AI Integration Engineer for Bioreactor Systems

Cellcraft is a B2B biotechnology startup building intelligent infrastructure for biomanufacturing. Our flagship platform, Cellcraft IQ, applies machine learning and real-time control to bioreactors, enabling adaptive optimisation, predictive monitoring and autonomous process tuning. We are transforming bioprocessing into a data-driven engineering discipline that supports reliable, scalable production across biopharma and cultivated meat.

• Lead integration of Cellcraft IQ at customer sites, connecting to bioreactor systems via Modbus TCP, OPC UA, and PROFINET
• Design data pipelines for acquisition, cleaning and structuring of high-frequency
  sensor and process data
• Integrate ML models with embedded controllers and supervisory control systems
• Contribute to software architecture for scalable deployment of control and analytics
  systems
• Work directly with customer technical teams to scope, configure, and validate deployments
• Collaborate closely with Cellcraft's senior integration engineer (UK-based) throughout each deployment
• Troubleshoot integration issues across diverse bioreactor OEM environments
• Document configurations, integration steps, and site-specific setups for each customer
• Act as the primary technical point of contact for customers during and after onboarding
• Feed field observations and customer feedback back to the product and engineering team
• May also include travel to customer facilities as required for on-site commissioning and support

• Strong Python programming: NumPy, Pandas, SciPy, scikit-learn (production code, not just notebooks)
• Control systems fundamentals: State-space representation, PID tuning, stability analysis
• Time-series methods: Kalman filtering, ARIMA, or recurrent neural networks (LSTM/GRU)
• Real-time systems experience: Low-latency data processing, asynchronous programming, embedded constraints
• Industrial protocols: Modbus, OPC-UA, MQTT, or similar SCADA/IoT communication standards
• Domain Knowledge
• Understanding of feedback control in dynamic systems.
• Experience working with noisy sensor data and signal filtering techniques.
• Ability to interpret process dynamics from time-series data (lag, dead time, oscillations)
• Degree in Control Engineering, Computer Science, Chemical/Bioprocess Engineering, or related quantitative field

Other Essential Requirements:

• Must have existing right to work in Singapore
• Fluent in English

Highly Desirable:

• Bioprocess systems: Prior work with bioreactors, fermentation, or cell culture monitoring.
• Model Predictive Control (MPC) implementation experience (cvxpy, CasADi, MATLAB MPC Toolbox)
• Reinforcement learning for control (DQN, PPO, SAC)
• Physics-informed ML: Incorporating mechanistic models (ODEs) into neural network architectures
• Edge ML deployment: TensorFlow Lite, ONNX Runtime, or custom C++ inference
• Signal processing: FFT, wavelet transforms, spectral analysis for biosensors (impedance, Raman)
• Linux system administration: Docker, systemd services, remote deployment pipelines

Equity participation with the potential to share in the company’s long term success

Opportunity to work on real world physical AI systems applied to biomanufacturing

Build algorithms that move from experimental data to production scale systems

Exposure to a fast growing field at the intersection of machine learning, biology and industrial automation

Opportunity for significant responsibility and rapid career progression as the technology scales

Contribute to technologies enabling sustainable food and medicine production

Backed by the University of Cambridge Judge Business School and leading international venture capital investors

Potential for a full time role and competitive salary following successful completion of the project

The world’s food and medicine systems depend on biology that remains too costly and difficult to scale. Cellcraft IQ gives bioreactors the AI intelligence to optimise themselves, enabling cultivated meat, cell therapies, and fermentation products to reach global scale.