Hourly Project Assistant II (Internship)

Health Research, Inc. • Albany, NY

3d • $20 - $20 • Onsite

About The Position

Health Research, Inc. is seeking an Hourly Project Assistant II to participate in the work related too the hydraulic behavior of water disinfection contact systems, tanks, pools, and other vessels. The incumbent will use fluid mechanics modeling software and apply this knowledge to drinking and recreational water applications. The objective of this work will be to demonstrate how judicious vessel design provides a more efficient means for treating water in the event of a contamination event. Results gathered will be published in scientific literature and support local health departments and the engineering community in design review and developing guidance documents and best practices. The Division of Environmental Health Protection (DEHP) is providing an opportunity for an individual to develop investigative skills with an endpoint that provides public health and technical professionals with knowledge that is both accessible and useful for the current practice of public health. The work will include literature surveys, development of skills in using modeling software, design of simulation experiments, execution of simulations, and the development of conclusions that are supported by the work. This type of investigative work is typically not available to public health or private sector engineers and design professionals. The information developed from this project will equip professionals with the needed understanding to incorporate better-quality designs in new and upgraded drinking and recreational water treatment systems. This information will also provide a means for more effective troubleshooting of drinking water systems where the source of the problem is not readily identified. The incumbent will develop their understanding of water treatment and how hydraulic flow patterns affect the time that is required to decontaminate a vessel of a target agent (i.e., microorganisms, turbidity, dissolved chemicals). These analyses can also be used to model the time required to decontaminate the air in an enclosed space such as an auditorium, classroom, or other place of gathering. While working with the DEHP team, the incumbent will learn how to and/or become familiar with the scientific method as it applies to applications in public health. The incumbent will learn how to formulate a hypothesis, develop a theoretical and/or numerical method to test it, use the method to obtain new data/information to test the hypothesis, and develop a theory that is supported by analyses. These analyses will be used to author journal articles that will assist in developing guidance. The incumbent will work with theoretical analyses, numerical methods, and the use of various software packages to develop plots, figures and documents that will be needed to memorialize the effort. This position is part of the Pathways to Public Health Internship Program and the purpose is to strengthen career pathways to public health by bringing together individuals of all disciplines and academic levels with public health professionals to create a space of exploration, learning, and development.

Requirements

• Currently enrolled in a relevant training program or pursuing a related degree or certificate in a related field.
• Valid and unrestricted authorization to work in the U.S. is required.
• Visa sponsorship is not available for this position.
• The selected candidate must reside within a reasonable commuting distance of the official work location specified in the job posting and must also be located in or willing to relocate to one of the following states: New York, New Jersey, Connecticut, Vermont, or Massachusetts, prior to hire.

Nice To Haves

• Experience including use of Microsoft Suite
• Strong digital literacy
• Analytical and problem-solving skills
• Familiarity with MATLAB Software or other relational databases
• Undergraduate or Graduate Student enrolled in Engineering, Physics, or Public Health.

Responsibilities

• Participate in the work related too the hydraulic behavior of water disinfection contact systems, tanks, pools, and other vessels.
• Use fluid mechanics modeling software and apply this knowledge to drinking and recreational water applications.
• Demonstrate how judicious vessel design provides a more efficient means for treating water in the event of a contamination event.
• Publish results gathered in scientific literature and support local health departments and the engineering community in design review and developing guidance documents and best practices.
• Develop investigative skills with an endpoint that provides public health and technical professionals with knowledge that is both accessible and useful for the current practice of public health.
• Conduct literature surveys.
• Develop skills in using modeling software.
• Design simulation experiments.
• Execute simulations.
• Develop conclusions that are supported by the work.
• Develop their understanding of water treatment and how hydraulic flow patterns affect the time that is required to decontaminate a vessel of a target agent (i.e., microorganisms, turbidity, dissolved chemicals).
• Learn how to and/or become familiar with the scientific method as it applies to applications in public health.
• Formulate a hypothesis.
• Develop a theoretical and/or numerical method to test it.
• Use the method to obtain new data/information to test the hypothesis.
• Develop a theory that is supported by analyses.
• Author journal articles that will assist in developing guidance.
• Work with theoretical analyses, numerical methods, and the use of various software packages to develop plots, figures and documents that will be needed to memorialize the effort.

Benefits

• Health, dental and vision insurance - Several comprehensive health insurance plans to choose from
• Flexible benefit accounts - Medical, dependent care, adoption assistance, parking and transit
• Generous paid time off - Paid federal and state holidays, paid sick, vacation and personal leave
• Tuition support - Assistance is available for individuals pursuing educational or training opportunities
• Retirement Benefits - HRI is a participating employer in the New York State and Local Retirement System and offers optional enrollment in the New York State Deferred Compensation Plan. HRI provides a postretirement Health Benefits Plan for qualified retirees to use towards health insurance premiums and eligible medical expenses
• Employee Assistance Program - Provides educational and wellness programs, training, and 24/7 confidential services to assist employees, both personally and professionally

What This Job Offers

• Career Level: Intern
• Education Level: No Education Listed
• Number of Employees: 1,001-5,000 employees