Model Based System Engineer

Responsibilities Develop advanced control algorithms using Model-Based Development (MATLAB/Simulink) and C language. Perform system engineering activities including requirement elicitation, analysis, development, and reviews. Coordinate with clients and offshore teams to deliver engineering work products within agreed timelines. Gather requirements for vehicle functions across conventional and electric vehicle platforms. Develop torque and speed control systems for conventional and electric vehicles. Review and approve system engineering work artifacts. Perform Design Failure Mode and Effects Analysis (DFMEA). Conduct functional safety analysis for safety-critical control systems. Develop and manage requirements in accordance with client processes. Review Simulink models and C code for various vehicle functions. Participate in cross-functional reviews for release and approval of work products. Collaborate with cross-functional teams to resolve field and product issues. Work in Agile development environments including PI planning and daily standups. Investigate field truck issues and perform Root Cause Analysis (RCA). Present engineering solutions to product management teams. Ensure end-to-end requirement traceability using JIRA, Polarion, GitLab, and related tools. Manage system engineering work products in Polarion. Perform vehicle data analysis to improve functionality and resolve integration issues. Develop and execute test cases on HiL platforms and resolve hardware-related issues. Conduct in-vehicle testing for powertrain-related features. Review and approve HiL DVP&R documents. Job Description Develop advanced control algorithms using Model-Based Development (MATLAB/Simulink) and C language. Perform system engineering activities including requirement elicitation, analysis, development, and reviews. Coordinate with clients and offshore teams to deliver engineering work products within agreed timelines. Gather requirements for vehicle functions across conventional and electric vehicle platforms. Develop torque and speed control systems for conventional and electric vehicles. Review and approve system engineering work artifacts. Perform Design Failure Mode and Effects Analysis (DFMEA). Develop unit test cases using Python. Conduct functional safety analysis for safety-critical control systems. Develop and manage requirements in accordance with client processes. Review Simulink models and C code for various vehicle functions. Participate in cross-functional reviews for release and approval of work products. Collaborate with cross-functional teams to resolve field and product issues. Work in Agile development environments including PI planning and daily standups. Investigate field truck issues and perform Root Cause Analysis (RCA). Present engineering solutions to product management teams. Ensure end-to-end requirement traceability using JIRA, Polarion, GitLab, and related tools. Manage system engineering work products in Polarion. Perform vehicle data analysis to improve functionality and resolve integration issues. Develop and execute test cases on HiL platforms and resolve hardware-related issues. Conduct in-vehicle testing for powertrain-related features. Review and approve HiL DVP&R documents. Requirements Strong expertise in MATLAB/Simulink and Model-Based Development (MBD). Proficiency in C/c++ programming and Python. Experience in automotive control system development. Knowledge of torque and speed control systems. Experience with conventional and electric vehicle powertrain systems. Strong understanding of system engineering and requirement management processes. Experience with Functional Safety concepts (ISO 26262 preferred). Hands-on experience performing DFMEA. Experience developing and reviewing Simulink models and embedded C code. Knowledge of Hardware-in-the-Loop (HiL) testing and validation. Experience with vehicle data analysis and diagnostics. Familiarity with JIRA, Polarion, GitLab, and requirement traceability tools. Experience in vehicle integration, validation, and field issue resolution. Strong root cause analysis and problem-solving skills. Experience working with cross-functional and global teams. Strong client-facing communication and stakeholder management skills. Experience working in Agile environments. Knowledge of powertrain systems and in-vehicle testing methodologies. Compensation and Benefits Along with competitive pay, as a full-time KPIT employee, you are eligible for the following benefits: Geo Blue PPO and HSA plan MetLife – Dental and Vision plan Healthcare and Dependent care flexible spending account(FSA) 401k with employer match Company-paid Basic Life and Long-term disability insurance Voluntary benefits include Critical Illness, Hospital indemnity, accident insurance, theft, and legal service Employee Assistance Program Paid Holidays Employee discounts and perks Gym benefit Required Skills C++,Matlab,System Supported Skills Polarion #J-18808-Ljbffr KPIT