Industrial Engineer Apprentice Review
at BMW Group UK
Level 2 Apprenticeship
Engineering
Littlehampton
Review Submitted: May 2024
Overall Rating
3.5 /5
The Overall Rating is the average of all the ratings given in each category. We take those individual ratings and combine them into one final score!
3.5/5
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Overview of Role
4/5
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Skills Development
3/5
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Structure and Support
Overview of Role
Please give an overview of your role and what this involves on a day-to-day basis:
4/5
Process Analysis: Industrial engineers analyze existing processes, identify bottlenecks, and develop strategies to streamline operations. They use tools like time studies, flowcharts, and simulations to identify areas for improvement.
Workplace Design: They design efficient workspaces by considering factors such as workflow, ergonomics, and safety. This includes determining the layout of equipment, workstations, and assembly lines to maximize productivity and minimize risks.
Optimization: Industrial engineers use mathematical models and statistical analysis to optimize processes. They apply techniques like linear programming, queuing theory, and simulation to determine the best allocation of resources, minimize costs, and improve overall performance.
Quality Control: They develop and implement quality control systems to ensure products and processes meet the required standards. This involves creating inspection procedures, conducting audits, and analyzing data to identify and resolve quality issues.
Supply Chain Management: Industrial engineers play a crucial role in managing the supply chain. They analyze inventory levels, demand patterns, and production schedules to optimize the flow of materials and minimize costs.
Project Management: They lead and coordinate projects to implement process improvements or introduce new systems. This includes defining project goals, creating timelines, allocating resources, and monitoring progress to ensure successful implementation.
Continuous Improvement: Industrial engineers promote a culture of continuous improvement by identifying opportunities for innovation and efficiency gains. They collaborate with cross-functional teams to implement changes and monitor their impact.
Workplace Design: They design efficient workspaces by considering factors such as workflow, ergonomics, and safety. This includes determining the layout of equipment, workstations, and assembly lines to maximize productivity and minimize risks.
Optimization: Industrial engineers use mathematical models and statistical analysis to optimize processes. They apply techniques like linear programming, queuing theory, and simulation to determine the best allocation of resources, minimize costs, and improve overall performance.
Quality Control: They develop and implement quality control systems to ensure products and processes meet the required standards. This involves creating inspection procedures, conducting audits, and analyzing data to identify and resolve quality issues.
Supply Chain Management: Industrial engineers play a crucial role in managing the supply chain. They analyze inventory levels, demand patterns, and production schedules to optimize the flow of materials and minimize costs.
Project Management: They lead and coordinate projects to implement process improvements or introduce new systems. This includes defining project goals, creating timelines, allocating resources, and monitoring progress to ensure successful implementation.
Continuous Improvement: Industrial engineers promote a culture of continuous improvement by identifying opportunities for innovation and efficiency gains. They collaborate with cross-functional teams to implement changes and monitor their impact.
To what extent do you enjoy your programme?
3/5
During my Apprenticeship i have been able to experience various sides of the business and have been able to meet great people and make some great friends. with each of the experiences i have tried i have learnt several skills.
Skills Development
Have you learnt any new skills or developed existing skills?
4/5
Process Analysis: i have gained an understanding of how to analyze complex processes, identify bottlenecks, and develop strategies for improvement.
Workplace Design: i have gained have learned about designing efficient workspaces by considering factors such as workflow, ergonomics, and safety.
Optimization: i have been introduced to mathematical models and statistical analysis techniques used to optimize processes and make data-driven decisions.
Quality Control: i have gained knowledge about developing and implementing quality control systems to ensure products and processes meet the required standards.
Supply Chain Management: i have learned about analyzing inventory levels, demand patterns, and production schedules to optimize the flow of materials and minimize costs.
Project Management: i now have an understanding of project management principles, including defining project goals, creating timelines, allocating resources, and monitoring progress.
Continuous Improvement: i have learned about promoting a culture of continuous improvement and identifying opportunities for innovation and efficiency gains.
Workplace Design: i have gained have learned about designing efficient workspaces by considering factors such as workflow, ergonomics, and safety.
Optimization: i have been introduced to mathematical models and statistical analysis techniques used to optimize processes and make data-driven decisions.
Quality Control: i have gained knowledge about developing and implementing quality control systems to ensure products and processes meet the required standards.
Supply Chain Management: i have learned about analyzing inventory levels, demand patterns, and production schedules to optimize the flow of materials and minimize costs.
Project Management: i now have an understanding of project management principles, including defining project goals, creating timelines, allocating resources, and monitoring progress.
Continuous Improvement: i have learned about promoting a culture of continuous improvement and identifying opportunities for innovation and efficiency gains.
Structure and Support
How well organised/structured is your programme?
2/5
During the time at my apprenticeship there have been times where things haven't been properly structured but overall it has been really well organised and both with the employer and the course provider
How much support do you receive from your employer?
3/5
yes my employer is very supportive, they are always there to support us with any questions or queries we may have with either work and they are very supportive of us with personal stuff as well
How much support do you receive from your training provider when working towards your qualifications?
4/5
The course provider was very supportive during our course and they always made sure we had support with all of our work
How well do you feel that your qualification (through your training provider) helps you to perform better in your role?
4/5
Waste Reduction: Lean manufacturing focuses on identifying and eliminating various forms of waste, such as overproduction, waiting time, unnecessary transportation, excess inventory, defects, and over-processing. By minimizing waste, industrial engineers can streamline processes, reduce costs, and improve overall efficiency.
Process Optimization: Lean manufacturing encourages continuous improvement by analyzing and optimizing processes. Industrial engineers can use lean tools like value stream mapping, process flow analysis, and standardized work to identify bottlenecks, streamline workflows, and improve productivity.
Quality Improvement: Lean manufacturing emphasizes the importance of quality at the source. By implementing techniques like mistake-proofing (poka-yoke) and visual management, industrial engineers can design processes that prevent defects and ensure consistent quality. This leads to improved customer satisfaction and reduced rework or waste.
Inventory Management: Lean manufacturing promotes the concept of just-in-time (JIT) production, which aims to minimize inventory levels and reduce storage costs. Industrial engineers can apply JIT principles to optimize supply chain management, reduce lead times, and improve material flow, resulting in improved efficiency and cost savings.
Employee Engagement: Lean manufacturing encourages employee involvement and empowerment. Industrial engineers can engage employees in problem-solving activities, encourage suggestions for improvement, and provide training in lean principles. This fosters a culture of continuous improvement and increases employee satisfaction and motivation.
Standardization and Visual Management: Lean manufacturing emphasizes the use of visual controls and standardized work instructions. Industrial engineers can utilize visual management techniques such as Kanban boards, 5S methodology, and visual cues to ensure clarity, consistency, and easy identification of abnormalities or deviations in processes.
Process Optimization: Lean manufacturing encourages continuous improvement by analyzing and optimizing processes. Industrial engineers can use lean tools like value stream mapping, process flow analysis, and standardized work to identify bottlenecks, streamline workflows, and improve productivity.
Quality Improvement: Lean manufacturing emphasizes the importance of quality at the source. By implementing techniques like mistake-proofing (poka-yoke) and visual management, industrial engineers can design processes that prevent defects and ensure consistent quality. This leads to improved customer satisfaction and reduced rework or waste.
Inventory Management: Lean manufacturing promotes the concept of just-in-time (JIT) production, which aims to minimize inventory levels and reduce storage costs. Industrial engineers can apply JIT principles to optimize supply chain management, reduce lead times, and improve material flow, resulting in improved efficiency and cost savings.
Employee Engagement: Lean manufacturing encourages employee involvement and empowerment. Industrial engineers can engage employees in problem-solving activities, encourage suggestions for improvement, and provide training in lean principles. This fosters a culture of continuous improvement and increases employee satisfaction and motivation.
Standardization and Visual Management: Lean manufacturing emphasizes the use of visual controls and standardized work instructions. Industrial engineers can utilize visual management techniques such as Kanban boards, 5S methodology, and visual cues to ensure clarity, consistency, and easy identification of abnormalities or deviations in processes.
Are there extra-curricular activities to get involved in at your work? (For example, any social activities, sports teams, or even professional networking events.)
2/5
yes there are several different activities you can take part in around the company
Recommendations & Advice
Would you recommend BMW Group UK to a friend?
Yes
Why?
people here are very supportive of your future and will give you as many opportunities to grow and develop your career as well as the pay is really good for an apprentice
What tips or advice would you give to others applying to BMW Group UK?
be yourself and be confident.
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