Assist engineers in designing, testing, and manufacturing mechanical systems and devices.

Design, develop, and test mechanical systems and devices; oversee the manufacturing process and ensure quality.

Integrate mechanical and electronic components to create automated systems; design and maintain robotics and mechatronic devices.

Perform medical tests and experiments under the supervision of medical technologists; analyze samples and report results.

Manage and perform complex medical tests; analyze results and communicate findings to physicians; ensure lab quality and safety.

Calculate and administer the radiation dose for cancer treatment; work with medical physicists and radiation oncologists.

Organize and manage patient records; ensure accuracy and confidentiality; use electronic health record systems.

Design and develop miniature systems, such as sensors and microelectromechanical systems (MEMS). Integrate mechanical and electronic components for high-performance applications.

Study the molecular and cellular processes of living organisms; conduct research to understand biological functions.

Design and develop systems at the nanoscale, such as nanoelectronics or nanomaterials; contribute to advancements in nanotechnology.