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- Tasks: Join a global team to protect radio astronomy from interference and develop innovative software solutions.
- Company: SKA Observatory is a pioneering intergovernmental organisation dedicated to advancing radio astronomy.
- Benefits: Enjoy 30 days annual leave, a generous pension scheme, and a vibrant multicultural work environment.
- Other info: Flexible working hours and opportunities for international travel are available.
- Why this job: Contribute to groundbreaking science that impacts humanity while collaborating with top scientists worldwide.
- Qualifications: Degree in radio astronomy or related field; experience with radio telescopes and Python programming required.
The predicted salary is between 30000 - 42000 ÂŁ per year.
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The role will be based either at the SKAO headquarters in the UK or in Perth, Western Australia.
At the SKAO we are coordinating a global effort to deliver one of the largest science facilities on the planet. The SKAO telescopes will be next-generation instruments that will help to answer key questions in astrophysics, drive technological innovation and support human capital development.
More than a dozen partner countries and over a thousand scientists and engineers around the world are already on board, making the SKA project an international collaboration like no other, and one of the most ambitious science and engineering endeavours of the 21st century.
Headquartered in the UK, with telescope sites in Australia and South Africa, the SKAO will be one observatory operating two telescopes, an endeavour spanning three continents. Multinational by design, in early 2021 the SKAO became an intergovernmental organisation, one of only a select handful of science infrastructures to do so worldwide.
Our Global HQ is located near the buzzing city of Manchester at the historic Jodrell Bank Observatory, a UNESCO World Heritage site located in the Cheshire countryside. It is home to a rapidly expanding international team of more than a hundred, working in a highly collaborative and inclusive way, in coordination with SKAO teams in Australia and South Africa as part of a global astronomy and engineering community.
Being part of Team SKA means contributing to something extraordinary: a uniquely exciting project to advance human knowledge that will last for decades. In return, we offer a diverse multicultural working environment, 30 days annual leave plus public holidays, a generous pension scheme, visa and support with relocation (if applicable), regular social events, a family-friendly environment and much more. Come and join us!
The Role
The SKA Observatory (SKAO) is the first Intergovernmental Organisation dedicated solely to radio astronomy. With radio telescopes under construction in Australia and South Africa observing the radio spectrum from 50 MHz to 25 GHz, the SKAO and its host countries have invested significant resources in the protection of the radio spectrum for scientific purposes.
SKAO telescopes are located in areas defined as Radio Quiet Zones (RQZ), protected by national legislation. In an RQZ the radio spectrum is managed to give priority to radio astronomical observations. The RQZs are the first and foremost important line of defense from radio frequency interference (RFI), with extensions of hundreds of kilometres on both telescope sites.
The SKAO Spectrum Management Group (SMG) works to protect and maximize the telescopes’ access to an uncontaminated radio spectrum. It advocates in policy forums at international and national level in collaboration with similar-minded organisations and our site entities respectively. The office also interacts directly with industry whose applications can have a detrimental impact on the science return of the telescopes, especially satellite systems.
The rapid advance of communication technologies, especially in the space sector with the deployment of large constellations and direct to cell connectivity, is increasing the challenges for radio astronomy. The SKAO is one of the founders of the IAU Centre for the Protection of the Dark and Quiet Sky from Satellite Constellation Interference (IAU CPS) where it works on simulations, observation campaigns and software development to mitigate the impact on our science.
The Radio Spectrum Scientist will be responsible for the SKAO contributions to the IAU CPS in particular in the areas of: development of mitigation software, observations of satellites with radio telescopes, data reduction and statistical analysis, simulations of impact on radio telescopes and specific science cases.
The role includes the possibility to conduct research and publications in the area of detection and mitigation of RFI in radio astronomy.
The successful candidate is able to be based either at the SKAO headquarters in the UK or in Perth, Western Australia. The location offered will be decided based on individual circumstances and SKAO policy principles.
SKAO is committed to providing an inclusive and flexible working environment, meeting the requests of our Colleagues whilst also fulfilling the needs and objectives of the Observatory.
This role requires the post holder to work across different time zones and, in line with SKAO policy, flexible working hours will be supported in agreement with the line manager.
Key Responsibilities, Accountabilities and Duties
- Participate as a core member of the IAU CPS SatHub in the activities mentioned before.
- Coordinate the work of radio astronomy collaborators to conduct radio observations and mitigation software within the IAU CPS.
- Propose and guide the development of software that can be implemented in the SKA telescopes to mitigate the impact of large satellite constellations leveraging the existing design of the SKAO signal chains and processing pipelines. These can be in the form of prediction software, online or post processing.
- Collaborate with the SMG in compatibility studies between a wide range of radio systems and SKAO radio telescopes for spectrum management purposes. The Radio Spectrum Scientist will provide the scientific radio astronomy perspective to SKAO compatibility studies.
- Contribute to the preparation of documents to be used in policy and spectrum management forums such as ITU-R working groups.
- Represent the SKAO SMG office in policy and scientific meetings (virtual and in-person), presenting SKAO’s own documents and reviewing third party ones on issues that can affect radio astronomical access to the radio spectrum
- Collaborate with SKAO’s Engineering team in identifying risks and mitigation measures to protect the SKA radio telescopes from external sources of RFI
- Collaborate with the SKAO Science team in simulations of RFI impact and mitigation techniques at telescope level
- Manage the SKAO RFI gitLab repository containing code for compatibility studies and RFI impact assessment of a variety of cases (from satellite systems to terrestrial mobiles)
- Travel internationally as required.
Mandatory Knowledge, Skills and Experience
- Degree in radio astronomy, or related scientific discipline
- Demonstrated experience with radio telescopes and interferometers including data acquisition, processing (e.g., RFI mitigation, feature detection), and scientific analysis.
- Expert in Python for radio astronomy applications, including tool development and data pipeline automation.
- Excellent communication skills in English (written and oral), with the ability to engage diverse audiences, write clear technical documents, and coordinate across multidisciplinary, multicultural teams.
- Good organisational abilities to lead collaborative efforts, manage community-driven initiatives, and work independently or within a team.
- Ability to work with multinational and multicultural teams.
Desirable Knowledge, Skills and Experience
- Experience in RFI impact assessment in science cases for radio astronomy
- Knowledge of spectrum management and ITU-R methods of working, multilateral policy making
- Knowledge of the RAS ITU-R protected radio frequency bands and their importance for radio astronomy
- Knowledge of:
- Ongoing work for the protection of Dark and Quiet Skies
- Space policy forums such as UN COPUOS
- Electromagnetic propagation as applicable to interference calculations
- RFI detection and mitigation in radio astronomy observations
Equality Diversity and Inclusion Statement
SKA Observatory recognises that our diversity is a strength. We aim to create a welcoming and inclusive environment where everyone feels they belong, and diverse perspectives and ideas thrive. As such, Equality, Diversity, and Inclusion are at the core of SKA Observatory’s agenda.
Our aim is to recruit and retain the most talented individuals, regardless of gender, race, disability, age, sexual orientation, marital status, religion, nationality or background.
Women have traditionally been under-represented in the fields of science and engineering; SKA Observatory welcomes and encourages female applicants.
Where applicants with a disability need facilities or adjustments to enable them to participate in the recruitment process, these will be provided.
SKA Observatory welcome all candidates, especially those from member countries.
The “How to Apply” information contained within the SKA Observatory recruitment portal provides more detail regarding our application and selection approach.
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Radio Spectrum Scientist employer: SKA Observatory
Contact Detail:
SKA Observatory Recruiting Team
StudySmarter Expert Advice 🤫
We think this is how you could land Radio Spectrum Scientist
✨Tip Number 1
Familiarise yourself with the latest advancements in radio astronomy and satellite technology. Understanding the current challenges and innovations in these fields will help you engage in meaningful conversations during interviews and demonstrate your passion for the role.
✨Tip Number 2
Network with professionals in the radio astronomy community, especially those involved with the SKA project or similar initiatives. Attend relevant conferences or webinars to connect with potential colleagues and learn more about the work being done in this exciting field.
✨Tip Number 3
Prepare to discuss your experience with Python and data analysis in detail. Be ready to share specific examples of how you've used these skills in past projects, particularly in relation to RFI mitigation or software development for radio telescopes.
✨Tip Number 4
Research the SKA Observatory's mission and values thoroughly. Being able to articulate how your personal goals align with their commitment to diversity, inclusion, and advancing human knowledge will set you apart as a candidate who truly understands and supports their vision.
We think you need these skills to ace Radio Spectrum Scientist
Some tips for your application 🫡
Understand the Role: Before applying, make sure to thoroughly read the job description for the Radio Spectrum Scientist position. Understand the key responsibilities and required skills, especially in radio astronomy and RFI mitigation.
Tailor Your CV: Customise your CV to highlight relevant experience in radio astronomy, data analysis, and software development. Emphasise your expertise in Python and any previous work with radio telescopes or interferometers.
Craft a Compelling Cover Letter: Write a cover letter that showcases your passion for radio astronomy and your understanding of the SKA project. Mention specific experiences that align with the role's requirements and express your enthusiasm for contributing to an international collaboration.
Highlight Communication Skills: Since the role involves collaboration across multicultural teams, emphasise your communication skills in both written and oral forms. Provide examples of how you've successfully engaged diverse audiences or worked in team settings.
How to prepare for a job interview at SKA Observatory
✨Know Your Radio Astronomy Basics
Make sure you brush up on your knowledge of radio astronomy, especially the principles behind radio telescopes and interferometers. Be prepared to discuss your experience with data acquisition and RFI mitigation techniques, as these are crucial for the role.
✨Demonstrate Your Python Skills
Since expertise in Python is essential for this position, be ready to showcase your programming skills. You might be asked to solve a problem or explain how you've used Python for data processing or tool development in previous projects.
✨Understand Spectrum Management
Familiarise yourself with spectrum management practices and the ITU-R methods. Being able to discuss the importance of protected frequency bands for radio astronomy will show that you understand the broader context of the role.
✨Showcase Your Communication Skills
As the role involves collaboration across multidisciplinary teams, highlight your communication abilities. Prepare examples of how you've effectively engaged diverse audiences or coordinated initiatives in past experiences.