Simulation Engineer

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Position: Simulation Engineer
Controls Team, EITC works within Epiroc, and our mission is to Provide a stable and reliable control solution for Epiroc equipment. Support integration of Epiroc attachment to partner vehicles for strategic requirements. Achieve Model-based control solution development Support Platform Architecture development for Epiroc fleet. Support upgrades of controls related hardware and related software. Ensure the solution is secured against cybersecurity threats Drive the future of Data Analytics ecosystem for control solutions aligning with long-term vision and roadmap of Division. We are currently having projects from various Divisions and are working on providing ECU solutions primarily for IFM Controllers and Displays. We have expertise in IFM Controllers, CODESYS software, CODESYS Visualisation software, MATLAB, Simulink, CANalyzer, CANoe and others. With Epiroc vision to automate all our mining equipment, we foresee number of projects in our roadmap and same will increase with time. As Controls Team, we are growing steadily and incorporating more competence and offering and therefore are looking for dynamic team members who are energetic and can complement to the team. Job descriptionAre you ready to take the next step, exhibit your MATLAB Simulink and simulation skills and work in a challenging and innovative environment with a global focus We offer a workplace with colleagues having different culture, competence and demography, where cultures and perspectives meet and work together to achieve common goals. The Simulation Engineer role that we offer, has a significant role in the understanding the working principle of the machine and develop model machine/subsystem equivalent in MATLAB for simulation purpose. As a Simulation engineer, you will be working with Mining Equipment Projects and will be designing and developing the Simulation for components and system level. You will be responsible for simulating complex multidisciplinary systems mechanical, electrical, hydraulic, and thermal to support design, validation, and optimization of next-generation mining equipmentResponsibilities and tasks Simulation and Modeling: Develop and maintain dynamic simulation models for mining and electric equipment using MATLAB/Simulink and Simscape libraries. Model mechanical, electrical, hydraulic, and thermal subsystems, including motors, inverters, batteries, pumps, valves, drivetrains, and cooling systems. Simulate complete machine behavior, such as driveline dynamics, energy efficiency, thermal management, and hydraulic actuation. Perform parametric studies, what-if analyses, and design optimizations to support product decisions. Collaborate with Cross-Functional Teams: Work closely with system engineers, hardware and software teams to define requirements and ensure correct component interactions. Work closely with system engineers, hardware and software teams to define requirements and ensure correct component interactions. System Integration & Verification: Execute MIL/SIL/HIL testing workflows to validate embedded control software against simulated environments. Incorporate real-world usage data such as terrain profiles, operator behavior, and machine duty cycles into simulation. Testing and Documentation: Develop automated test scripts, perform regression testing, and troubleshoot model-related issues. Document model architecture, assumptions, validation strategies, and key simulation outcomes.ExperienceTo succeed in this role, you should bring a combination of strong engineering fundamentals and hands-on simulation experience. You should have: Proven track record in physical system simulation using MATLAB/Simulink and Simscape libraries. Prior exposure to multi-domain modeling across hydraulics, thermal, electrical, and mechanical systems. Experience supporting controls development through simulation-based workflows (MIL/SIL/HIL). An ability to work collaboratively with global teams and an eagerness to stay updated with the latest simulation technologies.Must have 5+ years of experience with MATLAB/Simulink and Simscape, including: Simscape Electrical, Simscape Fluids, Simscape Driveline Strong understanding of: Multiphysics modeling (e.g., combining hydraulics, thermal, electrical domains) Vehicle-level system behavior, including energy flow, regenerative braking, and thermal efficiency Familiarity with: Model-Based Design (MBD) concepts and workflows Simulation of CAN, J1939 protocols and communication logic Generate auto code using Embedded/PLC coder for deployment on embedded hardware Excellent analytical, problem-solving, and documentation skills Certification in relevant technologies or programming languages.Good to Have Experience in modeling: Battery systems, SOC estimation, thermal safety, degradation Duty cycles, terrain interaction, load modeling Exposure to real-time platforms (Speedgoat, NI VeriStand, dSPACE) Understanding of thermal loops, cooling systems, battery thermal management Understanding & working knowledge of Structure Text as per IEC 61131-3 Co-simulation familiarity with FMU, Modelica, or Simulink-AMESim Knowledge of safety standards such as ISO 13849, 19014, or 26262LocationThe work location is Bengaluru, Karnataka.Educational requirements Bachelor s or Master s degree in: Electrical & Electronics Engineering Mechatronics Engineering Control Systems or equivalent field Certifications (preferred but not mandatory): MATLAB/Simulink Professional Certification Functional Safety (ISO 13849 / 19014 / 26262) Embedded or Electric Vehicle Systems Training Personality requirementsTo succeed in this position, you should have good problem-solving skills and should have ability to arrive at the solution / algorithm for various control problems. You should have good communication skills and should believe in collaboration. You would be able to work independently and be self-motivated to develop digital twin to derive results which are close to real world. You should be good documenting the findings, workaround, guidelines, best practices and other documentation requirement. You should be innovative, curious, have a positive outlook and be flexible. You should be able to work with multi-cultural team with members located at different places.

It all starts with people. The world needs metals and minerals for the energy transition and our cities and infrastructure must be developed to serve a growing population. To succeed, we need to speed up the shift towards more sustainable mining and construction industries. We at Epiroc accelerate this transformation, together with customers and business partners in more than 150 countries, by developing and providing innovative and safe equipment, digital solutions, and aftermarket support.

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