Digital Manufacturing Engineer

Responsibilities Perform digital manufacturing and virtual assembly reviews using Siemens Teamcenter Visualization tools, including Teamcenter Lifecycle Visualization Jack (Visualization Jack). Conduct 3D Digital Mock‑Up (DMU) analysis to support product and process development activities. Execute virtual manufacturing assessments such as clearance and interference analysis, hand and tool accessibility studies, static assembly sequence validation, ergonomic and manikin‑based evaluations. Analyze and interpret 3D CAD and JT models to assess manufacturability, serviceability, and assembly feasibility. Support manufacturing engineering teams with process validation, optimization, and continuous improvement initiatives. Review and validate assembly processes, tooling concepts, fixtures, and operator interactions within virtual environments. Collaborate with Design Engineering, Manufacturing Engineering, Tooling, Ergonomics, and Plant Operations teams to identify and resolve assembly concerns early in the product development cycle. Develop technical reports, presentations, and documentation to communicate analysis results, identified risks, recommendations, and corrective actions. Support process development activities involving assembly fixtures, tightening tools, lifting and material‑handling devices. Participate in design reviews and cross‑functional meetings to ensure product designs meet manufacturing, ergonomic, and safety requirements. Drive continuous improvement initiatives focused on assembly efficiency. Requirements Bachelor's degree in Mechanical Engineering, Manufacturing Engineering, Industrial Engineering, or a related field. 5+ years of experience in Digital Manufacturing, Virtual Assembly, Manufacturing Engineering, or Product Development within the automotive, heavy equipment, aerospace, or manufacturing industry. Hands‑on experience with Teamcenter Lifecycle Visualization Jack (Jack) and Digital Mock‑Up (DMU) analysis. Strong understanding of manufacturing processes, assembly operations, tooling, fixtures, operator workstations, and ergonomic studies. Ability to read, interpret, and analyze 3D CAD and JT models. Excellent problem‑solving, communication, and cross‑functional collaboration skills. Preferred Experience with automotive vehicle development programs. Knowledge of manufacturing simulation, virtual validation, and related technologies. #J-18808-Ljbffr