An exciting opportunity awaits in our dynamic Midlands Corporate Tax Advisory & Compliance team, based in either our thriving Birmingham or Nottingham offices. This role is your chance to make a tangible impact, advising a diverse portfolio of UK-headquartered businesses and international groups across a broad range of sectors...

KPMG’s Tax Technology & Innovation team comprises 160+ technologists providing technology enablement services and solutions across the tax & legal business.
The team is made up of product owners, business analysts, multi-disciplinary engineering teams and it service delivery professionals working on a large portfolio of systems used to improve productivity and solve key business problems across tax & legal.  
A key focus is working with KPMG’s Global Compliance & Transformation (‘GCT’) team is to grow our managed service business, helping multinational groups manage and transform their global tax and accounting compliance and reporting requirement across multiple operating regions. 
Leveraging award-winning technology, we enable our clients to utilise KPMG’s compliance and transformation expertise to drive better visibility, greater efficiency and improved risk management across their organisation and responsibilities. We are winning new clients and are growing our technology implementation team as a result of these successes. This is an exciting time to be part of the GCT technology implementation team at KPMG. 

As a member of the GBS team, you will be primarily focussed on working with clients in the public sector i.e. Central Government, Healthcare, Higher Education, Infrastructure, Local Government and Policing. You will be focused on the delivery of market leading GBS solutions to the public sector including GBS Strategy, Target Op Model design, GBS Transition/Implementation and Business Process Outsourcing advisory.

As a Technology M&A Manager in Deal Advisory, you’ll lead technology work across complex transactions and help clients make confident, value-focused decisions. You’ll shape insights across technology due diligence, integrations, separations and value creation, working directly with senior stakeholders throughout the deal lifecycle. The role offers broad exposure to technology strategy, applications, infrastructure, cloud, data, cyber and AI, with the opportunity to turn analysis into practical commercial outcomes. You’ll join a growing, multidisciplinary team where you can lead engagements, develop propositions and make a visible contribution to clients and the wider practice.

We are looking for early career Hybrid Platform Architects / Systems Engineers that are comfortable providing advice and delivering to senior client technologists across our whole client base but, in particular, this role will be aligned to our well-established National Security team.

National Security
The National Security sector is one of KPMG’s key priority sectors. We are growing our team to meet an ever-increasing demand for our market-leading services and are seeking expertise and experience to join us.

Enterprises, when starting on their modernisation journey, often imagine that they will simplify their environment. The reality for many, however, is that adoption of technologies such as cloud adds additional technologies and capabilities, drives divergence in operating models, often splits business processes across multiple tech stacks in different landing zones and, overall, adds significant complexity to the enterprise estate.

You must help make sense of this new complexity, and be able to tame it through judicious use of both old and new technologies coupled with “hybrid” processes that address the needs of both the legacy and the new platform environments. You will have knowledge of both the traditional enterprise landscape, as well as an appreciation of the major cloud platforms and the opportunities, capabilities and pitfalls they present. You will be responsible for helping KPMG to clarify client problems and assist the development of logical and implementable solutions to those problems through robust analysis.