Landscape

Pains

Gains

Semiconductor PLM and MES for the UK

Precision at scale — maximising yield in the world's most demanding manufacturing environment

Semiconductor manufacturing operates at tolerances measured in nanometres, where a contamination event can destroy millions of pounds in product. We help fabs facilities optimise yield, reduce cycle times, and build the digital infrastructure needed to compete in a capacity-constrained market.

The Semiconductor Landscape

3-5%

Yield Improvements

Through advanced process control and integrated system connectivity

30%

Less Downtime

Through planned and preventative maintenance activities

25%

Faster Ramp-Up

Reduction in process and production ramp-up time when using pre-integrated partner solutions

Pains Holding You Back

The industry's combination of extreme precision, massive capital investment, and relentless technology evolution creates unique pressures.

Yield Loss & Defect Detection

Identifying and eliminating yield-limiting defects across increasingly complex process flows with hundreds of steps and shrinking feature sizes.

⚠️ A 1% yield improvement in a modern fab can be worth £50M+ annually

Equipment Effectiveness

Maximising OEE across fleets of tools costing £10-50M each, where unplanned downtime directly impacts wafer output and revenue.

⚠️ A single advanced lithography tool generates £100K+ revenue per day

Process Complexity

Managing hundreds of process steps with tight specifications, where interactions between steps create compounding variation that's difficult to diagnose.

⚠️ Leading-edge processes now exceed 1,000 individual steps

Talent Scarcity

Competing for a limited pool of process engineers, data scientists, and equipment specialists in a sector where domain expertise takes years to develop.

⚠️ Global semiconductor workforce gap estimated at 1M+ by 2030

Data Volume & Integration

Processing terabytes of metrology, process, and equipment data daily while connecting disparate systems from multiple equipment vendors.

⚠️ A modern fab generates 5-10TB of process data per day

Supply Chain Vulnerability

Managing complex global supply chains for speciality chemicals, gases, substrates, and components with long lead times and limited sources.

⚠️ Critical material shortages can halt production for weeks

Nano-Scale Transformation

Ramp-up from 1,000 to 100,000 units in under 12 months

Implemented comprehensive Manufacturing Discovery Program addressing systemic Product, Process and Production inefficiencies. Achieved 90% yield, 100% stakeholder collaboration, and implementation of a structured methodology Process FMEA.

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Gains You Make With Us

Practical solutions for organisations where nanometres matter and minutes of downtime cost millions.

Industry 4.0

Advanced Process Control

Implement run-to-run and fault detection & classification systems that maintain tighter process windows and catch excursions before they impact yield.

Run-to-run control optimisation
Fault detection & classification (FDC)
SPC & process capability analysis

Reduced Downtime

Predictive Maintenance

Move from reactive to predictive maintenance using condition monitoring, analytics, and AI to prevent failures before they happen.

Equipment health monitoring
Predictive maintenance models
Spare parts optimisation

Better Products

Yield Analytics & Management

End-to-end yield management systems that correlate process, metrology, and test data to rapidly identify and resolve yield-limiting mechanisms.

Wafer-level yield mapping
CAPA management systems
Defect Pareto & root cause analysis

Consistent Processes

Fab Data Infrastructure

Build the integrated data platform that connects your MES, equipment, metrology, and test systems into a single analytical environment.

SEMI integration (SECS/GEM, EDA)
Data lake architecture
Real-time dashboarding

More Units Per Hour

Cycle Time Reduction

Optimise WIP flow, reduce queue times, and improve scheduling to get wafers through the fab faster without compromising quality.

WIP flow optimisation
Bottleneck identification
Lot prioritisation systems

Site Visibility

Quality & Compliance

Roll out consistent processes, KPIs, and digital solutions across all your manufacturing sites for better product quality.

Traceability & lot genealogy
Customer audit preparation
FMEA & control plan management

FAQs

Common questions UK semiconductor manufacturers ask about working with TJ Digital Systems

Do you work with UK semiconductor manufacturers?

Yes - we work with UK semiconductor operators on the manufacturing systems side: PLM (via CIM Database from CONTACT Software), MES, quality systems and manufacturing assessment. We focus on general manufacturing infrastructure, not on cleanroom-specific equipment integration such as SECS/GEM. For specialist fab equipment integration we partner with sector specialists.

Can the UK still build a competitive semiconductor manufacturing base?

Yes, particularly in compound semiconductors, photonics and specialist analog or mixed-signal where the UK has historic strength. Centres like the Compound Semiconductor Applications Catapult in Newport and the photonics cluster around Cambridge and Glasgow show that the UK is competitive in the segments where it specialises.

What does TJ Digital Systems bring to UK semiconductor manufacturers?

We bring the manufacturing systems layer: PLM for product and process documentation, MES for production tracking, quality systems and a manufacturing assessment approach that finds the highest-impact improvements quickly. We pair our hands-on UK manufacturing engineering experience with CONTACT Software’s PLM platform.

Where does TJ Digital Systems’ expertise end in semiconductor manufacturing?

We are upfront: we know general manufacturing systems and processes. We are not a specialist fab consultancy and we do not do photolithography or SEMI-specific equipment integration as a primary offering. Many of our UK semiconductor clients use us for the systems layer alongside specialist partners for the cleanroom side.