Job
Description
As a Simulation Engineer, you will be responsible for understanding industrial processes, supply chain management, logistics, manufacturing, or other fields related to the industry. Your key responsibilities include: - Gathering input and conducting data analysis - Preparing Continuous Improvement and Automation Concepts - Developing and maintaining simulation models using Technomatix Plant Simulation software - Analyzing and interpreting simulation results to optimize production efficiency and workflows - Conducting feasibility studies for new projects using simulation models - Performing scenario analysis to identify bottlenecks, test process changes, and recommend improvements - Developing custom automation scripts to enhance simulation models - Documenting simulation assumptions, parameters, and findings - Developing and maintaining digital twin models using Technomatix Plant Simulation - Integrating real-time data from manufacturing systems into simulation models - Collaborating with engineering teams to validate the accuracy and reliability of digital twin models - Providing insights from simulations to support predictive maintenance, capacity planning, and process optimization - Modeling the integration of robots, automated guided vehicles (AGVs), and other automation technologies - Analyzing simulation results to optimize robot movements, throughput, and equipment utilization Qualifications Required: - BE / B.Tech in Mechanical / Industrial Engineering - Minimum 5 years of experience in Technomatix Plant simulation, Flexsim simulation software project execution & project lead experience - Proficient experience in Leading multiple simulation projects, interacting with various customers, handling team members to meet customer project deliverables & expectations - Expertise in Technomatix Plant Simulation & Flexsim simulation software - Strong background in mathematics and statistics for developing accurate models of industrial processes - Experience in Material flow planning, Supply chain data analysis, warehouse process, and material handling systems will be advantageous - Ability to read and understand Mechanical drawings, process flow design, VSM - Knowledge of Lean manufacturing, Time study analysis, Line balancing, and Assembly process planning - Basic knowledge of programming languages like Python, C++, Java - Able to understand statistical models, solve logical problems, and perform technical calculations - Capable of working in a team or independently - Strong planning, reporting, and presentation skills - Passionate, willing to accept new challenges - Good command of the English language, both verbal and written,
