Product Support Engineer

Multiverse Computing S.L
Municipality of Bilbao, Spain
2 days ago

Role details

Contract type
Temporary contract
Employment type
Full-time (> 32 hours)
Working hours
Shift work
Languages
English

Job location

Municipality of Bilbao, Spain

Tech stack

API
Artificial Intelligence
JIRA
Software Debugging
Python
Machine Learning
Performance Tuning
Systems Integration
Web Services
Large Language Models
Information Technology
Machine Learning Operations
Zendesk

Job description

We are seeking a proactive and technically skilled Product Support Engineer to join our team on a temporary basis (contract) and provide customer-facing technical support for our compressed Large Language Models (LLMs) and API services. You will be the first point of contact for technical inquiries, troubleshooting, and guidance, helping customers maximize value from our AI solutions. This is a unique opportunity to work with cutting-edge AI technology, ensure high customer satisfaction, and contribute to the success of a major new initiative. As a Product Support Engineer, you will: Become an expert in all Multiverse Computing's products Provide first-line technical support with a variety of complexity, from simple billing or account questions for individuals to complex, incident-level issues and debugging Investigate and resolve customer-reported issues by reproducing problems and identifying root causes. Collaborate with engineering teams to escalate and resolve complex technical problems. Assist customers with API integration, usage, and best practices for performance and reliability. Document common issues, solutions, and best practices in a customer knowledge base. Communicate clearly and empathetically with customers, ensuring high satisfaction and trust.

Requirements

Strong technical background with experience in troubleshooting APIs, SDKs, or software integrations. Familiarity with AI/ML concepts, particularly Large Language Models and model deployment. Proficiency in Python and experience with APIs. Excellent communication and problem-solving skills; able to explain technical concepts to non-technical users. Bachelor's degree in Computer Science, Engineering, or related field; or equivalent practical experience. Preferred Qualifications (Nice-to have) Experience supporting AI/ML products or developer-focused platforms. Knowledge of model compression techniques and performance optimization. Contributions to documentation, tutorials, or developer community forums. Experience using ticketing and support tools (e.g., Zendesk, Jira, or similar).

Benefits & conditions

Temporary contract of up to 9 months, ending by June 2026. Competitive salary Equal pay guaranteed. Relocation package (if applicable). Hybrid opportunity. Flexible working hours. Progressive Company. Happy people culture. Inscribirse en esta oferta Recibir ofertas similares por correo electrónico Al crear una alerta, aceptas nuestros Términos y condiciones y Política de privacidad, y el uso de cookies.

About the company

Multiverse is a well-funded and fast-growing deep-tech company founded in 2019. We are one of the few companies working with Quantum Computing and the biggest Quantum Software company in the EU.
We provide hyper-efficient software to companies wanting to gain an edge with quantum computing and artificial intelligence. Our product, Singularity, is a software platform that contains quantum and quantum-inspired algorithms developed and patented through proof-of-concept trials we have been performing for industrial and service clients. We work in finance, energy, manufacturing, cybersecurity and many more industries.

Digital methods usually fail at efficiently tackling these problems. Quantum computing, however, provides us with a powerful toolbox to tackle these complex problems, such as outstanding optimization methods, software for quantum machine learning, and quantum enhanced Monte Carlo algorithms.

Multiverse Computing applies these cutting edge methods to provide software which is customized to your needs, giving companies a chance to derive value from the second quantum revolution.

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