Mechatronics - evolving in response to need

Mechatronics and automated systems have been developed to increase the ​ (a)   of various processes and tasks. For example, automated ​ (b)   systems have been developed to increase production ​ (c)   and ​ (d)   , while automated ​ (e)   systems have been developed to increase the efficiency of transportation and logistics.

• efficiency
• speed
• accuracy
• transportation
• manufacturing

​ Automated systems have been developed to improve ​ (a)   in various industries, such as construction, mining, and transportation. For example, automated equipment and vehicles can reduce the risk of ​ (b)   and ​ (c)   , while also increasing ​ (d)   .

• safety
• human error
• accidents
• productivity

Automated systems have been developed to improve ​ (a)   for people with ​ (b)   or limited ​ (c)   . For example, ​ (d)   technology, such as robotic ​ limbs and exoskeletons, have been developed to ​ (e)   mobility and independence for people with physical impairments.

• accessibility
• disabilities
• mobility
• assistive
• improve
• reduce

Automated systems have been developed to ​ (a)   costs in various industries. For example, automated farming equipment can reduce (b)   costs, while automated manufacturing systems can reduce (c)   costs.

• labour
• production
• reduce
• increase

Mechatronics and automated systems have been developed to provide (a)   to the users. For example, in (b)   , personalised prosthetic limbs have been developed that can be controlled through muscle signals or brain-computer interface. In (c)   , autonomous vehicles are being developed to cater to the needs of different users, such as (d)   or (e)   people.

• personalisation
• healthcare
• transportation
• elderly
• disabled