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What do I need to study if I want to be an industry engineering?
How do I apply to college? What tests do I need to pass in order to enter college? How do I know if I got admitted into college?
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Haiyan’s Answer
To become an industrial engineer, focus on:
Core STEM subjects: Mathematics (calculus, statistics) and physics form the foundation.
Engineering principles: Study mechanical, electrical, or systems engineering basics, including courses like thermodynamics and materials science.
Specialized topics: Industrial engineering-specific subjects such as operations research, supply chain management, and process optimization.
Practical skills: Gain hands-on experience through labs, internships, or projects involving tools like CAD software or data analysis programs.
Core STEM subjects: Mathematics (calculus, statistics) and physics form the foundation.
Engineering principles: Study mechanical, electrical, or systems engineering basics, including courses like thermodynamics and materials science.
Specialized topics: Industrial engineering-specific subjects such as operations research, supply chain management, and process optimization.
Practical skills: Gain hands-on experience through labs, internships, or projects involving tools like CAD software or data analysis programs.
Updated
William’s Answer
Dear Ailinne,
Many engineering disciplines can enable you work in industry. The common ones include mechanical, industrial, electrical, production, biomedical, electronics & software engineering. Work for engineers in industry often includes process/production, maintenance and research & development. Increasingly, engineers are being trained to assume HR responsibilities as line managers in the areas of recruitment, performance management, industrial relations and learning & development.
To be able to earn a qualification in engineering, one needs to be proficient in mathematics, physics, chemistry, computer applications, design & graphics etc.
Course content for engineering students include, amongst others, mechanics, thermodynamics, mechanics of fluids, materials science, engineering metallurgy, engineering mathematics, electronics, electromagnetism, management science, maintenance engineering etc.
Critical skills that engineers need to succeed at the workplace are problem solving, analytical, communication & planning skills.
Modern maintenance management requires good understanding of such approaches as Total Productive Maintenance (TPM) & Reliability Centered Maintenance (RCM). They are essential for operational excellence. TPM is the bedrock for World Class Manufacturing Best Practices. RCM drives maintenance excellence.
Other skills required at the workplace are ability to work in teams & develop others.
Many engineering disciplines can enable you work in industry. The common ones include mechanical, industrial, electrical, production, biomedical, electronics & software engineering. Work for engineers in industry often includes process/production, maintenance and research & development. Increasingly, engineers are being trained to assume HR responsibilities as line managers in the areas of recruitment, performance management, industrial relations and learning & development.
To be able to earn a qualification in engineering, one needs to be proficient in mathematics, physics, chemistry, computer applications, design & graphics etc.
Course content for engineering students include, amongst others, mechanics, thermodynamics, mechanics of fluids, materials science, engineering metallurgy, engineering mathematics, electronics, electromagnetism, management science, maintenance engineering etc.
Critical skills that engineers need to succeed at the workplace are problem solving, analytical, communication & planning skills.
Modern maintenance management requires good understanding of such approaches as Total Productive Maintenance (TPM) & Reliability Centered Maintenance (RCM). They are essential for operational excellence. TPM is the bedrock for World Class Manufacturing Best Practices. RCM drives maintenance excellence.
Other skills required at the workplace are ability to work in teams & develop others.
Updated
Haiyan’s Answer
To become an industrial engineer, you need to study the following aspects:
General Education Courses: These include natural sciences, humanities and social sciences, ideological and political theory courses, foreign languages, computer and information technology, physical education, art, and entrepreneurship basics.
Professional Basic Courses: Such as management, economics, operations research, applied statistics, systems engineering, and innovation methods.
Professional Courses: Including basic industrial engineering, logistics engineering, human - factor engineering, production planning and control, and quality management.
Multi - disciplinary Cross - Courses: Such as law, economics, and sociology
General Education Courses: These include natural sciences, humanities and social sciences, ideological and political theory courses, foreign languages, computer and information technology, physical education, art, and entrepreneurship basics.
Professional Basic Courses: Such as management, economics, operations research, applied statistics, systems engineering, and innovation methods.
Professional Courses: Including basic industrial engineering, logistics engineering, human - factor engineering, production planning and control, and quality management.
Multi - disciplinary Cross - Courses: Such as law, economics, and sociology