Applied AI Engineer – (Europe or UK)
Коротко о вакансии
Компания SIVAD Consulting ищет инженера для разработки агентных систем и масштабируемой инфраструктуры искусственного интеллекта. Специалисту предстоит проектировать оркестрацию агентов, контекстную память, вызовы инструментов и механизмы оценки надежности моделей. Предстоит автоматизировать операционные процессы приобретенных агентств и внедрять LLM в процессы написания кода. Кандидат станет одним из первых ключевых участников команды с большим влиянием на стек и архитектуру.
- Формат работы
- удалёнка
- География
- Европа или Великобритания
- Зарплата
- 100 000 — 150 000 € — по данным Himalayas
- Ключевые требования
- Опыт создания production-систем искусственного интеллекта и агентов
- Глубокое понимание tool-calling, контекста, оркестрации и evaluation
- Опыт работы с TypeScript / Node.js или Python
- Практика применения coding agents в разработке
- Свободный английский язык и развитые коммуникативные навыки
- Кому подойдёт
- Вакансия подойдет опытным инженерам-разработчикам с сильным бэкграундом в создании надежных агентных систем на базе LLM для production.
Пересказ openqareer по тексту работодателя. Ниже — оригинал объявления.
Applied AI Engineer – (Remote) (Europe or UK - Required)
100k – 150k Euro
Responsibilities
- Design and build the core primitives behind our agentic systems, including memory, context management, tool-calling, orchestration, and feedback loops
- Move us from one-off AI solutions toward reusable infrastructure where new workflows can be introduced quickly and with predictable reliability
- Build the evaluation framework that allows us to understand how our agents perform and why they succeed or fail
- Make testing, tracing, debugging, and evaluating AI systems as fundamental to our engineering process as unit testing traditional software
- Develop the systems that allow us to confidently assess an agentic workflow before deploying it into production
- Push forward how we use LLMs to build software itself
- Create workflows where coding agents and specialized subagents can explore repositories, implement changes, review architecture, check conventions, run evaluations, and iterate with minimal human coordination
- Use agentic engineering workflows extensively in your own day-to-day development
- Design systems where specialized agents, tools, deterministic software, and humans work together effectively
- Understand when a problem should be solved with an LLM, when traditional software is the better solution, and when multiple coordinated agents can materially improve the outcome
- Act as the bridge between complex operational workflows and engineering
- Work closely with our operational and product teams to understand how work actually happens across acquired agencies, identify the highest-leverage opportunities for automation, and turn them into reliable production systems
- Help define the architectural patterns we use for agentic systems as the company scales
- You won't be joining as engineer #20 on an established AI platform. You will be an early core member of the team with significant influence over our technical approach, tooling, and engineering standards
Requirements
- Strong software engineering background with experience independently delivering complex systems from idea through to production
- Hands-on experience building AI or agentic systems that have operated in production
- Experience dealing with real-world AI challenges such as reliability, latency, context management, failure modes, evaluation, and observability
- Strong understanding of agents, tool use, structured outputs, context management, orchestration, evaluation, and feedback loops
- Advanced practical use of modern LLMs — not simply using ChatGPT or Claude occasionally, but understanding how to build reliable workflows around probabilistic systems
- Experience using coding agents and agentic development workflows as part of your own engineering process
- Experience decomposing complex engineering tasks across agents or specialized subagents and designing mechanisms for them to verify and improve their outputs
- Strong architectural judgment and ability to decide when to use LLMs, deterministic software, human intervention, or a combination of approaches
- Experience with TypeScript / Node.js, or strong experience building AI systems in Python with the ability and willingness to apply that knowledge in a TypeScript-first environment
- High autonomy, ownership, and comfort making decisions under ambiguity
- Strong product judgment and ability to connect technical decisions to operational and business outcomes
- Strong communication skills and fluency in English
- Startup mentality: resilience, adaptability, and ability to thrive in a fast-paced environment
Originally posted on Himalayas
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