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CAD Design & Mechanical Engineering

Mechanical design at Hikade Technologies is not isolated 3D modelling. It is a system-level decision that affects precision, stiffness, mass, assembly, serviceability, cable routing, thermal behavior and testability from the first concept.

→Conceptual modelling and product design
→Parametric modelling and assembly management
→Tolerance-aware engineering and interface design
→Design for manufacturing (DFM) and design for assembly (DFA)
→Payload integration and mechanical packaging
→Serviceability and maintainability design
→3D rendering and manufacturing documentation
→Precision mechanical assemblies
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Computational Analysis

Simulation and computational analysis reduce design risk, speed up development cycles and help verify structural decisions before the first prototype. Analysis is used to optimize mass, verify stiffness, find critical load paths and identify failure modes.

→Static structural and stress analysis
→Strain, displacement and buckling analysis
→Contact and dynamic analysis
→Modal and harmonic analysis
→Thermal analysis and thermal management
→Topology optimization
→Kinematics and mechanism analysis
→Mechanical system optimization
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Embedded Control & Firmware

Embedded control is developed as part of the complete mechanical-electrical system, not as a separate software task. Control architecture, communication interfaces, safety logic and actuator integration are designed together with the mechanical structure from the start.

→Embedded firmware development
→Real-time control and state machines
→RS-485, Ethernet and other communication interfaces
→Watchdog logic and safety / fault-state handling
→Data acquisition and signal processing
→Communication with drives and sensors
→Control interfaces and bootloader concepts
→Hardware-software integration and commissioning
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Mechatronics & System Integration

Mechatronic integration means bringing mechanics, electronics, firmware, software, sensors, actuators and cable routing together into a single working system. This is where isolated engineering decisions become real products.

→Custom test stands and measurement devices
→Single-purpose machines and automated workstations
→Actuator and sensor integration
→Motor control and drive integration
→Control cabinet design and wiring
→Harness and cable routing integration
→Safety logic implementation
→System commissioning and functional testing
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Technical Documentation

Complete technical documentation is part of every project deliverable. We produce documentation that enables the customer to operate, maintain, understand and further develop the delivered system.

→Analytical reports and risk analysis
→Test reports and validation documentation
→Installation and user manuals
→Maintenance and service instructions
→Manufacturing and assembly documentation
→Customer handover documentation
→Validation packages (where applicable)
Validation-Oriented Engineering

Validation is part of the design logic, not the final step

Hikade Technologies designs systems with testing and validation in mind from the beginning. For aerospace-relevant, HAPS, vacuum, clean-environment and industrial R&D systems, validation is not a final formality but part of the design logic.

This means testability, access to critical measurement points, sensor placement, calibration strategy, documentation and process repeatability are considered during the design phase — not after the prototype is assembled.

Testability
Calibration strategy
Sensor placement
Process repeatability
Access to critical points
Environmental considerations
Documentation traceability
Validation scope planning

Apply these capabilities to your project

Whether you need a complete system from concept to prototype or a specific engineering capability for your project — start a technical discussion with us.

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