Python RegTech Engineer

Amdas Consultancy Ltd ,
London, Greater London
Job Type: Full-time
Salary: £35,000 per annum

Overview

A FinTech Top 50 company for the last several years developing cutting edge software used within the finance services industry is looking for a Python RegTech Engineer to join their team. This start up is looking to double in size in the next year and with no investment needed due to unprecedented demand for the product and profitable yearly turnover - now is an excellent opportunity to join one of the start up stories of the last few years in the FinTech Sector. Based in the heart of London in Finsbury and with a competitive salary, exceptional working environment and social calendar - our client is determined to hire the best and brightest with an interest in working with one of the FinTech industries brightest new lights. Working together daily with a close team of ambitious engineers using methodologies like TDD, Kanban, pair-programming, and CI/CD. Building a fault tolerant distributed system is certainly an interesting challenge - one which we hope you will enjoy Job Description: RegTech Engineer "For someone who wants to define a role rather than fill one…." RegTech engineers are a rare breed, half developer and half regulatory expert. They are as comfortable writing code as discussing the intricacies of consultation papers. We are very keen to recieve applications from anyone along that spectrum, from a developer with a cursory understanding of regulation all the way to a regulatory expert who has been learning python in their spare time or keen to learn how to code. Our client happy to train enthusiastic and talented individuals to ramp up to the required level of what a RegTech Engineer is all about An ideal RegTech Engineer will be familiar with: Business and operational processes inside financial institutions Programming in Python Regulations such as Basel III, MiFID II Financial data modelling and querying (transactions, customers, products…) General financial market structures and dynamics