Role Purpose (Job Profile):
The Dyno Supervisor leads the day-to-day running of the dyno facility, supervising Team Members during operation and acting as the department’s main point of contact for all safety, facility operation, planning, and issue escalation. The role combines core supervisory duties with hands-on ownership of dyno operations, test bed and facility engineering support, and covers the Dyno Operator function during periods of holiday or sickness absence.
Main Duties:
Dyno Facility & Test Operations
• Act as the primary contact for all operational issues with the facility.
• Lead co-ordination and execution of effective daily test programmes.
• Drive performance and set KPI objectives for quality, efficiency and effectiveness of the test bed.
• Accountable for all standard operating processes and procedures including safety processes within the test cell and facility.
• Ensure personnel working at the dyno are competent and trained for their tasks at hand.
• Oversee the UUT installations on the test bed liaising closely with Assembly & Design
• Oversee maintenance requirements and spares strategy for the test cell and supporting facility infrastructure to meet test bed uptime within KPI
• Liaison with external contractors, key suppliers, and internal stakeholders for issue resolution, and routine maintenance.
• Drive continual development of the facility capability and effectiveness.
• Liaison with Vehicle Engineering and Operations on the event calendar ensuring suitable resource support is organised from the wider team to meet the programme.
• Manage all visitors to the dyno facility, including maintenance contractors.
• Operational management of Williams team personnel on event at the dyno.
• Liaison with the Facilities team for any issues which impact the wider site.
• Ensure the test bed and control room are always presented as a world-class facility.
• This role requires close liaison across varied groups within Williams including: Safety, Assembly, Planning, Vehicle Design, T&V, Procurement, Finance, Electronics & Control Systems, Facilities, Reliability, TIG,
Dyno Operator Cover (Absence Cover)
• Installation and preparation of the unit under test (UUT) for test.
• Operation of the test bed using AVL PUMA.
• Ownership of the test cell, including housekeeping and safety.
• Reporting and follow-up of faults.
• Routine maintenance of the test bed and facility systems.
Core Competencies:
Essential:
• Proven leader in a quality, high performing engineering team, accountable for delivering results to programme.
• Strong mechanical experience gained with current F1 car installations
• Sound judgement with ability to operate independently in a high pressure, high stakes, environment
• Clear communicator liaising with a diverse range of teams
Desirable:
• Working knowledge of AVL PUMA or equivalent dyno control systems.
• Experience of mechanical and electrical fault diagnosis in a test facility environment.
• Fire Marshal and First Aid trained.
This job description is not exhaustive, and the job holder will be required to carry out from time-to-time tasks in addition to the above that will be both reasonable and within their capabilities.
Additional InformationAtlassian Williams F1 Team is an equal opportunity employer that values diversity and inclusion. We are happy to discuss reasonable job adjustments.
Skills Required
- Proven leadership in a quality, high-performing engineering team with accountability for programme results
- Strong mechanical experience gained with current Formula 1 car installations
- Sound judgment and ability to operate independently in a high-pressure, high-stakes environment
- Clear communication skills for liaising with diverse teams
- Working knowledge of AVL PUMA or equivalent dyno control systems
- Experience with mechanical and electrical fault diagnosis in a test facility environment
- Fire Marshal and First Aid training
What We Do
Atlassian Williams F1 Team is one of the world's leading Formula One teams and constructors. The company specializes in the design and manufacture of Formula One race cars and the deployment of this expertise to compete in the top echelon of motor racing, where it has been winning Grands Prix for more than three decades.
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