Review Jurusan Teknik Industri! Bedah Jurusan Kuliah Sampai Gajinya!

Summary

This video explores the Industrial Engineering program, delving into its scope, career prospects, salary expectations, and job satisfaction. The host explains how Industrial Engineering bridges engineering and economics, emphasizing system design, optimization, and management. While salaries for entry-level positions are reasonable, the field's job satisfaction is mixed, with a focus on operational roles. The video highlights the growing demand for Industrial Engineers, despite challenges like the 4.7% unemployment rate among graduates. The host also discusses job flexibility, the potential impact of automation, and opportunities in various sectors, offering a well-rounded overview of the field.

Takeaways

• 😀 Industrial engineering (IE) is an interdisciplinary field combining engineering, economics, and social sciences, focused on optimizing systems that involve people, materials, equipment, and energy.
• 😀 Fresh graduates with a degree in industrial engineering can expect an entry-level salary range of 4-7 million IDR in Indonesia.
• 😀 Senior-level industrial engineers can earn competitive salaries, but these are typically lower than specialized fields like chemical engineering.
• 😀 Industrial engineering graduates are in demand, with a growth rate of 14% expected in the coming years, but the unemployment rate for IE graduates is relatively high at 4.7%.
• 😀 Job satisfaction among industrial engineers tends to be moderate, with a low score for meaningfulness (48/100) due to repetitive tasks, but overall satisfaction (70/100) is higher due to decent pay and job availability.
• 😀 IE graduates have a diverse range of career opportunities, including roles in manufacturing, electronics, automotive, consulting, telecommunications, and energy sectors.
• 😀 Graduates can also pursue careers in academia, government, BUMN, data analysis, business entrepreneurship, and even as actuaries.
• 😀 Industrial engineering is considered one of the least difficult engineering fields to study, thanks to its integration of management and technical knowledge, making it more accessible compared to other engineering disciplines.
• 😀 Automation and AI pose a moderate risk to industrial engineering jobs, with an estimated 18% of tasks potentially being automated in the future, though the overall job stability is still considered good.
• 😀 While industrial engineering is a flexible and versatile degree, the unemployment rate for graduates is a concern, making it important for them to specialize in certain skills to remain competitive in the job market.

Q & A

What is Industrial Engineering, and what does it focus on?

Industrial Engineering focuses on the design, improvement, and integration of systems that involve humans, materials, equipment, and energy to achieve optimal results. It combines aspects of engineering, social sciences, and methodology to create efficient systems, particularly in manufacturing, logistics, and operations management.

What are the core areas of study within Industrial Engineering?

Core areas include manufacturing systems (from raw materials to finished products), ergonomics (designing user-friendly systems or products), management systems (auditing and standardizing company operations), data modeling (creating models from collected data), and logistics and supply chain management.

What is the typical salary range for fresh graduates in Industrial Engineering?

Fresh graduates in Industrial Engineering typically earn between 4 million to 7 million IDR per month. However, the field is considered more general compared to other specialized engineering disciplines, which can sometimes result in a lower starting salary.

How does the salary of Industrial Engineering graduates compare to other engineering fields?

While the salary for Industrial Engineering graduates is generally good, averaging around 9 million IDR per month, it is still lower compared to more specialized fields like Chemical Engineering. However, it is still considered above average compared to other non-specialized engineering fields.

What is the job satisfaction level for Industrial Engineering graduates?

Job satisfaction for Industrial Engineering graduates is moderately high, with a satisfaction score of around 70%. However, the sense of meaningful work is relatively low, with many graduates finding themselves handling routine tasks and paperwork that can be monotonous.

What is the job market outlook for Industrial Engineering graduates?

The job market for Industrial Engineering graduates is growing, with an expected demand increase of 14%. However, the unemployment rate among graduates is also relatively high at 4.7%, as many graduates do not possess specialized skills that make them stand out in the job market.

What types of industries hire Industrial Engineering graduates?

Industrial Engineering graduates are most commonly employed in consulting firms, manufacturing companies (such as those producing automotive parts, electronics, and machinery), and industries related to logistics and supply chain management.

What are the highest-paying industries for Industrial Engineering graduates?

Industries that typically offer the highest salaries for Industrial Engineering graduates include telecommunications, oil and gas distribution, and coal mining. These sectors tend to value operational optimization skills, which are a key aspect of Industrial Engineering.

What makes Industrial Engineering a flexible career choice?

Industrial Engineering is a versatile field because it combines technical skills with knowledge of management, economics, and data analysis. Graduates can work in diverse areas such as business management, data analysis, entrepreneurship, and technology, making it one of the most flexible engineering disciplines.

What is the risk of automation replacing jobs in Industrial Engineering?

There is a potential risk that up to 18% of jobs in Industrial Engineering could be replaced by automation in the future. However, the likelihood of this happening soon is not high, as many roles in this field are focused on optimizing operational processes that still require human oversight and judgment.