Sr. Software Developer/ Architect

The successful candidate will be a key member of the robotics control software team. S/he will design and implement new software algorithms and improve existing ones so that that the solution meets Key Performance Indicators (KPIs) of an eCommerce Fulfilment Centre (FC) and helps scale-up FC operations. Tasks will include analysing and modelling impact of solutions on KPI, defining solution requirements, and translating requirements into solution architecture/design/code that delivers business results. Other tasks may include but not be limited to development of performance evaluation and visualization tools. Responsibilities Algorithm development, implementation, profiling and optimization for back-end software responsible for controlling and coordinating robotic components like Sorters & Butlers working in a real-time environment Implementation of various optimization algorithms for increasing the efficiency of the system with time Implementation of Distributed system software to ensure high reliability, fault tolerance, and scalability Integration of our systems with various third party warehouse management software Writing tests and documenting your code with utmost detailing & standardization Role Requirements Bachelor's degree in any discipline 1-7 years of work experience Advanced programming skills (C/C++) are a prerequisite Proficiency in designing and analysing algorithms that deliver business results, scalable software architectures, and robust software engineering practices is critical Advanced analytical skills, ability to define multiple options to solve any problem, and cogently present a recommended solution with justification Experience in designing and implementing non-trivial software systems Extensive experience in Erlang programming & Linux and knowledge of shell scripting is desired Prior experience in designing automation solutions for goods movement in Warehouses / Fulfilment Centers and performance visualization tools are a plus Ability to respect deadlines and will to perform in an accelerated learning environment