Skill Polymechanics/Automation involves the use of various cutters, measurement instruments, milling machine and lathes to produce and manufacture the components of automation mechanism. Various of electrical and pneumatic components, sensors and actuators are assembled according to the assembly diagram. The programs of controllers are written to meet the action requirements. Finally, the mechanical, pneumatic and electrical components are assembled and tested to form a functional-specific automation mechanism.

Career prospects: Precision mechanical engineer, manufacturing engineer, mechanical and electrical automation engineer, and electrical control engineer

MTC is the technical occupation of software development that involves a number of skills, including precision machining, mechatronics, circuitry, sheet metal engineering, welding, and computer-assisted manufacturing design. Factory management and process design concepts are implemented to minimize time and cost, optimize manufacturing processes, and maximize team cooperation, ultimately making the best products.

Mechatronics is commonly known as "automation." It is the foundation of " Intelligent Manufacturing Systems" and "Industry 4.0." The technical scope of mechatronics covers mechanics, electronics, electricals, communication, control, and information technology. It is a multi-discipline that combines modern technologies and traditional crafts.

From the manufacturing of needles to aircraft carrier, as long as the company or factory engaged in manufacturing all requires mechatronics technical staff.
Real-world application examples can be seen throughout all industries, including catering, textile, accommodation, transportation, engineering and entertainment.

Engineering drawings are crucial references in all aspects of an industry, from research, development, and design to manufacturing, quality control, and retail. They are the common language spoken across all industries. Therefore, drafting can be seen as the upstream stage or origin of an industry or the foundation for industrial development.

Mechanical engineering CAD involves the use of CAD software to create 2D and 3D engineering drawings.

Career prospects: Precision machine designer, mechanism designer, automotive designer, 3D modeler of consumer electronics .

CNC turning entails the use of a single- blade machine tool to rotate and cut workpieces.

The profession entails the use of CNC machines and computer systems to carry out analyses, simulations, design, illustrated, and auxiliary manufacturing and utilize data to effectively formulate production plans, schedule production procedures, and specify machine tools and operating parameters. CNC turning heavily influences industrial productivity and quality.

Relevant industries include aerospace processing, machine manufacturing, automotive processing and equipment, and light metal technical design and creation for consumer electronics.

CNC milling entails the application of mechanical engineering theories and processing techniques and the use of CAM software to plan and convert processes into programs used in CNC milling. This specialization emphasizes the performance of advanced theory-practiced integrated skills.

Career prospects: CNC milling machine technician and CNC engineer

Welding is one of the most important and versatile processes of fabrication available to industry. By heating their joints, the base metals are melted into metallurgical bonding in the way of rapid diffusion of atoms at the interface.

Most metals can be joined together by welding and hence welder is often called “the tailor of metals”.
Welding can be applied in many fields such as mechanical, electrical, civil, chemical engineerings,   vehicles, shipbuilding,  aerospace,  and  semiconductor industries etc.

Furthermore, welders have also played critical role in the construction of the indigenous defense industry and the offshore wind power.

This specialty encompasses the application of hand tools and instruments to design, assemble, adjust, test, measure, and repair electronic circuits, instruments, and equipment. The contest items cover theoretical calculation, schematics and PCB layout, software/hardware design and implement, mechanical and PCB assembly, measurement and testing, and troubleshooting.

Career prospects: Chip designer, hardware engineer, software engineer, and system engineer.

The industrial control competition includes power devices and automation devices. Skills include the installation, setting, programming and troubleshooting of electrical control components and mechanisms, with particular emphasis on the combination of related components in factory production facilities and the function construction of process control in the field of industrial automation.

Career prospects: automation control engineer, Mechatronics R&D engineer, process automation designer, and industrial automation R&D engineers.

Mobile robotics is an occupation that integrates computers, information, electromechanics, and mechanical engineering. This occupation is expected to cultivate talent with strengths in AI and smart automation technology talents.

Contestants shall form teams of two in the competition. They can design, assemble, adjust, and install software to control and test the operation of the robot.  Then, this contest can cultivate technical skills eliminating difficulties.

Career prospects: Mechanical design engineer, mold engineer, CAD engineer, automation control development engineer, and robot design engineer.

Construction Metal Work mainly entails the application of various handheld tools and machines to process metal materials into geometric structures and components illustrated in competing technical draws or item descriptions.

Construction Metal Work is an important and indispensable skill in the manufacturing of metal structures, such as steel buildings, machinery and equipment, bridges, and vessels.

Career prospects: Structural Design Engineer, Mechanical Mechanism Engineer , and Mechanical Engineers.

Dies are a vital part in mass production. The skill influences the industrial competitiveness of a country, particularly in the fields of industrial operations, home appliances, and consumer electronics.

This skill integrates plastic product and die design concepts, computer drawing, CNC operations and processing, die component polishing, die component assembly and adjustment, die testing, and production automation. Plastic die engineering is a consolidation of various specializations.

Career prospects: Product design, die design, die manufacturing, computer design and drawing, and CNC operation.

Prototype modeling mainly entails the use of appropriate materials to create product models (shape, dimensions, and color).

Prototypes are tested and adjusted to meet design specifications. They are then used as a reference during mass production.

Essential skills include the illustration of 2D and 3D images and CAD drawings, operation of traditional machinery and CAM, and appearance/function creation and design.

Career prospects: Model technicians, model engineers, model designers, and wood model technicians.

Industrial mechanic millwright can be categorized into manufacturing and repair.

1. Manufacturing: Specialists operate lathes and mills and engage in welding and panel work to manufacture components. The components are used in hydraulic systems, circuit systems, and fitter systems to ensure smooth operation.

2. Repair: Specialists use a variety of instruments to measure the temperature, rotation speed, vibration, and concentricity of. The data are then used for adjusting or correcting errors.

Career prospects: Maintenance and assembly staff for machinery (e.g., lathes, mills, grinders, CNC lathes, and CNC mills) and controls.

Sheet metal technology involves tailoring sheet metal into various products according to drawings. The work content includes patterns developing, materials cutting, forming, assembling, welding, and grinding.

Mainly the items used in daily life and industry, as well as the creation of artwork, it is a very promising industry.

Future occupations:  furniture sheet metal, vehicle sheet metal, metal styling, sheet metal assembly, and light alloy sheet metal, etc.

"Casting" is an indispensable part of the metal industry. Forging techniques have improved exponentially since the emergence of metallurgy several thousand years ago. From the earliest sand casting to today's precision casting, foundry and casting have spread to a variety of industries, including product design, model development, cavity creation, casting, and product testing. The specialization can be seen in various products used in everyday life.

Career prospects: Casting, metal melting, hot/cold forge operation, mold design and development.

Since the industrial revolution, mass production economy model has brought us a satisfying lifestyle. However, with the innovation and population of 3C products, consumer behaviors and societal structural changes, traditional way of human capital type of production is not fitting for today’s competitive environment anymore.

Applied Electronic competition includes circuit board design, simulation, assembly, software development, measurement, adjustment and repairment of consumer electronic, telecommunication, and automotive electronic products. Following the development of industry 4.0, it pushes ‘internet of thing smart control technology and application’ to concept development.