Ever thought about modifying spare parts to boost vehicle performance or your favorite machine in general to make it faster, better and while also more efficient in the long run?  Questions like these involving with tinkering of parts, materials and machines often signal a strong interest in the world of Mechanical Engineering — a field that goes far beyond assembling and disassembling of machines. Mechanical Engineering also tackles the overall encompassing the design, spesifications, development, and management of mechanical systems in a comprehensive manner.

As a branch of engineering, Mechanical Engineering applies the principles of physics and mathematics — such as thermodynamics, fluid mechanics, kinematics, and material engineering — to design and maintain machine systems. In practice, this major also focuses on energy management, proper utilization of materials, and industrial manufacturing processes. Unsurprisingly, Mechanical Engineering has become one of the most sought-after study programs in the era of Industry 5.0 due to its promising career prospects and essential role in technological innovation.

Curious about the range of opportunities awaiting UNDIRA students majoring in Mechanical Engineering? Here are five career prospects every Mechanical Engineering graduate should know:

1. Quality Control & Quality Assurance (QC/QA)

A strong understanding of the mechanical and physical properties of materials equips Mechanical Engineering graduates to maintain the quality of manufactured products. Professionals in this field ensure each component is original, durable, and meets technical standards. QC/QA stands at the frontline in guaranteeing customer satisfaction and long-term machine performance.

2. Project Engineer

As technical project managers, Project Engineers coordinate project workflows — from planning and installation supervision to final evaluation. In addition to technical expertise, this role requires strong managerial skills, communication abilities, and leadership to ensure projects are completed on time, on budget, and on target.

3. Technician & Safety Inspector

In machinery operation and construction activities, Mechanical Engineering graduates play a key role in ensuring the safe and optimal installation of equipment such as ventilators, air coolers, and manufacturing machines. Closely tied to Occupational Health and Safety (OHS), this profession ensures not only that equipment operates properly but also that risks of fire, overheating, or fatal damage are minimized in the field.

4. Manufacturing Industry & Materials Utilization

Understanding material characteristics makes Mechanical Engineering graduates highly valuable in industries such as manufacturing, battery processing, and renewable energy. They are responsible for selecting materials capable of withstanding shocks, high temperatures, and extreme environments — while also supporting production efficiency and sustainability of used materials in the long run.

5. Energy & Thermal System Management

With in-depth knowledge of thermodynamics and energy conversion, Mechanical Engineering graduates often contribute to the design of turbines (steam, gas, wind), boilers, heat exchangers, and power plants (coal-fired, gas-fired, hydro, solar, wind). They are also required to develop systems that use less energy while still maintaining maximum performance — supporting the global transition toward clean energy. 

Aside from that, Mechanical Engineering graduates are also needed in the fields of green and renewable energy research and development. 

Mechanical Engineering is not just a major focused on how machines work — it develops problem solvers in engineering and technology. Joining Mechanical Engineering at UNDIRA opens doors to contributing to efficient, eco-friendly, and impactful technological innovation.

For those eager to pioneer engineering solutions for the future of civilization, Mechanical Engineering is not merely a choice — it is the gateway to making a major impact on the global engineering industry.