About

SIS is structured as a deep-tech advisory institution — combining governance, engineering depth, and applied research.

Semiconductor Integrity Solutions

Semiconductor Integrity Solutions (SIS) was founded to address a structural gap in advanced semiconductor engineering: the need for strategic technical leadership that bridges architectural vision, verification rigor, and long-term reliability governance.

As system complexity increases — through heterogeneous integration, 3DIC architectures, advanced memory technologies, and AI-augmented workflows — technical depth alone is no longer sufficient. Sustainable innovation requires structured decision frameworks, methodological coherence, and cross-layer architectural oversight.

SIS operates at this intersection.

Mission

To architect reliable semiconductor systems — from standards to silicon — through structured technical governance, advanced verification and test methodologies, and applied research-driven innovation.

Positioning

SIS is not structured as a conventional consulting firm focused on short-term operational optimization.

It operates as a strategic technical partner within complex semiconductor ecosystems, addressing structural coherence across verification, test, reliability, and architectural governance.

Rather than delivering isolated recommendations, SIS intervenes at the architectural level — aligning engineering methodologies, decision frameworks, and organizational execution with long-term technological integrity.

Its engagements typically involve:

  • ▹ Executive-level architectural arbitration
  • ▹ Advanced DFT, verification, and system-level test strategy
  • ▹ Reliability and lifecycle integrity modeling
  • ▹ Research-informed methodological transformation

The objective is not incremental adjustment, but sustained structural robustness across engineering environments.

Founder

Dr. Slimane Boutobza, PhD (INPG Polytechnical Institute), MBA (Sorbonne University)

— 25+ years of industry leadership, 5 years of laboratory research.

His career has been built at the intersection of deep technical architecture and strategic R&D governance. He operates as a principal architect and strategic technical lead, aligning complex semiconductor engineering systems with long-term structural integrity.

He has led global engineering organizations at Cadence and Synopsys, managing multi-site teams across Europe, the United States, and India, and architected and delivered complex validation and test infrastructures including:

  • ● Hierarchical Test architectures and IEEE 1838 / 1687 methodologies
  • ● System-Level Test and 3DIC test solutions
  • ● MaxTestBench (Synopsys) — global DFT/FV validation platform
  • ● Intelligent Test Interface (Cadence) — hardware–software integration platform
  • ● Memory Test & Repair standards (IEEE CTL 1450.6.2, co-founder)

His technical expertise spans semiconductor test and reliability (DFT, ATPG, SLT, 3DIC), verification of DFT IPs (SystemVerilog/UVM), advanced non-volatile memories (MRAM, FeRAM, RRAM), fault modeling, BIST/BISR architectures, AI-driven test optimization, and EDA methodology automation.

He conducted research at TIMA Laboratory (INPG) and led European innovation programs at IRoC Technologies (MEDEA TECHNODAT, FRACTURE), contributing to IEEE standards and supervising graduate research.

Through SIS, Dr. Boutobza brings together industry-scale execution and applied research to provide structured architectural leadership in complex semiconductor environments.

Engineering Philosophy

SIS engagements are guided by three strategic principles:

  • Foresight before acceleration —long-term system coherence and anticipation of architectural complexity (3DIC, advanced memory, AI-driven systems) precede short-term optimization and reactive decision-making.
  • Methodology before scale —robust verification, test, and reliability frameworks must be strategically structured before organizational expansion.
  • Integrity before growth —reliability, traceability, and validation rigor anchor sustainable and strategically resilient technological evolution.

Institutional Engagement

SIS operates within a broader semiconductor innovation ecosystem spanning industry, research institutions, and standards bodies.

Its engagement model includes:

  • ▹ Collaboration with semiconductor companies and advanced R&D organizations
  • ▹ Partnership with research centers and academic laboratories
  • ▹ Contribution to standards initiatives and technical working groups
  • ▹ Participation in publicly funded innovation programs and cross-institutional research consortia

Through these engagements, SIS reinforces the alignment between industrial execution, methodological advancement, and long-term technological resilience.

Closing Statement

SIS exists to strengthen the structural integrity of semiconductor engineering — ensuring that semiconductor systems are architecturally coherent, verifiable, and reliable, from standards to silicon.

Connect with SIS

For strategic technical leadership, due diligence, research collaboration, or executive technical programs.

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