Embark on an exciting journey with AES as we pioneer the future of energy through MAXIMO, our innovative growth venture. MAXIMO, an AI-enabled robot, is transforming the construction of solar projects by expediting their completion. As a pivotal contributor to our mission of scaling solar energy production at an unparalleled pace, MAXIMO is leading the charge to meet the urgent global demand for net-zero emissions.

Role Overview

The Robotics Field Application Engineer will be a vital member of the MAXIMO solar innovation business, responsible for the deployment, support, and field optimization of our MAXIMO robot and managing the operational aspects of the robot in the field. This role combines technical expertise, problem-solving skills, and a production-oriented mindset.

A successful candidate will be highly motivated, passionate about their work, and eager to push the boundaries of what is currently achievable in the field. This mission-driven individual will work closely with our construction manager, engineering and product development teams to ensure the successful deployment and operation of our robotic systems in the field. You will be the key technical relay on the field to help Engineering team identify, troubleshoot and debug any on-field issues, and will collaborate closely with other team members to ensure the deployed solar site and modules are as per the requirements of the customer.

As a Field Application Engineer in the MAXIMO business, this position will work collaboratively across MAXIMO, including engineering, business leadership, and construction management, providing feedback, issues list, installation reports, and brainstorming solutions to be implemented on sites with the aim of improving production goals. MAXIMO team members are firm believers that accelerating decarbonization necessitates audacious actions, empowering the world to fulfill future needs.

Major Responsibilities

• Safety Compliance: Comply with all safety regulations and procedures, always ensuring a safe working environment.
• Continuous Operation and Monitoring : Monitor its performance, ensuring smooth operation and uptime and report any anomalies promptly and track them.
• Collaboration and Troubleshooting : Collaborate closely with other team members, including developers, engineers, and construction managers. Assist in debugging any on-field issues. Provide feedback and installation reports.
• Customer-Centric Approach : Ensure that deployed solar sites and modules meet customer requirements. Address customer inquiries and concerns professionally.
• Innovation and Efficiency : Push the boundaries of what is currently achievable in the field. Brainstorm solutions to enhance efficiency and productivity.
• Optimization and Maintenance : Monitor the performance of the robots and perform regular maintenance to ensure optimal operation. Implement software and hardware updates as needed.
• Documentation : Maintain detailed records of installations, maintenance activities, and customer interactions. Provide regular reports to management on system performance and field issues.
• MAXIMO Operations Planning : Support the development of MAXIMO operations plans based on project requirements and established schedules.
• Cross-Functional Collaboration : Work collaboratively across MAXIMO, engaging with engineering, business leadership, and construction management teams. Provide insights, compile issues list, and contribute to site improvements.
• Mission-Driven Mindset : Embrace the audacious goal of accelerating decarbonization. Empower the world by fulfilling future energy needs through sustainable practices.

Qualifications

• Founder’s mentality : Entrepreneurial passion for getting things done and a “make it happen” attitude with an intellectual curiosity to seek new opportunities.
• Education : Bachelor’s degree in a relevant technical field (e.g., computer science, electrical engineering, or robotics) and a first experience as Field Application Engineer or similar role.
• Experience : Practical experience in field operations, preferably in solar energy or robotics. Experience with programming and configuring robotic systems.
• Proficiency in Linux : Familiarity with Linux-based systems for robot control and monitoring.
• Robotics Knowledge : Familiarity with control algorithms, motion planning, and sensor integration.
• Skill and Behavior : Capability to work dynamically and collaboratively across multiple teams in a fast-paced and technical business environment with minimal supervision. Excellent communication skills. Results-oriented, “can-do” attitude, and “get things done” mentality; comfortable with uncertainty and ambiguity; no compromise on attention to quality and details. Passion for sustainability and clean energy solutions.
• Problem-Solving Skills : Ability to troubleshoot issues with machinery and make quick decisions on field.

Travel : Willingness to travel frequently to various solar farm locations. 80+%

Languages : English required

Location : Remote position with 90% on construction sites.