About us

The Advanced Manufacturing Research Group AMRG is part of the Future Manufacturing Research Centre within the School of Engineering. The group currently has 14 full time academics (based at both Edgbaston and Dubai campus), with activities/interests covering six main research themes, i.e. Additive and Hybrid Manufacturing, Industrial Photonics, Advanced Machining, Digital Manufacturing, Mechanics & Materials and Biomanufacturing.

The overarching objectives of the group are to leverage the expertise of academics within the School of Engineering and collaboratively work with other Schools; actively promote the University's research agenda and align it with the interests of key stakeholders such as government officials, policy makers, industry leaders, and research councils; strengthen and building upon existing manufacturing research areas, expand research through academic leadership, cultivate industry informed research, and ultimately driving and delivering on a research agenda addressing national and international challenges.

The AMRG has been working on developing sustainable and cost effective manufacturing routes and solutions for the UK aerospace, defence, biomedical and automotive industries. We are collaborating with key industrial leaders such as Rolls-Royce, BAE Systems, ESA. GKN and Safran Group with the shared goal of enhancing the manufacturing sector and fostering economic growth in both the United Kingdom and the European Union. The group has actively championed Small to Medium Enterprises by leveraging substantial ERDF funding initiatives, thereby facilitating the introduction of innovative products and new businesses to the UK market.

Facilities

Hybrid and Additive Manufacturing

 

Hybrid additive-subtractive system

Hybrid additive-subtractive system

A Meal binder jetting system A technician using a Meal binder jetting system
Meal binder jetting system
Technicians using Ceramic 3D printing facilities Ceramic 3D printing machinery
Ceramic 3D printing facilities
 Incremental Sheet Forming (ISF) facilities
Incremental Sheet Forming (ISF) facilities
A technician using laser 3D scanning and material characterisation facilities
A technician using a Laser 3D scanning and material characterisation facilities
Laser 3D scanning and material characterisation facilities

Industrial Photonics

 

An optical metrology & surface roughness measurement tool An optical 3D metrology & surface roughness measurement tool
Optical 3D metrology & surface roughness measurements

 

 

Advanced Machining

 

Micro EDM facilities
Micro EDM facilities
Micro EDM facilities
A technician using a multi-axis-machine
A technician using a multi-axis-machine
Multi-axis Machining centres
The DMG Mori Ultrasonic machining centre
DMG Mori Ultrasonic machining centre

 

Digital Manufacturing

 

Graphic outputs of the Crystal Plasticity Finite Element Modelling


Crystal Plasticity Finite Element Modelling

Finite Element Modelling of Hot Isostatic Processing thermal image

Finite Element Modelling of Hot Isostatic Processing
Graphical representation of CFD optimisation for space thrusters and automotive catalysts


CFD optimisation for space thrusters and automotive catalysts

 

Thermal graphic output of the Finite Element Modelling of additive manufacturing using element birth method

Finite Element Modelling of additive manufacturing using element birth method

 

Mechanics & Materials

 

Mechanical testing facilities for Quasi-static, Medium-rate dynamic: and High-speed impact

Mechanical testing facilities for Quasi-static, Medium-rate dynamic: and High-speed impact

 

An ultra high speed imaging thermal camera

Imaging facilities that include ultra-high speed and infrared thermal cameras

 

Biomanufacturing

 

4D printing of bio-inspired structures
4D printing of bio-inspired structures
4D printing of bio-inspired structures
4D Printing of Origami Structures for Minimally Invasive Surgeries

4D Printing of Origami Structures for Minimally Invasive Surgeries