The Desktop Support Engineer is part of a highly technical engineering team responsible for providing technical support and maintenance for desktop computing environments within an organization..

This role will be a unique blend of hands-on delivery providing technical assistance to end-users by troubleshooting hardware, software, and network-related issues. Respond to help desk tickets, identify problems, and implement effective solutions to ensure minimal disruption to user productivity. This includes receiving, prioritising, documenting and actively resolving end user requests.

There are a number of technologies that we envision being part of our future, or valuable skills that will make understanding our existing architecture easier. Problem resolution may involve the use of diagnostic and tracking tools as well as a requirement for the individual to give in-person, hands-on help desk advice.

• Reporting to Vice President of Engineering & IT
• Commencing ASAP
• 100% In-Office requirement working Monday – Friday

What will a normal day look like? 

• Provide first line support for all IT related Issues and problem
• Provide technical desktop support to staff including computers, laptops, phones, printers, network patching, Wi-Fi etc.
• Field and prioritise requests from end users in a prompt and courteous manner and work to resolve them
• Escalate requests when required, to the appropriately skilled IT Level 2 or 3 resource
• Perform root cause analysis for Help Desk requests
• Providing configuration management and security compliance for the software and hardware.
• Apply diagnostic tools to aid in troubleshooting as and when required
• Perform post-resolution follow up to ensure user satisfaction and proper problem resolution
• Maintain the IT Asset Register & IT Service desk
• Learn appropriate software and hardware utilised by TSA such as MS Office applications
• Assisting Systems or Database Administrators with IT requests
• Assist team members with tasks as required and outlined in the Project scope
• Developing and updating standard operating procedures and documentation.
• Completing service requests or incidents tickets in support of the business.
• Maintain accurate inventory records for desktop hardware and software assets. Track hardware and software lifecycles, plan for replacements or upgrades, and assist with procurement processes.
• Always be prepared to design and implement security countermeasures, when network vulnerabilities arise.

What’s in it for you? 

• Attractive base salary
• Ongoing support and development 
• Grow in a supportive team environment
• Health and wellness benefits

Overview

We are an Australian technology company creating the future of mobility with software-defined driverless transport. To build this new future and respond to growing demand, we are on the hunt to employ fresh thinking, technical minds to join our dynamic team, where we will continue to innovate and thrive together.

Applied EV develops safety-rated, autonomous-ready, digital control systems (Digital Backbone) and modular vehicle platforms (Blanc Robot), for global commercial applications. We are developing the next generation of mobility, where vehicles run entirely on software and are programmable, improving efficiency & sustainability.

Applied EV creates an inclusive environment that empowers employees and embraces diversity. We welcome and encourage everyone who has a passion and curiosity for technology, automotive and innovation to explore our open positions and join our growing team.

www.appliedev.com

Role Purpose  

You will lead design and development of hardware systems to be integrated into Applied EV products to demonstrate compliance to Applied EV’s system requirements and customer use cases.

Starting from architectural system level requirements you will develop innovative robust engineering solutions at a component and sub-system design level, applying knowledge of detailed design, material selection and manufacturing techniques for low volume manufacturing.

The core deliverable is to release designs, support their manufacture / procurement and to ensure both component and system level validation.  

Key Accountabilities / Responsibilities:  

• Support architecture and packaging reviews for area of expertise/ownership, provide criteria for acceptance in for each phase of product development.
• Design innovative, integrated, and unique solutions to engineering problems with an ability to articulate your design concepts and constructively critique alternatives.
• Develop and maintain component timing plans which align to master program timing.  Escalate issues with proposed recovery proposal to mitigate overall program risk.
• Support the establishment and ongoing maintenance of internal design standards.
• Undertake DFMEA and DFMA to support design execution.
• Develop and release manufacturing and assembly drawings.
• Execute base level FEA where appropriate with support from FEA Lead.
• Develop and execute unit level component tests liaising closely with the Integration & Test team.

The ideal candidate will have:

• A Mechanical / Mechatronics Engineering degree or equivalent experience with 8+ years’ experience as a Mechanical / Mechatronics Engineer in an automotive or related design role.
• Experience and high proficiency with common engineering tools for CAD modelling, 2D and analysis is necessary. CAD experience with Siemens NX, SolidWorks and Sim solid experience would be of preference.
• Strong knowledge of CAD/CAM software and drafting procedures with competency in GD&T.
• Knowledge and understanding of prototype and low volume production and manufacturing processes.
• Highly analytical mind, with exceptional problem-solving skills and attention to detail.
• An ability to transpose customer level requirements and industry standards into design criteria for execution. 
• Experience and understanding of Product Release Cycle from prototype to production including key deliverables of each phase. 
• Local and international collaboration from engineering design to component manufacturing. You will have a demonstrated capability of working with other engineering peers to design an optimised solution across an entire system.
• Are skilled in mentoring others and knowledge capture and sharing to assist in capability growth within the engineering teams.

 Other Useful Experience  

•  Experience working closely with electrical and software engineering teams on safety critical systems with human interaction. 
• Strong written and oral communication skills.
• Industry experience in robotics, automotive, machinery or similar.
• Execution experience in electric mobility technologies, thermal management (component and system level), body structures, chassis systems, braking solutions will be highly regarded. 
• Design or integration experience with high voltage systems.
• Experience in prototyping / proto build events.
• Ability to write clear and comprehensive technical documentation.

Candidates must have existing full working rights for Australia.

This role is 100% in office.

• The opportunity to have ownership over your responsibilities.
• Satisfaction in being at the forefront of creating the future of a new and growing class of autonomous electric vehicles.
• Work alongside a friendly and passionate team on cutting edge technology.
• Mentorship and development opportunities from a range of senior engineers who are experts in their field.
• The opportunity to take charge of your role and grow with the business.
• Enjoy kitchen facilities, including an on-site barista, with free snacks, drinks, lunch, fresh fruit and tea/coffee provided daily.

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We are FIS. We are a global Fortune 500 Fintech; our technology powers the world’s economy changing the way the world banks, pays online and invests and our teams bring innovation to life. We champion diversity to deliver the best products and solutions for our colleagues, clients and communities. If you’re ready to start making an impact with a career in fintech, we’d like to know - Are you FIS?

About the role:

As an experienced Kubernetes Engineer (AKS/EKS/OpenShift preferred) you will design, implement, and manage robust Kubernetes implementations, ensuring the stability, scalability, and security of containerised applications for a major banking client. You will collaborate closely with development teams to optimise DevOps processes, ensuring seamless application deployments and management. This role will be based in Wellington.

As a Kubernetes Engineer you will be responsible for maintaining a reliable, efficient container infrastructure that can adapt to fluctuations in demand. You will also:

• Design, implement, and manage Kubernetes clusters to support diverse applications and services

• Automate infrastructure processes using Infrastructure as Code (Terraform) practices to enhance efficiency

• Work closely with development teams to optimize DevOps processes, integrating Kubernetes with CI/CD pipelines (e.g., Harness, GitLab CI), automating application deployments, and providing guidance on containerization best practices

• Ensure the performance, scalability, and reliability of Kubernetes environments through continuous monitoring, optimization, and troubleshooting

• Implement and maintain best practices for container orchestration, deployment, and management

What you will need:

• Strong knowledge of Kubernetes architecture, deployment, and management Certified Kubernetes Application Developer (CKAD) certification is highly desired).

• Extensive experience with containerization (Docker) and cloud platforms (AWS, Azure). Familiarity with AKS and EKS is beneficial.

• Demonstrated ability to design, develop, and deploy scalable, cloud-native applications.

• Proficiency in scripting languages (Python, Bash, etc.) for automation and CI/CD pipelines (Harness, Ansible, Bitbucket Pipelines).

• Demonstrated ability to design, develop, and deploy scalable, cloud-native applications.

• Solid understanding of cloud-native technologies and microservices architectures.

• Experience working with distributed systems, Linux software packaging, and networking/security principles.

• Excellent problem-solving, communication, and collaboration skills.

What we offer you:

• An opportunity to work with a Global Fortune 500 Fintech in Wellington

• A flexible and collaborative work environment working on a major Fintech project

• A competitive salary plus benefits including medical insurance and personal insurances and employee share scheme

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Sourcing Model

Recruitment at FIS works primarily on a direct sourcing model; a relatively small portion of our hiring is through recruitment agencies. FIS does not accept resumes from recruitment agencies which are not on the preferred supplier list and is not responsible for any related fees for resumes submitted to job postings, our employees, or any other part of our company.

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About this opportunity

The Reliability Engineer is responsible for ensuring the optimal performance and availability of assets, equipment, and systems at the Braeside site. The primary objective of this role is to execute reliability strategies, maintenance programs, troubleshooting processes, and continuous improvement initiatives to enhance asset performance, reduce downtime, and improve overall operational efficiency for machines utilising Sulo assets. Additionally, this role supports the maintenance and improvement of all other site assets in collaboration with various stakeholders on an as-needs basis.

This is a hands-on position, requiring both on-site engagement with stakeholders and office-based work to capture data and establish best practices.

Your key responsibilities will be to:

• Implement reliability strategies and best practices to improve asset performance and minimise unplanned downtime on the assets specific to MGB Body and Lid manufacture
• Maintain preventive maintenance programs and schedules to ensure the integrity and reliability of equipment and systems.
• Provide technical expertise and support for troubleshooting complex reliability issues and promptly resolve equipment failures with clear and decisive action.
• Conduct reliability assessments, root cause analyses, etc to identify potential issues and develop mitigation plans.
• Collaborate with cross-functional teams (Braeside & Somersby sites) to implement reliability initiatives and drive continuous improvement.
• Monitor and analyse asset performance metrics, reliability data, and maintenance records to identify trends, patterns, and opportunities for improvement.
• Lead reliability-centred maintenance (RCM) initiatives to optimise maintenance strategies, spare parts inventory, and resource allocation.
• Put into place procedures and operations which will effectively manage spare parts and consumables at optimum levels (MEX system).
• Deliver training programs and workshops to educate personnel on reliability principles, techniques, and best practices.
• Maintain compliance with regulatory requirements, safety standards, and industry best practices related to asset reliability and maintenance.
• Coordination of all maintenance contractors specific to the machinery and assets associated to MGB Body and Lid manufacturing. 
• Responsible for conducting all required on-site quality testing specific to AS4123 .
• Prepare reports, and recommendations for management on reliability performance, initiatives, and improvement opportunities.

Your skills and experience

To be successful in this role, you’ll have:

•  Solid experience in a technical or, maintenance related role supporting machines and equipment used in the injection moulding or related industry. 
• Demonstrated understanding and competence of plastic processing equipment in regard to, electrical, Robotics, PC, Networks, PLC, hydraulic and pneumatic processes to maintain and trouble-shoot / fault find such equipment including its ancillary equipment.
• In-depth knowledge of reliability principles, methodologies, and tools, such as RCM, FMEA, and condition-based maintenance.
• Experience with reliability analysis techniques and software tools for data analysis and visualization.
• Excellent problem-solving and decision-making skills, with the ability to analyse complex issues and develop effective solutions.
• Strong project management skills, with the ability to plan, execute, and monitor reliability improvement initiatives.
• Effective communication and interpersonal skills, with the ability to collaborate with cross-functional teams and influence stakeholders at all levels.
• Knowledge of regulatory requirements, safety standards, and industry best practices related to asset reliability and maintenance will  be advantageous.