ASSISTANT MANAGER

Motherson Group; Pune District; On-site; INR 600,000 - 1,200,000; Full time

Job summary

Motherson Technology Services Limited (MTSL) is seeking an experienced Injection Moulding professional to lead process control and optimization across multiple polymer systems. The role emphasizes reducing variability, improving productivity, and driving continuous improvement in a high-volume manufacturing environment.

You will collaborate with cross-functional teams to ensure quality, safety, and timely delivery while advancing process capability and automation initiatives.

Qualifications

• Experienced Injection Moulding professional with strong expertise in injection moulding process control and troubleshooting.
• Skilled in processing engineering polymers such as PC, PMMA, PBT, PA6, PA66, and PC+ABS.
• Experience in machine parameters optimization, cycle-time reduction, and process stability.

Responsibilities

• Lead injection moulding process control and optimization to achieve production targets.
• Troubleshoot defects and perform root-cause analysis for process improvements.
• Coordinate with production, quality, and maintenance teams to ensure safety and efficiency.
• Develop and implement EOAT and robot programming to improve automation and productivity.
• Drive continuous improvement initiatives focusing on cost, waste reduction, and OEE.

Skills

Injection moulding

Process optimization

Troubleshooting

Productivity improvement

Team coordination

Engineering plastics

Robot programming

EOAT development

Quality targets

Job description

Modules & Polymer Products , Motherson Technology Services Limited (MTSL)

At Motherson, we’re committed to creating long-term jobs and advancing global careers. Featured on TIME’s World’s Best Companies list, we are a diversified global design, engineering, manufacturing, assembly and logistics specialist, delivering full-system solutions to customers across industries. With a focus on innovation, quality and sustainability, we strive to be a trusted industrialisation partner and an employer that nurtures a diverse, inclusive workplace.

Our Modules and Polymer division leads automotive innovation, producing everything from plastic components to complex integrated systems. Trusted by major OEMs worldwide, we also specialise in mould design, tooling, and high-quality upholstery for passenger vehicles. Join us in shaping the future of mobility.

• Experienced Injection Moulding professional with strong expertise in injection moulding process control, troubleshooting, problem-solving, process optimization, productivity improvement, and team management. Skilled in processing engineering polymers such as PC, PMMA, PBT, PA6, PA66, and PC+ABS, with a strong focus on reducing process variability, improving process stability, and achieving production and quality targets.
• Experienced in handling auxiliary systems such as CFS and dehumidification systems, along with knowledge of robot programming and EOAT (End-of-Arm Tooling) development. Strong analytical and root-cause problem-solving abilities with a systematic approach toward process improvement and corrective actions.
• Good command of technical and administrative control, production planning, manpower coordination, target achievement, and maintaining positive employee-employer relationships. Focused on achieving quality, productivity, safety, cost, and delivery objectives through continuous improvement.

We offer comprehensive Injection Moulding Process Engineering and Manufacturing Support focused on improving productivity, quality, process stability, and operational efficiency.

Our key areas of expertise include:

Injection Moulding Process Optimization – Optimization of machine parameters, cycle time, moulding conditions, and process settings for stable and efficient production.

Process Troubleshooting – Identification and resolution of moulding defects through systematic troubleshooting and root-cause analysis.

Engineering Polymer Processing – Technical support for processing PC, PMMA, PBT, PA6, PA66, and PC+ABS materials.

Process Variability Reduction – Development of stable and repeatable processes to minimize variation and maintain consistent product quality.

Productivity Improvement – Cycle-time reduction, OEE improvement, rejection reduction, machine utilization, and production target achievement.

Mould & Process Trials – Support for new mould trials, process validation, parameter setting, material trials, and production stabilization.

Automation & Robotics – Robot programming support and EOAT development to improve automation, consistency, productivity, and operator safety.

Auxiliary System Management – Knowledge and support for CFS systems, dehumidification, material drying, temperature control, and other moulding auxiliaries.

Quality Improvement – Defect reduction, process monitoring, corrective actions, and implementation of standard process controls.

Technical & Production Management – Production monitoring, manpower coordination, shift management, process documentation, SOP implementation, and target monitoring.

Continuous Improvement – Identification and implementation of opportunities for cost reduction, process improvement, waste reduction, and operational efficiency.

Team Development & Coordination – Technical guidance, operator training, cross-functional coordination, and development of a positive and productive working environment.

• Results-oriented Injection Moulding Professional with strong hands-on experience in injection moulding process control, process optimization, troubleshooting, productivity improvement, and team coordination. Proven ability to establish stable and efficient moulding processes while maintaining quality, productivity, safety, and delivery targets.
• Strong technical knowledge of engineering plastics including PC, PMMA, PBT, PA6, PA66, and PC+ABS, with expertise in material drying, moulding parameter optimization, defect analysis, and reduction of process variability. Experienced in handling and troubleshooting auxiliary systems such as CFS systems, dehumidification units, dryers, temperature controllers, and other moulding auxiliaries.
• Knowledgeable in robot programming and EOAT (End-of-Arm Tooling) development, supporting automation, manpower reduction, cycle-time improvement, and consistent production output. Strong capability in root-cause analysis, corrective and preventive action, process trials, mould trials, cycle-time optimization, rejection reduction, and continuous improvement initiatives.
• Demonstrated ability to analyze production and process data, identify recurring problems, and implement practical solutions to improve OEE, productivity, process stability, and product quality. Good command of technical and administrative control, including manpower planning, production monitoring, shift management, documentation, SOP implementation, and cross-functional coordination.
• A strong team-oriented professional with excellent analytical, troubleshooting, communication, and leadership skills, capable of building positive employee-employer relationships and working effectively with Production, Quality, Maintenance, Tool Room, Engineering, and Management teams to achieve organizational objectives.