About

At Micro Digital Electronics Corp, our mission is to deliver high-precision, regulation-aligned engineering solutions in electronics R&D, embedded systems, power electronics, and industrial automation. We combine advanced technical methodologies with hands-on engineering execution to support projects across the full hardware lifecycle — from feasibility studies and prototyping to validated deployment and industrial integration.

We place strong emphasis on measurement integrity, system-level validation, and compliance discipline to ensure that every project meets applicable technical and regulatory standards. Our team works in alignment with relevant frameworks such as EMC, RoHS, GDPR, export control requirements, and other international norms, providing clients with clear documentation, traceability, and legal transparency.

Our approach is structured around the following principles:

Custom engineering development — tailored electronic and electromechanical solutions aligned with specific technical constraints, operational environments, and business objectives.

Lawful reverse engineering — structured analysis, recovery, modernization, and reimplementation of legacy or undocumented systems in full compliance with intellectual property and regulatory boundaries.

Technical advisory & lifecycle support — engineering guidance from concept definition and feasibility analysis through validation, scaling, and long-term system optimization.

Advanced technology integration — FPGA development, power electronics architectures, IoT/IIoT platforms, digital simulation environments, and embedded software engineering for robust, scalable systems.

Confidentiality & IP protection — strict NDA discipline, protection of intellectual property, data security practices, and adherence to export and compliance requirements.

We build long-term partnerships grounded in technical credibility, transparency, and measurable results. Our objective is to enable resilient, compliant, and scalable engineering solutions in complex technological environments.

Our team brings over 20 years of cumulative experience in complex embedded systems development, electronics R&D, and industrial automation engineering.

Senior engineers provide deep hands-on expertise in STM32 and TMS320 architectures, FPGA design, low-level firmware development, IoT/IIoT integration, signal integrity analysis, and high-frequency testing environments.

Our engineering activities are supported by a laboratory environment equipped for non-destructive diagnostics (NDT), thermal analysis, EMC pre-compliance evaluation, and rapid prototyping — enabling controlled validation and iterative hardware refinement.

We actively use advanced engineering workflows and toolchains, including professional EDA platforms (Electronic Design Automation), thermal and electromagnetic simulations, digital modeling environments, and structured process optimization methodologies such as Lean and Six Sigma principles.

The team has practical experience with both legacy industrial platforms and modern automation architectures, allowing execution of projects with diverse technological stacks and complex compliance requirements.

We position ourselves as a technically disciplined engineering partner — focused on measurable validation, regulatory alignment, and scalable system architecture rather than conceptual claims.

Our clients choose us for disciplined execution, technical accountability, and measurable engineering outcomes.

A demonstrated ability to deliver complex hardware and embedded projects across industrial, automotive, medical, and regulated environments — with emphasis on reliability, compliance, and documented validation.

Strict adherence to intellectual property protection, contractual confidentiality, export control awareness, and structured data security practices — ensuring sensitive information and proprietary technologies remain protected.

A tailored engineering approach — solutions are aligned with clearly defined technical requirements, risk profiles, regulatory constraints, and business objectives.

Transparent communication and structured project governance — from technical scoping and feasibility analysis through validation, documentation, and handover.

A risk-aware execution model focused on controlled testing, traceability, and timeline discipline — reducing uncertainty while protecting client investments.

Our reputation is built not on claims, but on reproducible results, regulatory alignment, and long-term technical partnerships.

We collaborate with a wide spectrum of organizations, providing structured engineering services aligned with defined technical and regulatory requirements.

Startups and emerging technology companies that require disciplined R&D execution, feasibility validation, and accelerated prototype-to-market transitions.

Industrial manufacturers and corporate engineering teams seeking scalable, compliance-ready hardware solutions that support production stability and long-term operational reliability.

Research laboratories and applied engineering centers that require precise diagnostics, system-level analysis, reverse engineering, and technically documented results.

Organizations operating in sectors such as IoT, power electronics, automotive systems, industrial control, energy infrastructure, and smart manufacturing — where integration discipline and engineering rigor are critical.

We prioritize long-term technical partnerships based on transparency, traceability, and measurable engineering performance rather than short-term project turnover.