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Applied Optimization (AO) Job Description
Job Title: Deep Space Electro-Optical Observations Engineer Reports to: Principal Scientist
FLSA Status: Full-Time (Exempt) Department: Space Science
Position Objective:
- Applied Optimization is an engineering R&D firm performing day and night observations of the sky in the visible and infrared wavelengths, along with archiving, processing, and analyzing the collected data for on-site and remote observations which involves the development, testing, and implementation of custom systems
- This is a challenging position with direct hands-on responsibility for operating and maintaining novel optical systems, telescopes, astronomical instrumentation, lasers, and observatory monitoring equipment, such as a weather stations, particle counters, and star charts
- Successful candidate must be a meticulous, detail-oriented individual who brings consistent quality and reliability to the collection and archiving of experimental results
- This position is a key component of an interdisciplinary research and development team that collects data to analyze and implement next generation scientific algorithms in the area of space science and atmospheric research
Essential Functions:
- Operates and maintains the telescopes and instrumentation including computer systems
- Understand, implement, and utilize optical equipment for laser and imaging systems
- Assist in or perform optical design, modeling, and simulation for optical systems and custom optical devices at small and large scales
- Conducts experiment planning and data collection in laboratory and real-world settings
- Conducts data reduction and processing
- Coordinates, trains, or works with a small team of aircraft spotters, laser and telescope operators, and data processors
- Conducts effective and efficient customer relations that include regular meetings, status updates, and technical reports
- Maintains and operates a laser system and other optical elements/devices for research
- Provides general support services for optical and mechanical equipment as required
- Assist in modeling and simulation for photonic crystals, metamaterials, and other research-level optical systems
- Ensure accuracy and follow documentation procedures for all work; maintain notebook of daily activities and provide weekly report of work
- Other duties as assigned
Required Qualifications:
- Bachelor’s degree or higher, preferably related to the field of electro-optics, physics, or astronomy with a superior academic record
- Knowledge of basic scientific principles and problem-solving skills normally obtained through a curriculum for a Bachelor’s degree
- Interest in and possess a basic/amateur knowledge of astronomy
- Ability to work well independently and without close supervision
- Ability to consult with senior scientists to maximize the scientific results of the experiments
- Ability to operate scientific instrumentation, and collect, calibrate, and record data
- Ability to perform day and nighttime observations throughout all four seasons as required
- Perform mechanical, thermal, and optical analysis of telescopes and other optical systems for space and mechanical engineering applications
- Physically capable of working different shifts and performing tasks in and around observatories relating to both hardware and software elements
- Ability to travel to customer sites for technical support
- Ability to analyze data and compile meaningful results into presentations and reports
- Attention to detail and effective time and schedule management skills
- Effective organizing, planning, debugging, and problem-solving skills
- Ability to adapt within a small team to support evolving customer requirements
- Ability to execute instructions and communication in written, oral, and diagram form
- Demonstrated strong writing, fact-gathering, and analytical skills
- Basic computer and software skills including but not necessarily limited to Microsoft Office products (e.g., Outlook, Word, and Power Point)
- Write technical reports and proposals as required by the project
Preferred Qualifications:
- College cumulative GPA (Grade Point Average) of 3.5 or higher
- Minor or dual degree in physics, astronomy, optics, computer science, or computer engineering
- Knowledge of computers and digital recording of sensor data, such as CCDs
- Aptitude in electronics and computers
- Familiarity with Windows OS and Linux OS (Ubuntu)
- Experience in CAD modeling using SolidWorks and optical design in Zemax
- Experience in EM simulation tools such as open-source and commercial solutions for FDTD and FEM modeling and simulation
- Aptitude with a programming language, preferably Python, C++, C#, and/or SQL
- Optics laboratory experience
- Prior experience in astronomy, telescopes, or operation of electro-optical systems
- Familiarity with Government property accountability procedures
Citizenship/Security Clearance Requirements:
- U.S. Citizen
- May be required to obtain and maintain U.S. Government Security Clearance
Office Requirements
- In-office attendance is required; remote work is not offered at this time
About Us: Applied Optimization is a growing organization located in Fairborn, OH. Find out more about us at www.appliedo.com.
This job description is subject to change.
This job description is subject to change.
We are an equal opportunity employer. All qualified applicants will receive consideration for employment without regard to race, color, religion, sex, sexual orientation, gender identity, national origin, physical or mental disability, protected veteran status, or any other characteristic protected by applicable law.
Applied Optimization
About Us
Since 1995, Applied Optimization, Inc. (AO) has been collaboratively discovering innovative solutions in material science and space science to address the technical challenges of our clients and partners in industry and government. Offering the right balance between critical thinking and non-conformity, our team of scientists, engineers, mathematicians, and software developers strive to further the understanding and state-of-the-art of additive manufacturing (AM), materials processing, space situational awareness, and space object characterization. Our software products’ capabilities include optimizing AM process parameters, mitigating defects in build parts, and processing and exploiting photometry data from Earth’s space domain.
Our Focus
We focus on interdisciplinary research and development of space science and materials science. From analyzing brightness data from man-made space objects in earth’s orbit to mathematical modeling in AM processes, Applied Optimization’s team is adept at assessing, researching, and developing optimized solutions for today’s technological problems. We customize our technical solutions to customer needs to ensure specific answers for specific problems Our innovative solutions are designed to provide results when utilized in a client’s day-to-day processes.
Company Website: appliedo.com
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