OPENINGS

The research group is looking for new members to work on the development of optical sensors based on the Whispering Gallery Mode principle.

The student selected will perform, in collaboration with the other components of the group, simulations with Finite Element Method Software (Ansys, Solidworks) to estimate the behavior of the sensors with different configurations.

Preference will be given to sophomore and junior students in mechanical engineering but also other majors will be considered. Also, a minimum commitment of 1 year to gain enough experience to give a meaningful contribution is expected.

Required skills

1. Interest in research and development of new knowledge

2. Positive attitude

3. Ability to work collaboratively in a team-oriented work environment as well as independently

4. Strong oral and written communication skills, including editing and proofing with attention to detail

5. Strong organization skills

6. Ability to think critically and take initiative to solve problems

Preferred  skills

1. Familiarity with mechanics of materials principles

2. Familiarity with conducting literature searches, including Internet searching

3. Knowledge of FEA principles

4. Familiarity with FEA software (Ansys, Solidworks, etc)

To apply, send an email to edoardo.rubino@sjsu.edu. The application package must include in a single PDF file the following:

1. Brief cover letter (half to one page)

2. Resume

3. Unofficial Transcript

The review of the applications will start immediately. Applications will be accepted until the position is filled.  

If you have any questions, please send an email to edoardo.rubino@sjsu.edu.

The research group is looking for a new member to work on the development of ceramic membranes to treat dairy wastewater.

The student selected will, in collaboration with Dr. Fu and Dr. Rubino, design and test the experimental setup which consists of a pump, flowmeters, pressure gauges and a piping system. 

The appointment starts on July 1st 2021. A commitment of 20 hours/week with a pay of $12/hour is requested. 

Required skills

1. Fluid dynamics knowledge.

2. Interest in research and development of new knowledge

3. Positive attitude

4. Ability to work collaboratively in a team-oriented work environment as well as independently

5. Strong oral and written communication skills, including editing and proofing with attention to detail

6. Strong organization skills

7. Ability to think critically and take initiative to solve problems

Preferred  skills

1. Familiarity with conducting literature searches, including Internet searching

To apply, send an email to rubinoe@uwplatt.edu and fuz@uwplatt.edu. The application package must include in a single PDF file the following:

1. Brief cover letter (half to one page)

2. Resume

3. Unofficial Transcript

The review of the applications will start immediately. Applications will be accepted until the position is filled.  

If you have any questions, please send an email to rubinoe@uwplatt.edu and fuz@uwplatt.edu.

The research group is looking for new members to fill a paid part time research assistant position for summer 2020 (July and August) with the possibility of continuing after, according to the availability of funds.

The candidate will work on the research project related to energy harvesting with piezoelectric materials. Piezoelectric materials belong to the category of smart materials in which they can generate a voltage when they are subjected to a deformation. This principle can be used to collect flow energy. Wind can indeed deform a cantilever piezoelectric beam and the generated voltage can be used to charge batteries or to power small electronic devices.

The student selected will perform, in collaboration with the other components of the group, simulations with Finite Element Method Software (Ansys, StarCCM, Simflow) to estimate the behavior of the system in different configurations.

The salary will be commensurate with experience and coursework.

Required skills

1. Interest in research and development of new knowledge

2. Positive attitude

3. Ability to work collaboratively in a team-oriented work environment as well as independently

4. Strong oral and written communication skills, including editing and proofing with attention to detail

5. Strong organization skills

6. Ability to think critically and take initiative to solve problems

Preferred  skills

1. Familiarity with conducting literature searches, including Internet searching

2. Knowledge of FEA principles

3. Familiarity with FEA software (Ansys, StarCCM, etc)

4. Knowledge of fluid dynamics principles

5. Knowledge of vibration principles

To apply, send an email to rubinoe@uwplatt.edu. The application package must include in a single PDF file the following:

1. Brief cover letter (half to one page)

2. Resume

3. Unofficial Transcript

The review of the applications will start on May 18th. Applications will be accepted until the position is filled.  

If you have any questions, please send an email to rubinoe@uwplatt.edu.