Advanced Manufacturing

Where engineering becomes competitive advantage.

Advanced manufacturing is dependent on specialist engineering talent – that is increasingly difficult to find. Spanning production lines from semiconductors and energy technology to aerospace and robotics. We work across all connected markets, giving our clients access to the technical experts powering modern manufacturing.

One ecosystem. Multiple specialist markets.

Our specialty across the entire production chain allows us to predict challenges and factor them into strategic placement recommendations.

Aerospace and defense programs are defined by precision and compliance. We operate in the specialist end of this market, where expertise can determine whether a program advances or stalls. The focus is on people who understand complex technical environments and can perform where standards are absolute.

Environmental Engineering

Systems Engineering

Mechanical Design

Program Management

Manufacturing Engineering

Quality Assurance

Advanced automotive manufacturing is being reshaped by electrification and new production technologies. The challenge is no longer simply building vehicles at scale, but integrating complex software-led systems into reliable platforms. We approach this as part of the wider advanced manufacturing ecosystem, where skills move between energy technology, power electronics, controls, and high-performance engineering.

Battery Engineering

Power Electronics

Vehicle Systems

Manufacturing Engineering

Functional Safety

Validation

Chip fabrication, printed circuit boards, sensors, microelectronics: the foundation of nearly every modern technology. We partner with semiconductor and electronics firms to source both design and production specialists. This particular subsector is in dramatic demand and short supply so careful relationship building and talent mapping is key.

Process Engineering

Device Engineering

Yield Engineering

Equipment Engineering

PCB Design

Semiconductor Manufacturing

This is where the energy transition becomes physical. Grid equipment must be manufactured, batteries must perform at scale, and nuclear or turbine components must withstand decades of demanding operation. Our understanding of the relationship between the OEM building the technology and the owner-operator deploying it, gives us a stronger view of the talent required to meet project deadlines.

Battery Engineering

Gas Turbine Engineering

Grid Equipment

Mechanical Design

Power Systems

Nuclear Components

The value of automation is proven on the production floor, not in the concept model. Controls architecture, PLC programming, machine vision, and systems integration must all work together under real operating conditions. We have a unique offering built around the engineers who can take a system beyond design and make them perform reliably in practice.

Controls Engineering

PLC Programming

Robotics

Machine Vision

Systems Integration

Industrial Automation

Deep specialization defines this market. The engineers working on gas turbines, compressors, pumps, and rotating equipment often build their expertise over decades, making the strongest talent both scarce and difficult to reach. We are well established across power generation and specialist mechanical products, meaning we can give credibility to candidates within a field where technical understanding cannot be improvised.

Aerodynamics

Rotordynamics

Mechanical Design

Turbine Engineering

Rotating Equipment

Performance Engineering

Industry participation