Electronics & Semiconductors.
Design, validate, and industrialize electronic products faster – from first concept to mass production – with simulation, data, and AI.
Maya HTT helps electronics and semiconductor teams tackle thermal, mechanical, electrical, and data challenges across the full product lifecycle. From advanced IC packaging to complex PCB systems, we connect your tools, your data, and your people to accelerate innovation.
End-to-end electronics expertise
Electronics programs rarely fail because of one tool – they fail at the seams: between ECAD and MCAD, between engineering and manufacturing, between simulation and test.
Maya HTT brings deep expertise across the entire electronics value chain, including:
- IC, PCB and Electronic System Design – rigid, flex, rigid-flex, HDI, power electronics, and advanced semiconductor packaging (including chiplets and heterogeneous integration).
- Multiphysics simulation – thermal, structural, vibration and CFD for boards, enclosures, and systems
- Digital thread and PLM for electronics – configuration management, component libraries, and supplier collaboration based on platforms such as Teamcenter
- Industrial data and AI – connecting design, test, and manufacturing data to detect issues earlier, improve yield, and optimize performance
- Custom software and SDKs – engineering tool development, integration, and automation tailored to electronics workflows
Governing your electronics data & digital thread
Electronics generates massive volumes of data: ECAD projects, simulation results, test benches, manufacturing data, and supplier information. Without strong data governance, that data becomes a liability instead of an asset.
Maya HTT helps you make everything easier with cross-domain data access in one single environment:
- Build a component and PCB library strategy – organize, classify, and govern parts, footprints, and PCB variants; implement reuse and approval workflows in PLM systems such as Teamcenter
- Create a digital thread for electronics – connect requirements, design, simulation, test, and manufacturing data so you can trace decisions and changes across the lifecycle
- Enable secure collaboration – Streamline supplier and vendor collaboration. Share approved data with suppliers, EMS partners, and customers while protecting IP
- Put data quality controls in place – define ownership, validation rules, and processes that keep ECAD/MCAD, BoMs, and manufacturing data aligned. Gain insights into quality, reliability, sustainability, materials management, and manufacturing
The result: fewer surprises late in the process, easier compliance, and a foundation ready for AI and advanced analytics.
Engineering services for electronic products
Optimizing your workflows shouldn’t require a complete overhaul. Our electronics-focused engineering services help you get more from your existing tools while de-risking your roadmap.
We can help you implement best-in-class engineering, ECAD–MCAD, and multi-BOM collaboration processes and workflows to increase efficiency – do more with less:
- Design and validate complex boards and packages – set up robust PCB workflows that include thermal and structural analysis, design rule checks, and manufacturability validation before release
- Bridge ECAD, MCAD, and CAE – integrate ECAD and mechanical design so teams can collaborate on geometry, placement, clearance, and packaging constraints earlier in the process
- Automate repetitive work – script and automate simulation setup, post-processing, and report generation to free engineers for higher-value tasks
- Industrialize and scale workflows – standardize methods and best practices across teams and sites, including semiconductor and electronics manufacturing workflows
Whether you are launching a new product line, deploying model-based systems engineering, or modernizing an established design flow, our team can support you from feasibility studies to production rollout.
AI applied to electronics & semiconductors
AI in electronics is most valuable when it’s grounded in engineering reality and good data. Maya HTT applies industrial AI to your electronics data – from design and simulation to test and manufacturing – to support better decisions.
With Maya HTT’s industrial AI expertise, you can:
- Build a solid AI foundation – Strengthen data pipelines, governance, and ML-Ops so AI solutions remain explainable, maintainable, and integrated with your existing electronics workflows.
- Detect issues earlier – apply anomaly detection to test and manufacturing data to catch reliability or yield problems before they become field failures
- Optimize production and quality – combine equipment, process, and test data to reduce scrap, shorten ramp-up, and improve first-pass yield
- Bring private LLM copilots into your design tools– Deploy private large-language model assistants such as our M-Bot, trained on your own engineering documentation and electronics data. Enable engineers to query information in natural language, navigate methods and procedures, and draft scripts or reports – all while keeping IP, access control, and security under your governance.
Connecting the tools you already use
Your teams rely on a rich software ecosystem, and we help you connect and extend it.
Maya HTT works with a broad range of platforms, including:
- Siemens Xcelerator portfolio such as Simcenter 3D, NX, and Teamcenter for simulation, design, and PLM
- ECAD–MCAD collaboration solutions such as PCB Exchange and related integration tools for major ECAD systems
- Industrial IoT, analytics, and AI platforms for collecting, managing, and analyzing electronics manufacturing and test data
- Custom software and SDKs developed by Maya HTT to bridge gaps, expose APIs, or build tailored visualization and automation tools
We can help you define your target architecture, design integrations, and implement the workflows that deliver value quickly.
Frequently asked questions
How can Maya HTT help electronics and semiconductor companies design and validate products faster?
Maya HTT helps electronics and semiconductor teams design, validate, and industrialize products from concept to mass production using simulation, data, and AI. The page specifically highlights support for thermal, mechanical, electrical, and data challenges across the full product lifecycle, including advanced IC packaging and complex PCB systems.
What electronics design and simulation services does Maya HTT provide?
Maya HTT provides expertise across IC, PCB, and electronic system design, including rigid, flex, rigid-flex, HDI, power electronics, advanced semiconductor packaging, chiplets, and heterogeneous integration. Its simulation capabilities include thermal, structural, vibration, and CFD analysis for boards, enclosures, and systems.
Can Maya HTT help connect ECAD, MCAD, CAE, and PLM workflows for electronics teams?
Yes. Maya HTT helps bridge ECAD, MCAD, and CAE workflows so teams can collaborate earlier on geometry, component placement, clearance, and packaging constraints. The page also highlights digital thread and PLM capabilities for electronics, including configuration management, component libraries, supplier collaboration, and platforms such as Teamcenter.
How does Maya HTT support electronics data governance and digital thread initiatives?
Maya HTT helps electronics organizations create a governed digital thread by connecting requirements, design, simulation, test, and manufacturing data. Its services include component and PCB library strategy, reuse and approval workflows, secure supplier and vendor collaboration, data quality controls, ECAD/MCAD alignment, BoM alignment, and manufacturing data governance.
How can Maya HTT apply AI to electronics and semiconductor engineering?
Maya HTT applies industrial AI to electronics data from design, simulation, test, and manufacturing. The page lists AI use cases such as strengthening data pipelines and ML-Ops, detecting reliability or yield problems earlier with anomaly detection, optimizing production quality, reducing scrap, improving first-pass yield, and deploying private LLM copilots such as M-Bot for engineering documentation and electronics data.