play a key role in our 2035 scientific strategic plan, which prioritizes AO as a way to support enhanced seeing (i. e. ground-layer AO), visible wave-length science, and high-contrast science and technology development. If this sounds like an exciting opportunity for you, please read on!
The starting salary range for this AO science and engineering position is $113,465 to $158,850 + 4 weeks annual paid vacation + 8% 403(b) employer contribution (4% employee contribution) + 100%-paid employee health insurance + additional benefits. If you have a passion for astronomy and would like to take advantage of this optical systems engineering opportunity, apply today! ABOUT W. M. KECK OBSERVATORY
From Hawaii's Maunakea, astronomers around the world use our observatory to observe the universe with unprecedented power and precision. Our twin observatory telescopes are the world's most scientifically productive optical and infrared telescopes!
Both telescopes are equipped with natural and laser guide star AO facilities whose capabilities are continually upgraded to maintain scientific competitiveness. With our highly advanced technology, we focus on service and stewardship and are very committed to being the science leader in large ground-based telescopes. We support the mission of the observatory and work to unravel the mysteries of the universe! Each employee is a part of our mission.
We provide meaningful jobs and an exciting place to pursue careers.
Employees are able to work with a variety of equipment and scientific applications for the good of humanity and pure science. We work in a wonderful setting and environment and are passionate about what we do. We're looking for more individuals to join us! YOUR DAY-TO-DAY AS AN ADAPTIVE OPTICS SCIENTIST As an Adaptive Optics Scientist, you play a crucial role in the development and optimization of our adaptive optics systems. Your job is to take the lead in identifying new AO techniques and propose ways to improve performance. Each day, you are at the forefront of scientific discovery as you follow a concept through from proposal to development to operation.
An avid learner, you seek to become an expert on our AO systems and to better understand the user community's needs so that you can ensure that they're addressed. Another key aspect of your role is to provide leadership for funding proposals that support new AO capabilities. In addition, you use your excellent communication skills to maintain strong relationships with each of our stakeholders and to document new AO capabilities in order to support operations and development. As you conduct research to further the performance of our high angular resolution, your passion for discovery fuels your day.
You enjoy leading a dynamic team as we strive to see better! QUALIFICATIONS FOR AN ADAPTIVE OPTICS SCIENTIST Ph. D. in AO or high angular resolution astronomy OR equivalent experience 4+ years of experience in the development or use of AO for astronomy research Broad understanding of the multiple engineering disciplines needed to develop AO systems, with detailed knowledge of either optomechanical systems, operations software, or real-time AO algorithm implementations The following qualifications are preferred: Experience with the development or optimization of AO systems for astronomy Experience as a principal investigator, project manager, or system architect Multi-disciplinary engineering expertise, including optical, mechanical, software, controls, and data visualization and analysis AO software development expertise Experience with Python and idl programming Experience developing key systems analysis tools, such as performance modeling, error budgets, requirements analysis, and system verification Understanding of astronomy and astronomical science as it relates to AO systems Experience in an observatory setting Are you a team player?
Do you have excellent communication skills, both verbal and written? Can you stick with a concept and see it through from proposal to completion? Do you possess leadership skills, including the ability to coach, mentor, and motivate your team members? If so, you might just be perfect for this AO science and engineering position. WORK SCHEDULE FOR AN ADAPTIVE OPTICS SCIENTIST This optical systems engineering position works full-time. Some availability during nights and weekends will be needed. The normal work site is at the Observatory headquarters in Kamuela although occasional work will be required at the telescopes on the summit of Maunakea.
The Observatory has a flexible work policy that allows for some remote work. ARE YOU READY TO JOIN OUR TEAM? If you feel that you would be right for this optical systems engineering job, please fill out our initial 3-minute, mobile-friendly application. We look forward to meeting you! Our salary ranges are determined by the role and level of the position. The range displayed on each job posting reflects the minimum and maximum starting base pay for new hire salaries for the position. Within the range, individual pay is determined by experience, skillset, and qualifications of the new hire.
Should you be selected for an interview, the HR team will be happy to further discuss the compensation details of this position with you. Location: 96743 Job Posted by Applicant Pro
The position is supported by the National Research Council of Canada. Maunakea is a mountain of high cultural and spiritual significance to Native Hawaiians. CFHT recognizes its privilege to conduct scientific observations from this iconic mountain, and joins the Native Hawaiian people in their demands for shared governance of Maunakea and advocacy for Native Hawaiian rights.
CFHT's success comes from high quality instrumentation and Science Operations that optimize night time and maximize scientific return. CFHT operates its 5 main instruments in Queue Scheduled Observing (QSO) mode remotely from Waimea with no staff at the summit facility. The suite of instruments consist of Mega Cam,
a 1 degree x 1 degree 340 Mpix CCD mosaic optical camera, WIRCam, a 4kx4k/20'x20' wide-field mosaic infrared camera, ESPa DOn S, a high resolution fiber-fed spectro-polarimeter, SITELLE, a Fourier Transform Spectrograph providing integral field spectroscopic capabilities in the visible (350 to 900 nm) over an 11 by 11 arcminutes field of view, with a variable spectral resolution, and SPIRou, a near-infrared high resolution spectro-polarimeter that began science operations in February 2019.
For the future, CFHT is exploring the possibility of upgrading the facility to an 11 meter telescope with a fiber fed Multi-Object Spectrograph (MOS) called the Maunakea Spectroscopic Explorer (MSE).
CFHT is particularly interested in attracting excellent scientists capable of conducting observations and work on instruments or software development in scientific domains related to MSE.
Potential applicants should consult the CFHT and the MSE websites for more information on current CFHT instruments and MSE development activities. http: //www. cfht. hawaii. edu/ http: //mse. cfht. hawaii. edu/ Resident Astronomers have approximately one third of their time available for research and are expected to become active users of CFHT. CFHT resident astronomers also have competitive access to 10 discretionary nights on the telescope each semester and have a research budget that is used to cover research-related travel and other expenses.
Collaborations with astronomers from the Institute for Astronomy at the University of Hawai'i, and scientists from other Maunakea observatories are encouraged. Resident Astronomers are assigned QSO coordination duties and, occasionally, may have to perform service observing at the summit facility. They also serve as project or instrument scientist for the development of instrumental or software projects. Minimum requirements are a Ph. D. in astronomy or physics or astrophysics or equivalent, combined with experience in instrument development, software development and telescope scientific operations.
Our preference is for individuals with previous post-doctoral experience in astronomical instrumentation and software development in multi-object spectroscopy, integral field spectroscopy and/or time domain astronomy. Candidates without previous post-doctoral experience but showing definitive potential for duties involved in operational issues of CFHT will also be considered. Salary will be commensurate with qualifications and experience. Competitive benefit packages and relocation assistance are also provided. The individual selected must pass a physical exam certifying ability to work at 4200 meters altitude.
Due to the nature of this position, work is occasionally required on weekends and holidays, but we do also have a flexible work policy allowing variable hours for instrument support and up to 50% remote work. CFHT is an equal opportunity employer. This position will be open until filled; we will begin reviewing applications on March 27, 2023. Our desired start date for the position is July or August, 2023. Applications must be completed online at cfht. /jobs/ and include a detailed curriculum vitae, a list of publications, a statement of research interests including those particularly appropriate for CFHT and MSE and a statement addressing their experience and aptitude for the CFHT support tasks.
Applicants should also provide contact information of three individuals who can provide letters of recommendation. For more information contact Dr. Daniel Devost (). To apply visit cfht. /jobs/. The full position description may be downloaded at this site. Astronomy, Astronomer, Physics, Mauna Kea, Telescope, Observatory Job Posted by Applicant Pro
