Analyst Visualization Engineer

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A Visualization Engineer Analyst level will work on projects on the design stage and on-site Visualization commissioning.

This engineer will be able to lead small or medium projects.

• Visualization Design activities of Material Handling Automation Systems, using prescribed guidelines and policies. This includes but is not limited to support on the preparation of documents such as calculations, design specifications, test specifications, and Attendance technical reviews to collect required information to perform visualization work.
• The Analyst Visualization Engineer will support coordination, be a mentor on standard work, and provide guidance for other less-experienced engineers. Audit and observe improvements in the teamwork will be part of the responsibilities of the Analyst Visualization Engineer.
• Will participate in the project staff meetings to collaborate on technical observations for all the visualization projects to pursue on-time and high-quality deliverables.

Schedule Meetings with Project Stakeholders according to project Milestones to complete Project deliverables.

Professional behavior: Embrace ownership and Responsibility, the Visualization Engineer will demonstrate that he/she is someone who can be trusted to take charge of the work and take initiative, which is essential for growth in any role.

Develop the strategic agility to see the big picture, anticipate problems and opportunities, and align work with business objectives.

Develop Project management skills, effective task organization, meeting deadlines, resource management, and technical leadership within projects.

Business acumen, understanding how engineering decisions impact costs, profitability, and market competitiveness.

Tasks and Qualifications: A Visualization Engineer Analyst will work on projects on the design stage and on-site Visualization commissioning. This engineer will be able to lead small or medium projects.

Skills and capabilities for the Visualization scope.

Design Phase:

1. Tech review, attend the tech review where the Visualization engineer is available to request project information from the controls team, including programs, drawings, builder aliases, delivery dates, access, and server information.
2. Request licenses for the software to be used (Ignition/iconics/factorytalk/kepware).
3. Log in to Maestro, load the project, and create the .json file for the VTool.
4. Import the .json file into the VTool.
5. Create areas, assign objects to each control area, assign operational areas, and create dashboards.
6. Generate and link the generic GDF to the VTool.
7. Create tags for each device in the project, following the AOIs from the PLC program, and generate their objects in the GDF (make any necessary adjustments).
8. Create tags for the cabinet.
9. Work with any special equipment or third-party software if included in the scope (flexsort, DMS, RapidPal, monorail, stackers/destackers, robots, etc.).
10. Extract files for the workbench on the server (assets and alarms).
11. Convert GDF to a mobile HMI version for the server.

Server Configuration:

1. Request server information (IP) and access with the support of controls/customer IT. If necessary, request credentials for access. If it's a Dematic server, we must already have the information.
2. Test remote access to the server once it's connected.
3. Move software and project files to the server.
4. Install software and activate the relevant licenses.
5. Configure server(s) as required (single/multiserver).

Commissioning Phase:

Run the tool files in Spyder/Script. This is a quality check before moving everything to the server.

1. Upload the VTool files to the workbench.
2. Clean up the project tags using the quality tool. Ideally, you should have 100% good quality remotely before traveling to the site.
3. Check that no enable, jam, or e-stop alarms are missing by comparing the list with the program.
4. Travel to the site. Work on the Visualization commissioning Checklist.
5. Test at least two statuses for each bed on site. The easiest way is to trigger jams and motor faults. If there is a manual status, these should also be tested.
6. Work with controls to verify any alarms that are not working to ensure each alarm is functioning properly.
7. Coordinate stop testing with controls - 100% of the stops must be performed.
8. Test all special equipment with the support of controls.
9. Update the layout to match the actual on-site installation.
10. Check that reports, dashboards, views, zooms, and all screen features are working, and make adjustments and fixes as needed.
11. Schedule a training session with the client, preferably including personnel who will be using the system. The Viz link will be shared with them so they can start using it.
12. Follow up for a few days after delivery regarding any changes the client may require.

KION brands keep the world moving – globally, regionally, and locally. KION is the Supply Chain Solutions Company. With over 42,000 employees in more than 100 countries, we enable smart, sustainable, and reliable supply chains worldwide - wherever goods are stored, moved, or delivered. KION offers its customers the full spectrum of solutions to make their supply chains future-ready. Our international brands, Linde Material Handling, STILL, and Baoli and our regional brands, Fenwick and OM, stand for outstanding technological innovation, intelligent automation and service excellence in forklift trucks and warehouse equipment. Dematic complements this expertise with state-of-the-art automation technology and AI-supported software solutions that optimize intralogistics across warehousing, production, and distribution. Whether locally or globally – we offer exciting career opportunities in an innovative environment shaped by our core values: Integrity, Collaboration, Courage, and Excellence. Together, we create the magic of supply chain solutions. Join our team – Push it forward.