We are seeking a skilled Control‑M Scheduler to assist with an ongoing project. The engineer will be tasked with scheduling, configuring, validating, and managing batch jobs within Control‑M. All necessary scripts are already prepared; the primary focus of this role is on job scheduling and workload orchestration.
Key Responsibilities
- Create, configure, and manage Control‑M jobs, folders, and workflows.
- Set up job parameters, conditions, and dependencies.
- Schedule jobs using calendars, time windows, and cyclic rules.
- Configure notifications, alerts, and job priority rules.
- Monitor job execution using Control‑M Enterprise Manager (EM).
- Troubleshoot job failures and ensure timely reruns and SLA adherence.
- Validate job flows and logic with business stakeholders.
- Coordinate Linux‑based command jobs, checking logs, exit codes, and permissions.
- Prepare documentation including runbooks, job inventories, and dependency maps.
- Support UAT cycles and ensure smooth operational handover.
- Develop new capabilities for process improvement.
Why Join Us
Opportunity to work with a talented and passionate team. Competitive salary and benefits package. Exciting projects and innovative work environment.
Requirements
- 3–5 years hands‑on experience with Control‑M Workload Automation.
- Strong experience building job definitions, conditions, dependencies, and calendars.
- Hands‑on experience with Control‑M EM (Enterprise Manager).
- Strong understanding of variables, parameters, Smart Folders, and scheduling rules.Working knowledge of Linux commands and shell scripting for troubleshooting job behavior.
Nice to Have
- Experience in telecom environments.
- Control‑M Administrator / Operator certification.
- Experience with workload migrations (Phase I / Phase II).
Soft Skills
- Strong communication and coordination skills (English required).
- Ability to work with distributed teams in remote environments.
- Detail‑oriented with strong documentation and process discipline.
- Problem‑solving mindset with ability to work under SLA‑bound environments.