Industrial Engineer

Junior Industrial Engineer

Position Summary

We are seeking a motivatedIndustrial Engineer to support the optimization of manufacturing processes, material flow, factory layouts, and operational performance.

The role will apply Industrial Engineering, Lean, and data-driven problem-solving principles to improve safety, quality, productivity, material flow, space utilization, and cost efficiency.

This position is ideal for an early-career engineer who enjoys working closely with manufacturing operations, analyzing processes, solving practical problems, and developing solutions that improve how people, materials, equipment, and information flow through the factory.

Key Responsibilities

Process & Productivity Improvement

· Conduct time studies, work measurement, cycle-time analysis, and process observations.

· Identify process waste, bottlenecks, capacity constraints, and productivity improvement opportunities.

· Support line balancing, manpower optimization, standard work, and productivity improvement activities.

· Assist in establishing and maintaining operational performance standards.

Material Flow & Factory Layout

· Analyze end-to-end material flow across warehouse, production, and supporting operations.

· Develop process maps, spaghetti diagrams, material-flow analyses, and current/future-state layouts.

· Support factory layout development to achieve safe, efficient, and lean flow of people, materials, and equipment.

· Identify opportunities to reduce unnecessary transportation, handling, waiting, WIP, and material movement.

· Support space-utilization and storage-capacity studies.

Capacity & Operational Analysis

· Support capacity analysis for production lines, equipment, labor, storage, and material-handling systems.

· Analyze production demand, takt time, cycle time, utilization, and resource requirements.

· Collect, validate, and analyze operational data to support engineering recommendations and business decisions.

Lean & Continuous Improvement

· Apply Lean principles and tools including 5S, standard work, visual management, value-stream mapping, waste elimination, and Kaizen.

· Participate in continuous-improvement projects and problem-solving activities.

· Support root-cause analysis and implementation of corrective and improvement actions.

· Track improvement actions and quantify operational benefits.

Safety & Ergonomics

· Incorporate safety, ergonomics, and human-factor considerations into process and layout designs.

· Support ergonomic assessments of workstations and material-handling activities.

· Work with relevant stakeholders to identify and reduce operational and material-flow risks.

Engineering Documentation & Collaboration

· Develop and maintain process maps, layouts, standard work, capacity models, engineering studies, and project documentation.

· Prepare analysis, reports, and presentations to communicate findings and recommendations.

· Collaborate with Manufacturing, Supply Chain, Logistics, Quality, Facilities, Automation, and other Engineering functions.

· Provide engineering support for new product, equipment, process, and factory improvement initiatives.

Qualifications

· Bachelor’s degree in Industrial Engineering, Manufacturing Engineering, Mechanical Engineering, Systems Engineering, or a related engineering discipline.

· Fresh graduates or candidates with approximately 0-2 years of relevant manufacturing or industrial engineering experience are encouraged to apply.

· Basic understanding of Industrial Engineering and Lean manufacturing principles.

· Knowledge of time study, line balancing, capacity analysis, process mapping, and continuous improvement is preferred.

· Proficiency in Microsoft Excel and basic data analysis.

· Experience with AutoCAD or other factory-layout/design tools is an advantage.

· Exposure to Power BI, simulation tools, ERP/MES/WMS systems, automation, AMR/AGV, or smart-manufacturing technologies is beneficial.

Key Competencies

The successful candidate will demonstrate:

· Structured and analytical problem-solving skills

· Data-driven decision making

· Strong attention to detail

· Continuous-improvement mindset

· Ability and willingness to work directly on the manufacturing floor

· Effective communication and stakeholder collaboration

· Ability to translate data and observations into practical improvement actions

· Initiative, curiosity, and willingness to learn

· Ownership and accountability for assigned deliverables

What Success Looks Like

A successful Junior Industrial Engineer develops strong foundational IE capabilities and progressively becomes able to:

· Independently conduct process and time studies

· Identify waste and improvement opportunities

· Develop practical process and layout improvements

· Analyze production and material-flow capacity

· Support implementation and validation of engineering solutions

· Quantify improvements in productivity, space, material movement, labor, and operational efficiency

· Build the technical foundation required to progress into an independent Industrial Engineer role

Career Path: Junior Industrial Engineer → Industrial Engineer → Senior Industrial Engineer → Lead Industrial Engineer

Joining us is more than saying “yes” to making the world a healthier place. It’s discovering a career that’s challenging, supportive and inspiring. Where a culture driven by excellence helps you not only meet your goals, but also create new ones. We focus on creating a diverse and inclusive culture, encouraging individual expression in the workplace and thrive on the innovative ideas this generates. If this sounds like the workplace for you, apply now!We commit to respond to every applicant.