Graduate Electrical Engineer

EVSE Australia is a leading provider of electric vehicle (EV) charging solutions, dedicated to accelerating the transition to sustainable transportation across Australia and New Zealand. EVSE delivers end-to-end EV charging infrastructure for residential, commercial, government, and fleet clients and is committed to powering a cleaner future by making electric mobility accessible, reliable, and convenient for all.

As a Graduate Electrical Engineer, you'll gain hands-on experience across the design, delivery, commissioning and support of EV charging infrastructure projects. Working closely with experienced engineers and cross-functional teams, you'll develop technical expertise while contributing to the deployment of innovative electric vehicle charging solutions.

Key responsibilities include:

• Supporting the sales team with technical input during the pre-sales phase, including the preparation of proposals, technical documentation and solution recommendations.
• Producing CAD drawings and electrical designs for EV charging infrastructure, ensuring compliance with relevant safety, technical and regulatory standards.
• Conducting electrical feasibility assessments, including power availability reviews, load calculations, energy management considerations and network capacity analysis.
• Assisting with the configuration and integration of EV chargers into software platforms and backend systems.
• Supporting charger connectivity setup across 4G, Wi-Fi and LAN networks, and troubleshooting communication issues where required.
• Working with internal support and operations teams to onboard charging stations into monitoring and management platforms.
• Participating in the commissioning of EV charging infrastructure, verifying system performance, functionality and compliance with required standards.
• Collaborating with installation partners and project stakeholders to support successful project delivery.
• Monitoring charger performance, responding to system alerts, investigating faults and supporting the resolution of technical issues.

KEY RELATIONSHIPS 

• Partner with Sales, Engineering and Project teams to coordinate and deliver site activities.
• Collaborate with installers, project managers, engineers and field technicians to resolve technical issues.
• Support the Customer Support team by providing technical expertise and guidance.
• Liaise with site contacts and customers to coordinate access and maintain a positive customer experience.
• Work closely with internal stakeholders to identify opportunities for continuous improvement.

• Bachelor's degree in Electrical Engineering or a related discipline.
• Valid driver's licence and willingness to travel to customer and project sites as required.
• Understanding of electrical systems, switchboards, and communications protocols.
• Strong analytical, troubleshooting, and problem-solving skills with excellent attention to detail.
• Confident using software platforms and digital tools for configuration, diagnostics, and documentation.
• Strong organisational and time management skills, with the ability to manage competing priorities.
• Excellent communication and interpersonal skills, with a collaborative approach to working across teams and with customers.
• Commitment to maintaining high safety, quality, and compliance standards.
• Passion for renewable energy, electric vehicles, and the transition to a more sustainable future.

Desirable

• Exposure to EV charging infrastructure and associated electrical systems.
• Familiarity with OCPP or other EV charging communication protocols.
• Experience using AutoCAD or similar design software.
• Exposure to commissioning, testing, or troubleshooting electrical equipment.
• Understanding of networking technologies, including 4G, Wi-Fi, and LAN connectivity.

• Be part of an industry helping accelerate the adoption of electric vehicles.
• This is an office-based role located in Silverwater, with team members working on-site 5 days/week.
• Join a collaborative, high-performing team where your contribution is valued.