Challenge

Create a compact indoor growing system that could automate plant care while remaining energy-efficient, intuitive to use, and easy for consumers to maintain.

What we did

Developed the product architecture, custom electronics, sensor network, lighting controls, irrigation and nutrient systems, firmware connectivity, and enclosure. Functional modules were prototyped and tested through plant-growth trials.

Outcome

Delivered a validated IoT-enabled growing system that automatically regulates environmental conditions and gave the client a functional platform for further product development and market validation.

Challenge

Integrate comfort, adjustability, compact packaging, and structural reliability into a manufacturable chair capable of transitioning between seated and reclined positions.

What we did

Developed the load-bearing frame, enclosure components, and synchronized unfolding mechanism. Kinematic and force simulations guided the actuator configuration, component geometry, ergonomics, and prototype development.

Outcome

Delivered and validated a functional load frame and key enclosure models that met safety, reliability, and production-cost requirements while reducing the tooling needed for initial manufacturing.

Challenge

Develop a high-capacity vacuum system for combustible sugar dust that could maintain reliable airflow while meeting strict explosion-protection, structural-safety, and industrial-maintenance requirements.

What we did

Designed the filtration system, separator, blower configuration, controls, and service platform. CFD and structural simulations informed airflow performance, component selection, and resistance to internal explosion loads.

Outcome

Delivered a manufacturing-ready, ATEX-aligned system with antistatic filtration, explosion-protected electronics, accessible maintenance features, and complete engineering documentation.

Challenge

Create a compact surgical training platform that could reproduce the movement, resistance, and tactile feedback of real laparoscopic instruments while accurately tracking multiple interacting mechanisms.

What we did

Developed the mechanical architecture, electronics, embedded software, and motion-tracking system. Iterative prototypes and surgeon testing helped translate subjective physical feedback into measurable engineering requirements.

Outcome

Delivered a functional laparoscopic simulation platform with realistic instrument movement and haptic feedback, ready for further software integration and validation across additional surgical procedures.

Challenge

Turn a theoretical locomotion and compensation mechanism into a compact, manufacturable robotic system while preserving the stability, smooth motion, and stair-climbing behavior established through simulation.

What we did

Developed and simulated the locomotion mechanism, including custom elliptical gears, then redesigned the drivetrain around higher-power motors. We engineered the robot’s mechanical architecture, manufactured the components, assembled a working prototype, and developed its control system.

Outcome

Delivered a manufactured robot prototype supported by validated kinematic parameters, custom locomotion components, industrial design, 3D models, and updated engineering documentation, ready for electronics integration and further testing.

Challenge

Develop a public-space system that could safely process individuals and groups while coordinating disinfection, access sensing, user guidance, monitoring, and maintenance functions.

What we did

Engineered the mechanical system, fluid delivery, sensors, control electronics, embedded software, displays, and web interface. Custom algorithms detected user flow and automatically adjusted the operating mode.

Outcome

Delivered a functional integrated system capable of guiding users, monitoring supplies, and switching automatically between individual and group operation in public environments.

Challenge

Develop an unattended drone station capable of supporting autonomous landing, charging, environmental protection, and reliable operation across a wide range of outdoor conditions.

What we did

Engineered the enclosure, automated hatch and landing mechanisms, charging and battery-management systems, control electronics, communications, HVAC, and weather-station integration. Prototypes were refined through field and validation testing.

Outcome

Delivered a field-tested autonomous station integrated with the client's drone and telecommunications systems, with production-oriented design updates and documentation for future batch manufacturing.

Challenge

Create a compact indoor growing system that could automate plant care while remaining energy-efficient, intuitive to use, and easy for consumers to maintain.

What we did

Developed the product architecture, custom electronics, sensor network, lighting controls, irrigation and nutrient systems, firmware connectivity, and enclosure. Functional modules were prototyped and tested through plant-growth trials.

Outcome

Delivered a validated IoT-enabled growing system that automatically regulates environmental conditions and gave the client a functional platform for further product development and market validation.

Challenge

Integrate comfort, adjustability, compact packaging, and structural reliability into a manufacturable chair capable of transitioning between seated and reclined positions.

What we did

Developed the load-bearing frame, enclosure components, and synchronized unfolding mechanism. Kinematic and force simulations guided the actuator configuration, component geometry, ergonomics, and prototype development.

Outcome

Delivered and validated a functional load frame and key enclosure models that met safety, reliability, and production-cost requirements while reducing the tooling needed for initial manufacturing.

Challenge

Create a compact indoor growing system that could automate plant care while remaining energy-efficient, intuitive to use, and easy for consumers to maintain.

What we did

Developed the product architecture, custom electronics, sensor network, lighting controls, irrigation and nutrient systems, firmware connectivity, and enclosure. Functional modules were prototyped and tested through plant-growth trials.

Outcome

Delivered a validated IoT-enabled growing system that automatically regulates environmental conditions and gave the client a functional platform for further product development and market validation.

Challenge

Create a compact connected pourer capable of accurately tracking beverage dispensing while fitting multiple bottle types and supporting reliable use in consumer and commercial environments.

What we did

Developed the flow-sensing system, custom electronics, BLE and NFC connectivity, embedded firmware, cloud integration, enclosure, and injection-molded components. The product architecture was later adapted for commercial use cases.

Outcome

Delivered a functional connected dispensing platform that combined accurate liquid measurement, bottle identification, usage tracking, and a manufacturable mechanical design.

Challenge

Create a compact indoor growing system that could automate plant care while remaining energy-efficient, intuitive to use, and easy for consumers to maintain.

What we did

Developed the product architecture, custom electronics, sensor network, lighting controls, irrigation and nutrient systems, firmware connectivity, and enclosure. Functional modules were prototyped and tested through plant-growth trials.

Outcome

Delivered a validated IoT-enabled growing system that automatically regulates environmental conditions and gave the client a functional platform for further product development and market validation.

Challenge

Create a compact connected pourer capable of accurately tracking beverage dispensing while fitting multiple bottle types and supporting reliable use in consumer and commercial environments.

What we did

Developed the flow-sensing system, custom electronics, BLE and NFC connectivity, embedded firmware, cloud integration, enclosure, and injection-molded components. The product architecture was later adapted for commercial use cases.

Outcome

Delivered a functional connected dispensing platform that combined accurate liquid measurement, bottle identification, usage tracking, and a manufacturable mechanical design.

Challenge

Integrate comfort, adjustability, compact packaging, and structural reliability into a manufacturable chair capable of transitioning between seated and reclined positions.

What we did

Developed the load-bearing frame, enclosure components, and synchronized unfolding mechanism. Kinematic and force simulations guided the actuator configuration, component geometry, ergonomics, and prototype development.

Outcome

Delivered and validated a functional load frame and key enclosure models that met safety, reliability, and production-cost requirements while reducing the tooling needed for initial manufacturing.

Challenge

Develop a high-capacity vacuum system for combustible sugar dust that could maintain reliable airflow while meeting strict explosion-protection, structural-safety, and industrial-maintenance requirements.

What we did

Designed the filtration system, separator, blower configuration, controls, and service platform. CFD and structural simulations informed airflow performance, component selection, and resistance to internal explosion loads.

Outcome

Delivered a manufacturing-ready, ATEX-aligned system with antistatic filtration, explosion-protected electronics, accessible maintenance features, and complete engineering documentation.

Challenge

Create a compact indoor growing system that could automate plant care while remaining energy-efficient, intuitive to use, and easy for consumers to maintain.

What we did

Developed the product architecture, custom electronics, sensor network, lighting controls, irrigation and nutrient systems, firmware connectivity, and enclosure. Functional modules were prototyped and tested through plant-growth trials.

Outcome

Delivered a validated IoT-enabled growing system that automatically regulates environmental conditions and gave the client a functional platform for further product development and market validation.

Challenge

Integrate comfort, adjustability, compact packaging, and structural reliability into a manufacturable chair capable of transitioning between seated and reclined positions.

What we did

Developed the load-bearing frame, enclosure components, and synchronized unfolding mechanism. Kinematic and force simulations guided the actuator configuration, component geometry, ergonomics, and prototype development.

Outcome

Delivered and validated a functional load frame and key enclosure models that met safety, reliability, and production-cost requirements while reducing the tooling needed for initial manufacturing.

Challenge

Integrate comfort, adjustability, compact packaging, and structural reliability into a manufacturable chair capable of transitioning between seated and reclined positions.

What we did

Developed the load-bearing frame, enclosure components, and synchronized unfolding mechanism. Kinematic and force simulations guided the actuator configuration, component geometry, ergonomics, and prototype development.

Outcome

Delivered and validated a functional load frame and key enclosure models that met safety, reliability, and production-cost requirements while reducing the tooling needed for initial manufacturing.

Challenge

Develop a high-capacity vacuum system for combustible sugar dust that could maintain reliable airflow while meeting strict explosion-protection, structural-safety, and industrial-maintenance requirements.

What we did

Designed the filtration system, separator, blower configuration, controls, and service platform. CFD and structural simulations informed airflow performance, component selection, and resistance to internal explosion loads.

Outcome

Delivered a manufacturing-ready, ATEX-aligned system with antistatic filtration, explosion-protected electronics, accessible maintenance features, and complete engineering documentation.