Engineering Intelligence Through Advanced Sensor Solutions
About
our company
At Mepotech, we deliver cutting-edge hardware engineering and consulting services with extensive expertise in the full development lifecycle of electronic products, we specialize in creating robust, compliant solutions for regulated industries such as marine, aviation, military, and data centers.
Our team brings a wealth of experience in hardware design, project management, and regulatory compliance, supported by a skilled team of collaborative engineers. Together, we excel in developing innovative technologies, including advanced digital core components, ruggedized touch displays, ultra-high-power light sources, and wireless communication systems. Recent projects include pioneering Rear Door Heat Exchangers (RDHx) for data centers, optimizing thermal and fluid dynamics for energy efficiency and high system uptime.
Consultancy Services
Expert Hardware Development Consultancy for High-Reliability & Regulated
Industries
Expert Consultancy for High-Reliability & Regulated Industries – RDHx
Data-Center Cooling
Featured Products
Moisture measurement in timber structures and buildings using the H-SENS2134 to prevent mold.
CO sensor for monitoring garages and road tunnels with the G-SENS 2214 to ensure safety
Monitor HVAC airflow with the F-SENS 1124 using patented, reliable, and robust ultrasonic principles.
Referencer / Cases
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Senior Hardware Development for Marine Control Systems Developed hardware electronics and mechanical design (via subcontractor) for a rugged marine operator panel with waterproof touch LCD, operable with gloves/water spill), waterproof speakers/microphone, LED alarm indicators, and tactile configurable buttons. Integrated dual redundant RS-485/Ethernet daisy-chain networks, cyber security (TPM), low-power ARM processor, meeting IEC 60945/IACS E10 standards for bridge alert management and automation.
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Design Verification for Commersial Aviation Satelite Communication System Managed the verification and testing process for the electronics of a compact satellite data unit (SDU) in next-generation aviation satcom systems. Focused on ensuring ARINC 781-compliant domain segregation for secure ACARS/IP data transmission and multiple voice channels over dual SwiftBroadband links. Led qualification efforts with regulatory authorities, validating network isolation between safety (ATC/AOC) and non-safety (PIES) domains, low-power 2 MCU design, and integration with onboard systems for enhanced operational efficiency and FANS 1/A compliance.
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Design and Verification of Military high-performance illuminators suitable for any mission - whether on land, at sea, on mobile or on static platforms. Developed and designed a compact, modular multispectral illumination system for integration with remote weapon stations, featuring high-intensity visible, NIR and SWIR light sources (white spot lasers, IR flood/spot LEDs, 532 nm green laser dazzler, plus out-of-band 1064/1550 nm options). Delivered SWAP-optimized design with RS422/Ethernet interface, non-lethal escalation-of-force capability, and enhanced EO/IR sensor performance. Led full system verification, testing, and qualification processes with regulatory authorities to ensure compliance and operational reliability for defense applications.
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Lead Designer & Commissioning Engineer for Large-Scale RDHx Liquid Cooling System Designed a high-density liquid cooling architecture utilizing Rear Door Heat Exchangers (RDHx) tailored for demanding High-Performance Computing environments. Led the technical concept development and was responsible for successful on-site commissioning and system startup, ensuring optimal thermal performance, energy efficiency, and reliable operation under extreme computational loads while enabling future-proof scalability