Course overview
Digital lending can reduce turnaround times, widen access to credit and lower cost per application, but poorly designed journeys can increase fraud, conduct risk, model error and arrears. Lending teams must connect customer experience, credit policy, data sources, decision engines, funding economics and regulatory controls. This course addresses the practical decisions required to design, launch or improve a digital lending proposition without treating technology as separate from credit risk and operating discipline.
Participants examine digital lending business models, borrower journeys, product and pricing design, identity verification, fraud controls, credit scoring, decision automation, servicing, collections and portfolio monitoring. They work with service blueprints, credit policy matrices, scorecard governance, API integration requirements, IFRS 9 expected credit loss concepts and operational risk controls. The course also covers platform selection, implementation governance, supplier due diligence, model monitoring and controlled product experimentation.
Teaching combines short instructor briefings with cases from retail banking, SME finance, consumer lending and fintech partnerships. Participants analyse lending journeys, make product and underwriting choices, assess data and control requirements, and prepare implementation decisions using realistic portfolio assumptions. Throughout the ten days, they develop a digital lending strategy pack for a defined product, borrower segment and delivery model. The final capstone requires participants to build, review and present an integrated proposition covering commercial rationale, credit design, technology architecture, controls, operating model and launch measures.
The course is suited to banking, fintech, credit, product, operations, risk and technology professionals who already work with lending products or lending transformation initiatives. It is particularly useful where teams need a shared method for turning a digital lending idea into an executable, controlled operating model.