Technical Lead (CPT) at BETSoftware

You Bring:

• A minimum of 7 years’ experience within a development environment.
• Proficiency in architectural design principles and fundamental concepts.
• Demonstrated mentoring/leadership skills.
• Detailed knowledge of the SDLC and management of software projects.
• Excellent communication, motivational and interpersonal skills.
• Strong attention to detail.
• C#, payment experience required.

What You’ll Do:
Technical Leadership

• Provide technical leadership to the Team through collaboration sessions and knowledge sharing initiatives.
• Engage regularly with software architects in order to ensure the development within the Team is according to architectural guidelines.
• Work with other developers, designers/analysts, and architects to make sure that the solutions meet application requirements and performance goals.
• Ensure checked in code is reviewed to ensure standards are met and the code base is sound.
• Ensure that all technical solutions that are rolled out consider compatibility with other environments and dependencies; have a high usability factor; are reliable to reduce down time and perform at maximum efficiency during peak periods of usage; consider security at its highest level (third party attacks; data protection etc).
• Drive the adoption of processes within the Team which consider and meet the expectations of technical throughput rates and responses; processing times; effective resource utilisation during operation and where the system or solution ensures maximum operational capacity requirements are met.

Quality of Software Implementation:

• Ensure rigorous testing of any solution before deployment and create standards and processes within the Team to align to these.
• Ensure the delivery of a complete and technically appropriate solution which covers all the agreed specified tasks and user objectives and has been tested thoroughly.
• Ensure relevant documentation is provided to support teams to reduce development support load.
• Where possible work to develop and implement a quality mechanism for the solution to analyse its own faults and provide reports prior to a critical failure.
• Develop the solution in a manner which supports modification for future developers thereby reducing the numbers of defects or negatively affecting system quality.