice, it's safe to assume that their level is very high. Individual clients and companies training their employees in this city emphasize the substantive content of the theoretical classes and the extensive practical experience in the well-equipped laboratories. Participants of KUKA robot programming courses also note the access to valuable training materials and other useful educational resources.

According to the participants, it's also worth highlighting the professionalism of the instructors, who are able to convey their knowledge in an accessible way. This translates into highly effective training – for individual clients, this translates into enhanced professional qualifications and for companies, efficient workflow optimization.

See also our wide offer Robotics training.

What requirements must a participant of the KUKA robot programming course meet?

The KUKA Basic Industrial Robot Programming Course is designed for anyone looking to enhance their job opportunities by significantly improving their qualifications. Basic technical knowledge is all that's needed to participate. While this requirement isn't assessed before the course begins, familiarity with basic technical concepts and principles will help you better understand the topics covered during the course.

The advanced KUKA robot programming course requires a bit more experience: the candidate is usually required to have completed the basic course or at least be familiar with the topics covered during it.

The requirements set by training centers are usually characterized by a lack of formality. Participation in industrial robot programming courses is voluntary, so each student should decide for themselves how much they want to benefit from the classes. However, it's worth remembering that being an informed participant brings far more benefits than passively observing others at work.

Other training courses you may be interested in: Robotics training.

What skills does the KUKA robot programming course teach?

KUKA robot programming courses typically offer two difficulty levels: basic and advanced. Choosing a specific course should be based on the student's actual abilities – this is the only way to maximize the time spent in the classroom.

To participate in the basic training, only basic technical knowledge is required. During the training, participants learn about the general structure of the robot and how to operate it safely. The two-day course also covers other topics, such as the structure and functions of the operator panel, methods of program archiving, programming the robot's work path, parameterizing motion instructions, and working with the program in manual and automatic modes.

Participants in the advanced course should have a broader knowledge of machine, station, and tool configuration. This will facilitate the acquisition of skills in the areas of position programming in application instructions, correction of logical instructions, incremental programming, analysis of execution programs, and configuration of the robot for automatic operation in a specific mode.

We invite you to take advantage of our rich offer robotics training.

How much does the basic KUKA course in Silesia cost?

Anyone wishing to improve their qualifications and gain reliable information on working with a KUKA industrial robot should have at least PLN 2950 net. This applies to both the basic and advanced KUKA industrial robot programming courses.

The price for the 2-day preparatory course includes practical classes in the training laboratory, educational materials given to the student as a personal gift, as well as a KUKA course completion certificate, which is highly respected in the industrial sector.

Larger training centers offer discounts on an individual basis or for students with a student ID. Small, medium, and larger companies that enroll larger groups of employees in technical training can apply for funding for individual training sessions or entire training cycles.

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