Mechanical engineering is a scientific discipline that combines creativity, innovation, and problem-solving skills to shape the future of technology and industry. This engineering field offers a dynamically evolving work environment that allows professionals to stay at the top of technological innovation.
As we navigate 2024, prospective students and career changers may contemplate the viability of venturing into mechanical engineering course as a career path. Fortunately, this article delivers a comprehensive analysis, answering the important question— is mechanical engineering promising?
Why is mechanical engineering a good degree to pursue?
The demand for skilled mechanical engineers seems to be consistently high in aerospace, automotive, manufacturing and energy domains. This proves its viability as a solid career option, especially for individuals passionate about problem-solving and innovation.
Here are several reasons why mechanical engineering is worth exploring:
Diverse career opportunities
Mechanical engineering opens doors to a vast array of career possibilities, making it an enticing field for those seeking variety in their professional journey. The versatility ensures that your career can evolve alongside your interests and expertise.
Whether your passion lies in designing cutting-edge automotive systems, optimising manufacturing processes, or contributing to groundbreaking advancements in robotics— this field offers a breadth of options.
High income
One of the attractive aspects of pursuing a career in mechanical engineering is the potential for a high income. Across various industries, mechanical engineers are highly valued for their problem-solving abilities and technical expertise. Based on Glassdoor, the average salary for a mechanical engineer in Malaysia ranges from RM3,000 - RM6,000 a month.
Job security:
In a rapidly evolving job market, job security is paramount. With its broad applicability across industries, mechanical engineering offers assurance in this area.
Furthermore, the skills acquired in this field are easily transferrable. Thereby, professionals can navigate different sectors and adapt to changing economic landscapes.
Opportunity to contribute to technological innovations and advancement
Mechanical engineers have unrivalled opportunities to contribute to technological advancements. This chance is perfect for those with a desire to shape the future.
From developing sustainable energy solutions to creating innovative medical devices, mechanical engineers play a pivotal role in driving industrial progress and improving the quality of life for people globally.
Global opportunities
Mechanical engineering is a field without borders, presenting numerous opportunities for professionals to work on a global scale.
The interconnectedness of today's world allows mechanical engineers across continents to collaborate on international projects. There is, therefore, a chance to experience diverse cultures and work with experts from various backgrounds.
Are mechanical engineers in high demand?
The demand for mechanical engineers remains robust, underscoring their critical role in diverse industries.
According to ajobthing.com, the continuous growth of manufacturing companies in Malaysia has translated to a constant demand for skilled mechanical engineers.
This growth stems from the need for country-wide innovation, efficiency, and sustainability in industries such as automotive, aerospace, and energy.
Mechanical engineering jobs
Mechanical engineers can work across diverse sectors; for example:
Automotive
Mechanical engineers play an important role in shaping the future of transportation. From designing energy-efficient engines to developing cutting-edge safety features—professionals in this field contribute to the evolution of the automotive industry.
Some responsibilities of mechanical engineers in the automative sector include:
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Vehicle Design: Mechanical engineers collaborate with designers to create aesthetically pleasing and functional vehicle components.
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Powertrain Optimisation: Engineers work on enhancing fuel efficiency, reducing carbon emissions, and improving the overall performance of vehicle powertrains.
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Autonomous Systems: With the rise of autonomous vehicles, mechanical engineers are involved in designing and implementing advanced driver-assistance systems.
Aerospace
The aerospace industry relies heavily on mechanical engineering expertise to design, analyse, and optimise aircraft and spacecraft components.
Mechanical engineers in aerospace typically engage in:
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Design of aircraft components: Mechanical engineers focus on designing and developing critical aircraft components—ensuring aerodynamic efficiency, optimal material choice, and structural integrity.
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Propulsion Systems: Working on aircraft and spacecraft propulsion systems, engineers aim to maximise efficiency and minimise environmental impact.
Robotics
This is a fascinating domain where mechanical engineers contribute to developing intelligent and efficient machines.
Roles for mechanical engineers in robotics may include:
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Medical Robotics: Mechanical engineers design robotic systems for medical applications, including surgical procedures and rehabilitation.
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Industrial Automation: Mechanical engineers play a crucial role in developing automated systems for manufacturing, optimising efficiency and precision.
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Autonomous Vehicles: Mechanical engineers contribute to designing and implementing self-driving technologies.
Oil and Gas
Mechanical engineers in the oil and gas domain focus on designing and optimising machinery for extraction, refining, and distribution.
Key mechanical engineering roles in this sector involve:
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Drilling Systems: Engineers design drilling equipment and systems for oil and gas exploration, emphasising efficiency and safety.
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Pipeline Engineering: Mechanical engineers work on the design and maintenance of pipelines— ensuring the secure transport of oil and gas.
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Refinery Optimisation: Optimising the efficiency of refining processes is a critical aspect of mechanical engineering in the oil and gas sector.
Manufacturing
The manufacturing sector relies on mechanical engineers to ensure the efficiency and quality of production processes. Mechanical engineer roles in manufacturing may include:
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Production Line Design: Engineers design production lines, optimising the flow of materials and minimising production bottlenecks.
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Quality Control: Mechanical engineers in manufacturing implement and oversee quality control processes to ensure the reliability of manufactured products.
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Supply Chain Optimisation: Mechanical engineering professionals may work on improving supply chain processes to enhance overall manufacturing efficiency.
Quality Assurance
Quality assurance is a critical aspect of many industries, and mechanical engineers play a key role in ensuring that products meet rigorous standards.
Mechanical engineers’ responsibilities in quality assurance may include:
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Testing and Inspection: Engineers design and implement testing procedures to ensure the reliability and quality of products.
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Compliance: Ensuring compliance with established industry standards and regulations is a crucial aspect of quality assurance in mechanical engineering.
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Continuous Improvement: Mechanical engineers contribute to continuous improvement initiatives. These mainly involve identifying areas for enhancement in product quality and manufacturing processes.
Is becoming a mechanical engineer worth it?
Becoming a mechanical engineer is a worthwhile career choice for anyone interested in tackling intricate challenges. This is because mechanical engineers can work in various ‘society-impacting’ fields. For example, transportation, manufacturing, construction, and energy production etc.
Furthermore, mechanical engineering offers a competitive salary and job security. For context, the median annual wage of a mechanical engineer is $88,430 in the United States.
Thus, becoming a mechanical engineer is worth it and may lead to a fulfilling and impactful professional journey.
How much do mechanical engineers earn?
The average income of a mechanical engineer in Malaysia is RM136,109 per year, excluding an average bonus of RM4,750, according to the survey data collected by SalaryExpert from companies and anonymous employees in Malaysia.
In addition, it is anticipated that the forecasted income will increase by 23% during the subsequent five years.
Is mechanical engineering a good career in Malaysia?
The appeal of mechanical engineering extends to international contexts, including Malaysia. The country's growing emphasis on technology and innovation has increased the demand for skilled engineers.
However, it's essential to consider the specific nuances of the Malaysian job market and align your skills with the evolving needs of the industry. Nonetheless, it is still a good career choice in this nation.
How do I know if mechanical engineering will be a good career for me?
Determining whether mechanical engineering is the right fit for you involves a combination of self-reflection and exploration. So, consider your passion for problem-solving, innovation, and technical challenges.
Furthermore, engage in internships or projects to gain hands-on experience and a better understanding of the field. Networking with professionals in the industry can also provide handy insights into the day-to-day realities of a mechanical engineering career.
Mechanical engineering degree in Malaysia
If you're considering pursuing a mechanical engineering degree in Malaysia, the University of Nottingham Malaysia (UNM) offers a reputable programme.
Its Mechanical Engineering (MEng Hons) course provides a comprehensive education that aligns with global industry standards. The course’s curriculum intuitively combines theoretical knowledge with practical skills, getting students ready for the challenges and opportunities in the field.
Conclusion
Mechanical engineering is a robust and dynamic career choice, offering many possibilities, from shaping the future of technology to contributing to global advancements. While challenges exist within this domain, the rewards for career satisfaction, financial stability, and the chances to make a meaningful impact are substantial.
A mechanical engineering career promises a fulfilling and successful journey— whether you’re interested in automotive innovation, aerospace exploration, or robotics. Not forgetting, the opportunity to make a lasting positive impact on society through innovative technologies.
For more on mechanical engineering, read ‘Mechanical Engineering vs. Electrical Engineering: A Comparative Analysis’ and ‘Is Mechanical Engineering Hard? Demystifying the Challenges’.
Explore the scholarships available for our foundation, undergraduate, and postgraduate courses. Also, remember to download our prospectus for detailed information about our programs!
This article aims to give an overview of Malaysia's education system for public understanding. However, it does not cover all aspects of the University of Nottingham Malaysia (UNM), so readers are encouraged to seek more information if necessary.
Posted on 28th February 2024