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Technical Assistant

The Advanced Materials and Microsystems Group is a multidisciplinary group that combines chemistry, nanofabrication, micro-assembly, and simulations to develop new microsystem technologies for applications in larger systems. Examples of current or recent past work include the development and testing of chemical sensors for trace explosives and toxic chemical detection (both point and standoff), development of nanoplasmonic- and metamaterials-based devices with new functionalities in the visible and infrared, applications of microfluidics in biology, micro-optics, and heat management, and the development of devices and subsystems on both the microscale and nanoscale that combine chemistry with newly engineered materials.
 

Position Description

 
We are seeking a person to support several development programs involving the growth of III-N semiconductors by Metallorganic Vapor Phase Epitaxy (MOVPE). The position involves the growth of thin films of materials for advanced electronic and optoelectronic devices. Characterization of these materials will need to be performed or coordinated with internal and external entities. Maintenance and tool status tracking as well as spare parts and supply inventory tracking would be required. Materials characterization performed would include photoluminescence, Hall Effect and C-V and optical- and electron- microscopy. The individual will fill a key role in the team responsible for materials development, process development, and quality control. This work will be performed under the guidance of a PhD-level materials scientist. In addition, the new hire may assist in the design, construction, and operation of program-specific experimental setups for specialized deposition and characterization. 
 

Qualifications

 
An Associate’s degree is required. Hands-on experience with chemical vapor deposition is strongly preferred. Experience with materials characterization methods, such as optical microscopy, atomic force microscopy, and photoluminescence, is desirable. The successful candidate will have the ability to multi-task and work in a fast-paced multidisciplinary environment, and have strong oral and written communication skills.