123pracovat

Pracovní nabídka

Who we are looking for?
We are seeking an experienced Senior VMware Engineer particularly with orchestration and automation tools to join the team at a leading IT logistics company. In this role, you will help drive the automation and resiliency initiatives for IT infrastructure, supporting critical operations in a fast-paced logistics environment. You will work closely with cross-functional teams to integrate VMware technologies and design robust, automated solutions.

What are the requirements?

• Deep knowledge and hands-on experience with the VMware platform, including orchestration and native automation tools (e.g., vRealize Automation, VMware vSphere, etc.).
• Fluent English communication skills, both written and spoken.

What will be your advantage?

• Strong understanding of infrastructure technologies, with a specific focus on VMware environments.
• Proven experience in delivering automation projects for VM deployment.
• Familiarity with Oracle RAC and private cloud platforms is a plus.

Key Responsibilities:

• Automate the deployment and build of Virtual Machines (VMs) on both standard VMware and private cloud platforms to optimize IT logistics operations.
• Work with Oracle and other technical teams to develop automation for Oracle RAC VM builds, ensuring seamless integration into the logistics infrastructure.
• Design and implement robust resiliency solutions tailored to the VMware platform to ensure operational continuity for logistics processes.
• Contribute to the successful delivery of tasks for the project, ensuring infrastructure reliability for IT logistics systems.

What we can offer?

• Cooperation on a trade license
• Invoices are paid within 3 days
• 6,000–8,000 CZK / MD (the final financial amount will depend on the proven knowledge)
• Open and fair cooperation
• Possibility to hybrid work (both from home and from the office)
• Allocation: Prague
• Start date of assignment: ASAP
• Initial contract duration: 3 months, with the possibility of extension on a quarterly basis