Deep-Tech R&D
We deliver highly specialized engineering support where theory meets real hardware. We combine system design and diagnostics across control, power electronics, modelling, and real-time firmware — with a focus on stability, efficiency, and reliability.
We step in when your team needs support at a critical point in the project. We work flexibly: from short consultations and independent technical audits, to leading R&D tasks, prototyping, and deployment support.
We integrate as an extension of your team. We help solve critical problems in electronics and embedded software — from architecture and key design decisions to diagnostics and optimisation. Through system-level design and simulation, we identify risks before the first prototype is built.
We design and bring up power conversion systems, including power factor correction (PFC), grid-tied inverters, and high-voltage generation systems. We apply digital control based on modern microcontrollers and processors, covering grid synchronisation, control architecture selection, and optimisation of efficiency and power quality — from concept and topology selection to prototype validation in high-power systems.
We design hardware for high-voltage and high-power systems, as well as high-speed electronics, with a focus on correct layout, power integrity, and environmental robustness. We account for thermal performance, electromagnetic compatibility, and component reliability so the prototype is predictable and ready for further validation.
We deliver system intelligence through mathematical modelling and a top-level system design approach. We build real-time software for digital signal processors (DSP), implementing advanced control algorithms. We design to functional safety requirements, ensuring the reliability of safety-critical systems.
We design intelligent edge systems capable of local signal processing and real-time data analytics. We deploy AI/ML models directly on microcontrollers, enabling predictive diagnostics and autonomous device responses. We ensure secure industrial communication and software integrity in distributed IoT systems.
Experts with real, verified capabilities
Synertome connects your project request to a specialist who has delivered similar work before — then plugs in quickly for short, focused execution.
Digital Power & Energy Conversion
• Converter Design: PFC, LLC, DAB, buck/boost/SEPIC/flyback.
• Control & Monitoring: Digital control loops, BMS systems, grid monitoring.
• High-Voltage Systems: HV generation, galvanic isolation, and safety.
• Inverters: Single-phase and three-phase (Grid-tie/Off-grid), harmonic optimisation.
• GaN/SiC Technologies: Wide-bandgap semiconductor implementation.
Advanced Hardware Design
• PCB Design: Multilayer PCBs, High-Density Interconnect (HDI), High-Speed, and RF.
• Integrity Analysis: Signal integrity / power integrity simulations, minimising noise and voltage drops.
• Thermal Management: Active/passive cooling systems, thermal analysis.
• EMC/EMI/EMP Robustness: Designing for compliance and EMP protection.
• High Power: Safe layout for high current and high voltage conditions.
System Design & Functional Safety
• Model-Based Design: System modelling and algorithms in MATLAB/Simulink.
• Functional Safety: Design aligned with IEC 61508, ISO 26262 (SIL/ASIL).
• Reliability Analysis: FMEA, fault tree analysis (FTA), and redundancy.
• Top-Level Architecture: Defining architectures for safety-critical systems.
Real-Time Firmware & DSP
• Hard Real-Time: Developing software with the strictest timing requirements.
• DSP Algorithms: Advanced signal processing and digital controllers.
• Embedded Software: Bare-metal firmware and RTOS systems.
• Motor Control: Implementing field-oriented control (FOC) algorithms.
Embedded IoT & Edge AI
• Edge Intelligence: Running AI/ML directly on microcontrollers.
• Industrial Connectivity: Implementing Modbus, CAN, Ethernet/IP, LoRa, NB-IoT.
• Predictive Maintenance: Early anomaly and failure detection algorithms.
• Cybersecurity: Secure Boot, data encryption, and secure OTA updates.
Bring-up & Validation
• Prototype Bring-up: Calibration and functional testing of hardware and software.
• HW/FW Debug: Advanced root-cause identification and performance optimisation.
• Validation & Testing: EMC/EMI compliance testing and environmental testing.
• Certification: Full technical support throughout the product certification process.
End-to-end project
- ✓PCB and hardware design
- ✓Firmware and software development
- ✓Prototyping and testing
- ✓Technical documentation
- ✓Manufacturing support
Expert on demand
- ✓Fast response time (Priority Support)
- ✓Direct access to an expert
- ✓Flexible resource allocation
- ✓Support during critical project phases
- ✓Billed for actual time spent
Engineering support
- ✓Technical consultations
- ✓Problem solving
- ✓Code review and optimisation
- ✓Debugging assistance
- ✓Remote or on-site support
Bring-up and commissioning
- ✓Initial hardware bring-up
- ✓Functional testing
- ✓Debugging and issue resolution
- ✓Requirements validation
- ✓Test report
Design review
- ✓Schematic and PCB analysis
- ✓Firmware code review
- ✓Identification of design risks
- ✓Best-practice recommendations
- ✓Final audit report
Technical training
- ✓Digital power electronics
- ✓PCB design
- ✓Microcontroller programming
- ✓Developer tools
- ✓Training materials
Renewable Energy & PV
- Solar inverters and MPPT systems
- Energy storage (BESS)
- High-efficiency converters
E-Mobility & Automotive
- On-board chargers and DC fast chargers
- BMS systems and power management
- 400V / 800V architectures
Automation & Robotics
- Precise drive control (FOC)
- High-power industrial power supplies
- Real-time control systems
Aerospace & Defense
- High power-density supplies
- Control systems for UAVs
- Compliance with MIL-SPEC / EMC
Medical Technologies
- HV power supplies (X-ray, Laser)
- Galvanic isolation and safety
- Low-noise signal chains
Research & Development
- Rapid prototyping (PoC)
- Topology analysis and optimisation
- Lab measurements and audits
Business hours
Monday - Friday: 9:00 - 17:00
Weekend: Closed