This entry-level engineering position at Cummins involves developing software for battery management systems and power electronic converters. The role requires strong knowledge in control theory, embedded systems, and model-based design, with a focus on ensuring optimal battery operation and system reliability.
Requirements
PhD in Electrical Engineering or related field
Strong knowledge of classical and modern control theory (PID, state-space, observers, MPC)
Familiarity with power electronics topologies and motor types (PMSM, induction)
Proficient in model-based design using MATLAB/Simulink
Experience in battery or motor and inverter algorithm development
Familiarity with functional safety concepts, ISO 26262 requirements
Responsibilities
Develop advanced control strategies and algorithms for battery management systems and power electronic converters
Support the development of control strategies ensuring optimal and safe battery operation
Design robust Model-Based Design architecture using MATLAB/Simulink
Improve electronic controls development processes and tools
Design and program embedded firmware in C/C++
Develop test processes, complete tests, and analyze test results
Verify and validate algorithm software, performing failure analysis
Benefits
Employees at Cummins are often offered comprehensive benefits that support financial wellness (retirement savings/401(k) or pension options and profit-sharing), health and wellness (medical, dental, life insurance, FSAs), and professional growth through training and tuition reimbursement—sometimes including full education funding. Work-life perks commonly include paid vacation and holidays, parental leave and adoption assistance, flexible work arrangements, inclusion-focused programs, and paid volunteer time to give back to the community.
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