Job Description
-Vibrant and dynamic work environment
-Competitive salary
-Hybrid mode (3 days WFH and 2 days WFO)
-Great growth potential in a fast-growing AI and Cloud industry
Tapway is growing fast and is looking to expand our research and development team. Thus, we are looking for a Python Backend Developer to join our talented team. Responsibilities include:
-Coordinating with product managers and engineering leads on detailed software design based on feature requirements.
-Writing reusable, testable, effective, scalable code using Python programming language.
-Implement low-latency, well-designed and high-performance backend logic.
-Integration of user-facing elements developed by front-end developers with backend logic.
-Testing and debugging software
-Integrating data storage solutions.
(Apply now at https://my.hiredly.com/jobs/jobs-malaysia-tapway-job-python-back-end-developer)
; Requirements:-
Job Requirements
-Bachelor in Computer Science or other related field, with a focus in Python language
-Work experience of at least 3 years.
-Expert in Python, with knowledge of at least one Python web framework, such as Flask
-Understanding of fundamental design principles behind a scalable application
-Strong OOP (object-oriented programming) skills and passion for clean, organized codes
-SQL knowledge, including exposure to or experience with NoSQL databases (such as Amazon DynamoDB)
-Understanding of the threading limitations of Python, and multi-process architecture
-Knowledge of user authentication and authorization between multiple systems, servers, and environments
-Understanding of accessibility and security compliance
-Able to create database schemas that represent and support business processes
-Strong unit test and debugging skills
-Proficient understanding of code versioning tools such as Git
-Individual who is passionate, resourceful, self-motivated, highly committed, a team player and able to motivate others
-Ability to learn quickly
-Good verbal and written communication.
-Must be willing to work in a highly dynamic hybrid mode and fast-paced environment.