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The Interconnection Group was formed in 1989, it nucleated around work in the control of adhesive dispensing for surface mount assembly and the generation of a concurrent process and product design tool for reflow soldering. Since then we have concentrated on the mechanical and manufacturing engineering issues associated with electronic products, drawing on the skills of electronics engineers, physicists, materials scientists and chemists.

Adhesives and solders have remained a major theme of the group over the years. Our work in adhesives has turned to understanding anisotropic adhesives in flip chip applications following work in isotropic die attach adhesives. Work in solders has now also moved towards both novel and low cost flip chip but we remain very involved in the construction of new generation reflow machines and alternative soldering machines building on our skills in control and instrumentation.

More recently our work has begun to seriously explore the issues associated with rework, substrate choice and packaging design - all in the context of steadily reducing dimensions. This work is soundly grounded in the materials, computational modelling and experimental skills grown over the years.



e-medic
e-medic seeks to explore the technological and business potential of integrating advanced electronics and information technologies with improved drug formulations into non-invasive drug delivery devices, and their exploitation to maximum benefit in healthcare. A platform device is researched based upon a pulmonary delivery system that is flexible, programmable, and potentially will provide remote patient monitoring through a distributed healthcare information system.

Droplet Welding
This project focuses on the development of a lead-free joining technology using metal droplets. Technological developments must not overlook environmental health and safety concerns. Traditional joining methods have often used solders of Pb-Sn composition, which are now intended to be phased out. Thus, novel processing methods must be sought to overcome this problem and provide a cleaner more effective solution.