Why Arisa Systems?

At Arisa Systems, our mission is to deliver practical, reliable, and engineering-driven solutions tailored for real-world industrial environments. We bridge the gap between deep-rooted hands-on experience in electronics and industrial automation through a systematic and precision-focused design methodology.

Our approach is designed to:

    • Minimize Project Risks: Through rigorous analysis and proven engineering frameworks.
    • Accelerate Time-to-Market: By optimizing execution speed without compromising quality.
    • Ensure Long-term Reliability: Making maintenance and scalability seamless for the years to come.

What Sets Us Apart?

    • Engineering-Centric, Not Template-Based: Every project is architected from the ground up based on its unique technical requirements and constraints, prioritizing engineering validation over generic marketing assumptions.
    • Industrial Reliability Built-in from Day One: We integrate EMI/EMC compliance, noise immunity, thermal behavior, and protective circuitry at the earliest design stages to ensure rock-solid performance in harsh environments.
    • From Concept to Deployed Systems (End-to-End): We are your partner for the entire lifecycle: Architecture → Schematics → PCB Layout → Prototyping → Testing → Optimization → Small-batch Production Support.
    • Monitoring & Control-Oriented (DCIM/Automation Mindset): We design solutions that are measurable and maintainable, featuring transparent data paths, logical alarm systems, and reliable service interfaces.
    • Vendor-Agnostic & Rapidly Adaptable: We remain independent of specific brands. Depending on your budget and availability, we utilize diverse platforms and components without locking you into a single supplier.
    • Professional Communication & NDA-Compliant Documentation: We provide transparent reporting while strictly upholding confidentiality. Detailed technical logs and project history are available under Non-Disclosure Agreements (NDA).

Founder’s Profile

With over 16 years of hands-on experience in industrial automation, electronic design, and critical infrastructure monitoring, I, Mohammadreza Abedini, have dedicated my professional career to bridging the gap between reliable hardware and intelligent software.

My expertise is rooted in solving complex engineering challenges within sensitive, high-risk environments—where stability, precision, and unwavering reliability are not just requirements, but the ultimate priority.

Core Areas of Expertise

1. Advanced Electronics & High-Speed PCB Design

    • Precision Instrumentation: Custom design of control circuits, gateways, and specialized sensors for environmental monitoring (Temperature, Humidity, etc.).
    • Complex Multi-layer PCBs: Expertise in high-frequency, multi-layer board design with a strict focus on Signal Integrity and reliability in harsh conditions.
    • Industrial Compliance: Extensive experience in EMI/EMC-aware design to ensure hardware resilience in high-interference industrial environments.

2. DCIM & Control Solutions (Carel Ecosystem)

    • Integrated Systems: End-to-end design of hardware controllers and environmental sensors, seamlessly integrated with Carel PLCs.
    • Software Development: Custom monitoring and control software aimed at optimizing Data Center Infrastructure Management (DCIM) and resource efficiency.

3. Industrial Automation & Monitoring (Schneider Electric)

    • Infrastructure Projects: Implementation of large-scale monitoring systems based on Schneider PLCs for critical city infrastructure and dam monitoring.
    • Operation & Maintenance (O&M): Over 5 years of specialized experience in the maintenance and troubleshooting of PLC systems, ensuring 24/7 operational uptime in the Oil & Gas sector.

Key Skills & Competencies

    • Hardware Engineering: Mastery of control circuitry, sensor gateways, and DFM (Design for Manufacturing) for industrial-grade PCBs.
    • Control Systems: Proficient in PLC programming (Ladder, ST) and SCADA/HMI development across multiple platforms (Carel, Schneider, etc.).
    • Systems Integration: Deep knowledge of industrial communication protocols to unify diverse equipment into a single monitoring ecosystem.
    • Resilience & Reliability: Focused on building ruggedized systems for extreme environments using rigorous EMI/EMC principles.

Education

    • M.Sc. in Electrical Engineering – Control Systems | Iran University of Science and Technology (IUST)
    • B.Sc. in Electrical Engineering – Electronics | Shahid Beheshti University (SBU)

An academic foundation focused on control theory and electronic design, providing the technical backbone for industrial DCIM and automation solutions.

Featured Projects

Due to Non-Disclosure Agreements (NDA), specific details are withheld; however, representative work includes:

    • Design & Deployment of PLC-based monitoring systems for Data Center critical infrastructure.
    • Implementation of large-scale monitoring and control systems for water infrastructure and dams.
    • Development of integrated sensor networks (Temp, Humidity, Leak, Gas, Power) for DCIM applications.
    • Custom Design of industrial-grade controllers and sensors for specialized data center use-cases.
    • High-Speed Multi-layer PCB Design for advanced control and monitoring units.
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