The Top Universities for SATCOM Studies

Posted on June 19, 2023 by Oleksandr

The Satellite Communications (SATCOM) sector is witnessing a remarkable surge in growth, fueled by groundbreaking advancements in technology and the emergence of private space companies.

This dynamic landscape is creating a wealth of opportunities, continually redefining and revitalizing this forward-thinking field. For those drawn to the allure of space exploration, the complexities of satellite communication, and the thrill of revolutionary technology, a career in the SATCOM industry might be a perfect fit.

Education serves as the springboard for a successful career in this rapidly evolving industry. Maintaining a competitive edge in SATCOM requires a keen eye on current trends, an ear to the ground for emerging talent, and an ability to adapt. For employers, identifying which universities are churning out the brightest minds in SATCOM offers a strategic advantage during recruitment processes. For students and those at the onset of their career, selecting the right university is a critical first step towards carving a successful career path in SATCOM.

EVONA recognizes the crucial role that education plays in crafting the future of SATCOM. With the industry’s rapid expansion, the need for highly educated, forward-thinking individuals in SATCOM is at an all-time high.

By analyzing employment data from leading SATCOM companies, we’ve identified a select group of universities that consistently produce the industry’s top talent. Interestingly, 90% of graduates landing jobs in the SATCOM sector graduate from American universities, with the University of Maryland leading the charge.

Top 10 Universities for SATCOM Studies by Industry Hires

University of Maryland, US
University of Colorado Boulder, US
University of California (UCLA), US
Stanford University, US
University of Southern California, US
University of Washington, US
Arizona State University, US
George Mason University, US
University of Phoenix, US
Tel Aviv University, Israel

When it comes to the world of SATCOM, the US stands as a dynamic hub of innovation, forging ahead with remarkable advancements in space exploration and technology.

The US: A Global Hub for SATCOM Education

The US has earned a global reputation as a leading hub for SATCOM education, a reputation that has been forged through its vigorous space programs, innovative research environments, and an influential network of world-leading institutions.

The Universities Space Research Association (USRA) lies at the heart of this educational framework. As a vital link, USRA connects universities, government bodies, and a wide spectrum of other organizations. By offering an expansive array of resources, driving research opportunities, and delivering expert technical insights, USRA fuels a collaborative atmosphere that nurtures innovation and growth. Its steadfast commitment to high-quality standards elevates the industry relevance of its member universities’ research, establishing a gold standard within the sector.

Also central to the US’s prominence in SATCOM education is the relationship between NASA and leading American universities. This partnership, enabled by regular funding for space exploration initiatives, creates a robust foundation for the sector’s development. NASA’s commitment to fostering academic programs focused on space-related studies accelerates progress in the SATCOM industry, effectively preparing students to navigate the constantly evolving opportunities and challenges within the field.

Tel Aviv: A Global Hub for SATCOM Education

While the United States dominates the SATCOM landscape, there are notable universities outside the US that excel in providing world-leading education in satellite communications. Situated in Israel, Tel Aviv University has distinguished itself as an international center for SATCOM education, drawing in students and researchers from across the globe.

With strong industry ties, research collaborations, and cutting-edge facilities, Tel Aviv attracts students and researchers worldwide. Its strategic location in Israel’s thriving tech ecosystem offers abundant opportunities for internships, collaborations, and networking with satellite communication companies and start-ups. The Department of Electrical Engineering, led by esteemed faculty, also provides rigorous programs covering wireless communications, signal processing, and satellite systems. Tel Aviv University fosters innovation and entrepreneurship, encouraging students to pursue groundbreaking ideas and contribute to SATCOM industry growth.

The Top Three Universities for SATCOM Studies

University of Maryland

Location: Baltimore, Maryland
Gender Split: 51% male, 49% female
Total Enrollment: Approx 41,200 students
USRA Membership: Yes
Funding: NASA allocated $32.5 million to extend its partnership with the University of Maryland, enabling continued management of data on small celestial objects—a field significantly advanced by UMD’s research
World Ranking for Space Science: 24th
Notable Collaborations: Partnerships with NASA’s Goddard Space Flight Center and the Joint Space-Science Institute (JSI)
Key Departments: Department of Astronomy, Department of Aerospace Engineering, and Maryland Robotics Center
Relevant Courses: Offerings include spacecraft systems and design, wireless communications, signal processing, space robotics, and spacecraft autonomy
Geographic Benefits: Proximity to Washington, D.C. offers numerous internship and employment opportunities with government agencies and private companies. Close ties with NASA’s Goddard Space Flight Center provide unique opportunities for research and learning.

University of Colorado, Boulder

Location: Boulder, Colorado
Gender Split: 55% male, 45% female
Total Enrollment: Approx 37,000 students
USRA Membership: Yes
Funding: Top university recipient of NASA research awards
Notable Collaborations: Partnerships with NASA, National Oceanic and Atmospheric Administration (NOAA), and National Institute of Standards and Technology (NIST)
Key Departments: Ann and H.J. Smead Department of Aerospace Engineering Sciences, Laboratory for Atmospheric and Space Physics, BioServe Space Technologies Center, Department of Electrical, Computer, and Energy Engineering
Relevant Courses: Course offerings include space and satellite systems, wireless communications, signal processing, and control systems
Geographic Benefits: In the heart of the American aerospace industry, students benefit from a rich network of space research organizations and companies. Boulder also offers an excellent quality of life, fostering a positive learning environment.

University of California, Los Angeles (UCLA)

Location: Los Angeles, California
Gender Split: 40% male, 60% female
Total Enrollment: Approx 44,000 students
USRA Membership: Yes
Funding: Ranked as a top public university for securing federal funding, including for space-related research and SATCOMs
Notable Collaborations: Collaborative partnerships with NASA, NOAA, and Jet Propulsion Laboratory (JPL)
Space Missions: UCLA has participated in over 50 space missions
Key Departments: Department of Physics and Astronomy, Department of Electrical and Computer Engineering, Institute of Geophysics and Planetary Physics, UCLA’s Galactic Center Group
Relevant Courses: UCLA offers courses in astrophysics, space physics, signal processing, network communications, and wireless technologies.
Geographic Benefits: Located in the global hub of technology and entertainment, students enjoy access to a diverse range of industries. Proximity to companies in the Silicon Valley and renowned institutions like JPL offer excellent internship and job opportunities.

The influential role these leading universities play in shaping the SATCOM industry’s future is undeniable. They provide the knowledge, exposure, and hands-on experience necessary for the next generation of professionals to lead and innovate in this rapidly evolving field. For those aspiring to build a career in SATCOM, these institutions stand as a beacon, offering a combination of world-class education, research opportunities, and strong industry ties.

As the SATCOM landscape continues to expand and redefine itself, the question for prospective students and professionals is: how will you leverage these opportunities to forge your unique path in the industry?

Whether you’re an employer in search of top-notch talent, a student figuring out your academic trajectory, or a professional considering the next steps in your career, we’re here to give you guidance and advice. Your SATCOM journey starts with a conversation, so let’s talk.

Timber in Orbit: Japan’s Wooden Satellite Prepares for Launch

Posted on June 13, 2023 by Oleksandr

In a daring move, researchers from Kyoto University and Sumitomo Forestry are planning to launch a wooden satellite into orbit by 2024.

The LignoSat Space Wood Project plans to send a wooden satellite into Low Earth Orbit (LEO) by 2024

This innovative project, known as the LignoSat Space Wood Project, started in April 2020. Their goal is simple but ambitious: they want to see if wood can survive the harsh conditions of Low Earth Orbit (LEO), a challenge usually faced by metal-based satellites. This exciting work could change the future of space technology, making it more sustainable.

“The experiment’s results astoundingly proved the resilience of wood under simulated LEO conditions,” announced Koji Murata, the spearhead of the space-wood research initiative, in a 2021 statement. Murata’s intention was to delve into the impacts of the harsh LEO environment on organic materials.

To facilitate this experiment, a panel carrying three different wood samples was sent to the International Space Station (ISS). The panel found its temporary home in the Japanese Experimental Kibo Module on the station, enduring the vacuum of space for a full ten months during 2022.

After this comprehensive exposure, Japan Aerospace Exploration Agency (JAXA) astronaut Koichi Wakata oversaw the successful retrieval of the wood panel, which was then transported back to Earth aboard SpaceX’s CRS-26 cargo Dragon spacecraft in January 2023. The subsequent analysis conducted by Kyoto University researchers authenticated wood’s extraordinary durability in space, with the study reporting “no decomposition or deformations, such as cracking, warping, peeling, or surface damage,” in the face of extreme exposure.

The compelling findings led the researchers to select wood from Magnolia trees for the next phase of the LignoSat project, due to its “relatively high workability, dimensional stability and overall strength,” according to the team’s press release.

The transformative discovery heralds numerous opportunities, especially when considering the environmental advantages wooden satellites could hold over traditional metal-based ones. Not only does wood offer a cost-effective and cleaner production process, but it also provides an environmentally conscious solution to the prevalent issue of space debris disposal.

In general, most deorbiting satellites incinerate in Earth’s atmosphere, with the remaining fragments deliberately directed to descend into remote oceanic regions. However, wooden satellites are anticipated to completely combust upon reentry into Earth’s atmosphere. Even in the highly improbable event of any fragments surviving this descent, these organic materials would naturally decompose, eliminating the risk of hazardous debris.

Geared up for its extraordinary next move, the LignoSat project is all set to propel the world’s first wooden satellite into orbit next year. This pioneering effort is the fruit of a collaborative endeavor between NASA and JAXA. It stands as a landmark moment, heralding a new chapter in the story of satellite manufacturing technology.

Dissecting the Gender Gap: The Changing Tech Landscape

Posted on June 13, 2023 by Oleksandr

The tech industry is celebrated for its trailblazing innovations and progressive advancements, yet gender disparities continue to pose a significant challenge within the sector.

We’re unpacking the current wage and opportunity discrepancies, illuminating the evolution of women’s roles in tech, and spotlighting encouraging progress that’s gradually changing the industry’s landscape.

The Gender Gap: A Snapshot

Regrettably, there remains a noticeable wage difference, especially in roles such as DevOps Engineering, where men often bring home larger paychecks than women. This wage gap isn’t only apparent in conventional workplaces but is also prevalent on freelance platforms, where men typically demand higher rates for similar services. According to ZenBusiness, the disparity can be as high as $70 per hour.

Similarly, the scarcity of women in leadership roles paints a troubling picture. Data indicates that merely 4.2% of CEO positions in America’s 500 largest firms are held by women, emphasizing the startling underrepresentation at the top.

Beyond leadership roles, according to data by Zippia, only 28% of computing and mathematical roles are occupied by women, despite making up 47% of working adults in the US. This ratio has unfortunately declined over the past three decades, with half of the women who enter tech leaving by the age of 35. This disturbing trend points to a lack of inclusivity and representation.

Promotions, too, tend to tilt in men’s favor. For every 100 men promoted to managerial positions across all sectors, only 86 women achieve similar advancements – a ratio that drops to 52 women for every 100 men in tech. However, there’s a silver lining: organizations with inclusive cultures show higher promotion rates for women, underlining the importance of nurturing an inclusive workplace.

Embracing Opportunity: The Positive Shift for Women in Tech

Despite these hurdles, there’s a growing trend of women in tech taking control of their professional trajectories and pushing for change. A recent SkillSoft report reveals that 55% of women are actively seeking professional development and training opportunities, with 51% desiring more access to coaching and mentoring. There’s also a clear uptick in interest in leadership, management, and project management roles, all integral facets of the tech world.

These ambitions are translating into tangible results. In 2021, there was a marked increase in the number of women earning certifications in project management, leadership, and management compared to the previous year. This progress underscores the unwavering determination of women in tech to shape their own futures.

The industry must now seize the opportunity to create more avenues for these ambitious women to thrive. With the progress made thus far, there is reason to be optimistic about a future in tech that is more diverse, inclusive, and offers equal opportunities for everyone.

Closing the Gender Gap: Steps Forward

Addressing the gender gap in tech requires a multifaceted approach. First and foremost, education and mentorship programs can inspire and encourage more women to explore and pursue careers in tech. Schools and universities can play a crucial role by introducing computer science to young girls and showcasing successful female role models.

Tech companies themselves have a pivotal role to play in combating unconscious bias within their recruitment, hiring, and promotion practices. Implementing initiatives such as bias training, blind recruiting and hiring processes, and objective criteria for promotions and pay raises can make a significant difference. Additionally, fostering an inclusive culture that offers flexible working hours and locations, ensures representation at all levels, and enforces strict policies against discrimination is paramount.

Regular pay equity audits can help address the wage gap, ensuring that women receive fair compensation for their contributions. Also, supporting women in tech communities and organizations through sponsorship of events or programs, providing resources for ongoing learning and development, and amplifying women’s voices can create a more supportive environment.

A More Diverse Tech Industry

Addressing the gender imbalances in the tech sector opens doors for immense progress and transformation. By proactively working on these challenges, the tech industry can evolve into a space teeming with varied perspectives, creative ideas, and superior offerings.

While the road to achieving gender parity in tech isn’t without obstacles, it’s far from an unreachable goal. With a committed approach, the tech industry can shatter the proverbial glass ceiling, demonstrating that diverse leadership drives business growth and better performance. A more significant representation of women in tech inspires future generations of girls, sending a powerful message that tech is a welcoming and achievable career path. The far-reaching effects of these changes can redefine the tech industry, mirroring the diverse world it serves.

The tech industry is witnessing an encouraging shift, with increased opportunities for women.

While challenges persist, women in tech are asserting their influence and catalyzing change. The industry, in turn, must respond by addressing biases, promoting inclusivity, and ensuring equal opportunities. In doing so, the tech industry can stand as a symbol of diversity, innovation, and progress, benefitting the entire society.

Are you working in the tech industry and looking for your next role? Check out EVONA’s Jobs Board today!

How Medical Device Professionals Can Power the Space Industry

Posted on June 8, 2023 by Oleksandr

In the thriving age of space exploration, unconventional alliances foster unprecedented advancements.

An excellent example of this is the surprising but productive alliance between the medical device sector and the space industry. We’re exploring how proficiency from the medical device field is progressively important and beneficial in the rapidly expanding space sector.

Bridging the Gap: Medical Device Professionals in the Space Industry

Medical device development and space exploration, at first glance, might appear worlds apart. However, they share several significant challenges such as stringent standards for equipment, the need for compact and efficient designs, and the necessity for remote operability. As a result, expertise from the medical device industry is finding growing relevance in the space sector.

The undeniable value of cross-industry collaboration is reflected in examples such as the development of portable ultrasound machines for the International Space Station and the use of LED technology originally designed for plant growth experiments in space to aid wound healing. These cases underline the transformative potential at the intersection of medical devices and space technology.

Medical Device Expertise in the Space Industry: Transferring Technical Skills

Professionals in the medical device industry come with a wealth of technical skills that are highly applicable in the space industry:

Precision Engineering and Safety Assurance

Both the medical device and space sectors place a high premium on the precise design and development of equipment. This precision is critical given the potentially catastrophic consequences of equipment failure in both fields.

Navigating Regulatory Landscapes

Both sectors are governed by stringent regulations. Medical device professionals, already skilled in navigating these complex frameworks, can transfer this ability to the space sector.

Systems Integration and Engineering

In both fields, understanding and integrating complex systems is vital. The ability to conceptualize and implement cohesive systems is a significant asset when transitioning from the medical device sector to the space industry.

Soft Skills: Transferring Interpersonal Expertise to the Space Sector

Soft skills honed in the medical device industry are also invaluable within the space sector:

High-Stakes Problem Solving

Both fields necessitate quick and efficient problem solving, often under substantial pressure. The capacity to handle crises and generate creative solutions to unprecedented challenges is extremely valuable in space missions.

Interdisciplinary Collaboration

Just as in the medical device field, space projects often require cross-functional communication and collaboration. The ability to coordinate teams and communicate complex concepts clearly is crucial in both sectors.

Embracing Innovation and Adaptability

The fast-paced, ever-evolving nature of both the medical device and space sectors requires professionals to be innovative and adaptable, readily embracing new ideas and technologies.

Transitioning to the Space Industry with EVONA

Recognizing the need for a smoother transition for professionals across industries, EVONA, the leading space industry staffing specialist, plays a critical role. With a strong reputation for connecting exceptional talent with cutting-edge projects in the space sector, we stand as an invaluable partner for medical device professionals seeking to leverage their skills in the space industry.

Industry Insight – With deep knowledge of the space industry’s demands and the future landscape, EVONA can guide professionals in highlighting and deploying their transferrable skills most effectively.
Personalized Pathways – Every professional’s journey is unique. Our experienced crew crafts personalized transition pathways that take into account individual backgrounds, strengths, and career aspirations.
Extensive Network – EVONA’s established relationships with leading organizations in the space industry provide medical device professionals access to a plethora of opportunities.
Ongoing Support – Transitioning industries is a substantial step. EVONA’s commitment extends beyond placement, with ongoing support and resources to help professionals thrive in their new roles.

We stand at the brink of an exciting era, where interstellar ambitions are no longer confined to the realm of science fiction. With ambitious projects like the Lunar Gateway station and Martian colonization in the pipeline, the demand for this combination of skills is set to rise. These endeavours open new doors for career advancement and research opportunities for medical device professionals, inviting them to contribute to humankind’s most ambitious ventures.

If you’re a professional in the medical device industry, consider the wealth of opportunities waiting for you in the space sector. Contact our crew today and be a part of the pioneering wave of cross-industry innovation in space technology.

Seradata Welcomes Melissa Quinn: New Horizons with EVONA

Posted on June 6, 2023 by Oleksandr

Following a transformative journey at Spaceport Cornwall, Melissa Quinn is poised to chart new territories in her newly unveiled role as general manager at Slingshot Seradata.

Her appointment to this crucial position at a leading space market analysis firm signals another significant milestone in her illustrious career.

We at EVONA are incredibly proud to have placed Melissa in this new role. We’re thrilled to announce this transition and look forward to witnessing the innovative leadership and purpose-driven dedication Melissa will undoubtedly bring to her new position.

“After a decade at Spaceport Cornwall, and having achieved that historic first launch, my next career step had to be about more than finding just a job. It was crucial to me that my new venture aligned with my Space for Good purpose, and the prospective company was passionate about space and sustainability. I have definitely found that in Slingshot Seradata,” said Melissa Quinn. “Ross at EVONA really understood my needs and supported me throughout the whole process. It was a fantastic experience from start to finish (and beyond!), and the space industry is lucky to have them finding the skills we need to move us all forward.”

Melissa Quinn’s tenure at Spaceport Cornwall was nothing short of legendary. Beginning her journey as aerospace sector engagement manager in 2010, Melissa’s consistent demonstration of excellence led to her promotion to head of engagement in 2015. Recognizing her substantial contributions, the organization further elevated her to the role of head of spaceport in 2020. As the world’s first female spaceport leader, Melissa carved out a significant place in history, paving the way for more diverse leadership in the sector. Under her skilled guidance, Spaceport Cornwall carried out the UK’s first ever satellite launch, made possible through a strategic alliance with Virgin Orbit. During her leadership, not only did Spaceport Cornwall secure the UK’s first licensed spaceport, but it also set new standards for the UK’s broader engagement in space exploration and technology. This marked a significant milestone, redefining the landscape of the industry.

Under Melissa’s guidance, Spaceport Cornwall secured key investments, navigated complex regulations, and delivered advanced infrastructure, all while conveying the compelling story of space exploration to the local community. Melissa’s work extended far beyond the bounds of Cornwall, garnering international recognition through features in the New York Times, The Guardian, BBC World News, and The Independent.

It’s no surprise that Slingshot Seradata, the space industry’s premier launch and satellite database, selected Melissa for the role of general manager. The company, recently acquired by Slingshot Aerospace, can anticipate significant expansion under Melissa’s innovative leadership. Given her track record of overseeing high-profile national projects, managing multidimensional stakeholders, and amplifying the profile of space initiatives, she is exceptionally suited to navigate Slingshot Seradata’s expansive database and drive their market analysis system forward.

Slingshot Seradata, renowned for capturing comprehensive data on every orbital launch and satellite since Sputnik in 1957, is about to leap into its next chapter with Melissa at the helm. Her expertise in aerospace markets, project management, and strategic leadership will be instrumental in managing day-to-day operations and steering Slingshot Seradata’s market analysis tool for a deeper dive into the world’s satellite systems.

“From the moment we initially engaged with Melissa about the position at Slingshot Seradata, we knew she was the right fit,” commented Ross Crosby, EVONA’s Head of Contract. “Her track record of innovative leadership, coupled with her consistent and pragmatic decision-making skills, aligns perfectly with Slingshot Seradata’s goals and vision. But it’s not just about experience – her commitment to the sustainable use of space, and her ability to inspire others to share this vision, is exceptional. Melissa’s impact at Spaceport Cornwall significantly advanced the industry, and we anticipate the same transformative influence at Slingshot Seradata. They’ve gained a dynamic leader who will propel them into their next phase, and Melissa is joining a company that will leverage her skills to the fullest, fostering continued growth and expansion in the industry.”

It’s a thrilling day in the space industry as we welcome this highly anticipated transition. There’s been an electrifying buzz around Melissa’s move, fuelled by much speculation and excitement. Today, we celebrate not just a job transition, but a testament to Melissa’s unwavering commitment to propelling the space industry forward.

Melissa Quinn, a name synonymous with trailblazing leadership and strategic space innovation, is set to take Slingshot Seradata on an unforgettable journey. The future of space data analysis has never looked brighter.

To hear more about Melissa’s incredible story so far, straight from the source herself, tune into the latest episode of the EVONA Origin Stories podcast on Spotify, or get the full experience on YouTube.

The Top Fields of Study Shaping the Future of the SATCOM Industry

Posted on June 1, 2023 by Oleksandr

The Satellite Communication (SATCOM) industry is at the heart of our evolving digital world.

As the doors to space exploration open wider and communication technologies advance, SATCOM is blossoming, evolving, and expanding.

As your partner in space industry staffing, we’ve pinpointed nine key fields of study that are currently steering this change. Each field is unique, brimming with opportunities and new paths to explore. If you’re ready to dive into the SATCOM industry, these areas of expertise could be your ticket. Here’s why:

Electrical and Electronics Engineering

Listed as 21.8% of SATCOM companies’ top field of study, electrical and electronics engineering is the bedrock of SATCOM. Electrical engineers are the trailblazers who design, develop and manage the components essential to the operation of satellites. This includes power systems, telemetry devices, and other components, all of which are built to perform consistently in the harsh, unforgiving realities of space. Alongside them, electronics engineers masterfully craft miniature circuits and devices, optimising satellite weight and size while amplifying functionality. Together, this discipline forms a vanguard that consistently pushes technological boundaries in SATCOM.

Computer Science

Computer science, at 14.1%, is an indispensable cornerstone in the SATCOM industry. It’s computer scientists who design and optimise the intricate algorithms and data structures that satellites rely on for their operation. They work tirelessly to ensure secure and efficient communication between space and earth, maintaining the integrity and accessibility of the massive amounts of data satellites handle. With their expertise, satellites become more than hunks of metal in orbit—they become sophisticated instruments capable of advancing humanity’s reach and understanding.

Computational Science

With a substantial 9.8%, computational science – not to be confused with computer science – plays a pivotal role in the SATCOM industry. Computational science is an interdisciplinary field that uses computer science techniques, mathematical models, and simulations to solve complex problems in various scientific disciplines. It involves the practical application of computer science and mathematics to real-world problem solving. This discipline leverages the power of computational tools to simulate and solve complex physical problems associated with satellite communications. By creating models of intricate situations and systems, computational scientists offer invaluable insights into satellite design, performance optimisation, and risk mitigation. They are the analytical powerhouses who help us navigate the complexities of creating and managing advanced satellite systems.

Mechanical Engineering

Mechanical engineering, standing firm at 9.8%, brings pragmatism to the innovative world of SATCOM. These engineers concentrate on the physical systems within a satellite, focusing on aspects like thermal control and mechanical structures that maintain the satellite’s physical integrity. Their work ensures that satellites can withstand the harsh conditions of space for extended periods, thereby enhancing the longevity and reliability of our space-based communication networks.

Aerospace, Aeronautical, and Astronautical Engineering

Carrying a significant 9.5% of the weight, Aerospace, Aeronautical, and Astronautical Engineering builds the backbone of the SATCOM industry. These talented engineers design, construct, and test the spacecraft that eventually transform into our communication satellites. They are the bridge between theoretical designs and tangible, functioning satellites, their work allowing us to reach beyond the confines of our planet and into the celestial unknown.

Computer Systems Networking and Telecommunications

Holding 7.3% of the field, specialists in computer systems networking and telecommunications ensure that our planet remains interconnected. They design and implement the networks that facilitate seamless communication between satellites and earth stations. Their efforts transform a collection of individual devices into an integrated global web, keeping the world linked, no matter how remote the location.

Electronics

At 7.3%, specialists in electronics are indispensable to the SATCOM sector. These experts are responsible for the intricate electronic components that keep satellites functional. Through their meticulous work, they ensure that every signal, every byte of data, is transmitted and received correctly, enabling a symphony of seamless communication that spans the globe.

Industrial Engineering

Industrial engineers, also at 7.3%, bring a unique and practical perspective to the SATCOM industry. Their role is to enhance operational efficiency and cost-effectiveness within the sector. They ensure processes are streamlined, resources optimised, and that the production and operation of satellites remain economically viable. Their ingenuity in creating sustainable and efficient systems is a crucial contributor to the long-term growth and environmental responsibility of the industry.

Telecommunications Engineering

Finally, accounting for 7% of specialities, telecommunications engineering is vital to the efficient operation of SATCOM systems. These engineers manage the precious spectrum resources, promoting their efficient and effective usage. Their mastery prevents a chaotic scramble for bandwidth and ensures orderly, reliable communication channels.

Advancing Your Career with EVONA

Kick-starting your career in the exciting realm of SATCOM is an exhilarating prospect, and having EVONA as your partner can give you a significant advantage. As a leading specialist in space industry staffing, we have an intimate understanding of the industry and a deep network of connections with innovative organisations driving SATCOM evolution.

With EVONA, you gain more than just access to job listings. We work with you to understand your unique skills, passions, and career ambitions. Then, we connect you with opportunities that not only align with your expertise but also with your future aspirations, ensuring a fulfilling and impactful career.

Our commitment to you extends beyond the recruitment process. We firmly believe in the value of lifelong learning, and we provide continuous support through resources and guidance tailored to your professional development. With the SATCOM industry advancing at a rapid pace, we ensure you stay informed about the latest trends, technologies, and opportunities.

At EVONA, we’re dedicated to not just helping you find a job, but shaping your career and contributing to the future of the SATCOM industry. Begin your journey with us, and together, we will reach new heights in the ever-expanding universe of satellite communications.

NUVIEW to Revolutionize Earth Observation with Satellite Mapping

Posted on June 1, 2023 by Oleksandr

Embarking on an industry-defining mission, NUVIEW stands at the frontier of the Earth observation industry.

3D mapping using LiDAR satellite technology. Credit: NUVIEW

Their pioneering project is the first of its kind, setting the stage for a new epoch in global terrain mapping. By creating the first-ever commercial satellites equipped with Light Detection and Ranging (LiDAR) technology, NUVIEW is venturing into an uncharted territory that has been eagerly awaited for decades.

As we stand today, organizations shell out nearly $3BN every year to secure LiDAR data. Unfortunately, the yield from such substantial investment is merely a 5% mapping of the world’s surface, a limitation primarily due to the restrained capabilities of traditional airborne data collection methods. NUVIEW is set to disrupt this bottleneck with a more scalable, high-quality solution, democratizing LiDAR data access.

By leveraging cutting-edge satellite technology, NUVIEW is poised to revolutionize remote sensing. Their LiDAR imaging satellites will emit rapid-fire laser pulses, each meticulously measured for the time taken to reflect back from the Earth’s surface. By harnessing this data, NUVIEW’s satellites will construct intricate 3D maps of the terrain below, radically augmenting our understanding of the Earth.

3D mapping using LiDAR satellite technology. Credit: NUVIEW

The current LiDAR mapping landscape offers a limited scope, with drones and UAVs covering only a handful of square kilometers each day, and aircraft barely managing hundreds. In contrast, NUVIEW’s satellite constellation aspires to capture millions of square kilometers, making the concept of comprehensive global LiDAR mapping a tangible reality.

The game-changing potential of NUVIEW’s initiative spans numerous applications across multiple industries. From evaluating the density of vegetation in tree canopies for carbon production, to devising efficient water management strategies for farmers, the possibilities are immense. The regular updates from NUVIEW’s satellites also enable large-scale applications in flood mapping, forestry assessment, and infrastructure planning, all of which were previously impractical.

While this is undoubtedly a monumental technological challenge, NUVIEW’s team is prepared and equipped to tackle any technical hurdles. They stand ready to pioneer a future where the annual comprehensive mapping of the Earth’s land surface is a norm rather than an exception.

3D mapping using LiDAR satellite technology. Credit: NUVIEW

As NUVIEW blazes this trail, the company is recruiting across various roles and disciplines, inviting professionals to join this unique opportunity to be a part of a revolutionary endeavor that promises to redefine the remote sensing industry. EVONA is dedicated to helping guide you through this transition, ensuring a seamless move to NUVIEW. Embrace this extraordinary chance to contribute to a game-changing mission in Earth observation, supported every step of the way by our crew of experts.

“Joining NUVIEW is more than just being a part of a groundbreaking team. It represents a unique opportunity that is truly extraordinary,” commented Katie Graumann, NUVIEW COO and co-founder. “As members of this pioneering team, we are at the heart of a revolution, pushing the boundaries of what the remote sensing industry is capable of. We are not just observers of change, but makers of it, blurring the lines between what was once imagined and what is now achievable. NUVIEW is more than just a company — It is a lighthouse of innovation, illuminating the path to untapped possibilities and pioneering solutions in Earth observation.”

In their ambition to image the Earth’s entire land surface annually, NUVIEW is setting out to establish a new gold standard in global elevation data. This landmark mission is more than a scientific breakthrough; it’s a game-changer that fundamentally enhances our perception of the planet we inhabit.

Contact our crew and join NUVIEW in making this seismic shift a reality.

10 Surprising Ways Satellites Influence Your Daily Life

Posted on May 31, 2023 by Oleksandr

Satellite technology, while commonly associated with space exploration and weather forecasting, has a far more intimate connection with our daily lives than one might assume. It’s the invisible force that empowers a multitude of our daily activities, silently shaping the backbone of our modern societies.

In this post, we’ll unveil ten unexpected ways satellites influence your day – some of which might genuinely surprise you!

1 . Podcasts:

Satellites make possible the seamless distribution of your favorite podcasts. From the upload servers to your earphones, these celestial powerhouses ensure your commute is filled with enlightening conversations.

2 . Global E-commerce:

Ever shopped online for vintage clothing from an international store? Satellites facilitate global internet connectivity, making international e-commerce a reality.

3 . Virtual Fitness Classes:

When you log onto your live-streamed yoga class, it’s likely that satellites play a vital role in enabling real-time video transmission, ensuring you never miss a pose!

4 . Home Security Systems:

Satellites support the robust communication needed by home security systems to alert security companies during emergencies. You can sleep safer knowing that satellites are watching over.

5 . Language Learning Apps:

Ready for your Spanish lesson on an app? Satellites ensure global connectivity for real-time updates, making sure your lessons are always on schedule.

6 . Smartwatch Updates:

The updates your smartwatch receives might have been relayed through a satellite. From the latest weather update to new health features, satellite networks keep you informed.

7 . International Video Calls:

Satellites facilitate high-quality, real-time video calls, bringing your overseas friends closer than ever. Those heart-to-heart conversations might just be traveling through the stars!

8 . Power Outage Notifications:

Satellite data allows utility companies to predict and notify customers about potential power outages due to adverse weather conditions. With satellites on guard, you’re never left in the dark.

9 . Finding Lost Pets:

GPS-equipped pet collars utilize satellites to help you locate your adventurous furry friend. Even when your pet takes an unplanned excursion, satellites help bring them home safely.

10 . Watching Live Space Launches:

Enjoying a live space launch broadcast is made possible by communication satellites. Your awe-inspiring view of rockets piercing the skies owes its thanks to other machines already in orbit.

As we navigate our day-to-day activities, the unseen influence of satellite technology subtly guides our steps. From our personal endeavors to the larger technological landscape, these orbiting sentinels tirelessly shape our world and how we interact with it. By better understanding and acknowledging their invisible contributions, we can appreciate the true extent of the comfort and efficiency they bring into our lives. Satellites, though often out of sight, should never be out of mind.

Next time you tune into your favorite podcast or find your way with a GPS, remember to send a mental thanks to the silent guardians above.

Satellite Forecasting: Revolutionizing Weather Prediction

Posted on May 30, 2023 by Oleksandr

As we strive to understand and adapt to the continually changing climate patterns, satellite forecasting technology has become a cornerstone in our approach to weather prediction and management. The increasing global reliance on accurate, real-time weather data has necessitated remarkable advancements in satellite technology and climate science. Today, satellite forecasting is revolutionizing weather prediction and significantly influencing various sectors, including disaster management, agriculture, aviation, and shipping, among others.

Satellite Forecasting: A Transformative Leap in Weather Prediction

Satellite forecasting, a modern marvel of climate science, has dramatically changed the meteorological landscape. Advanced imaging satellites, such as geostationary satellites and polar-orbiting satellites, tirelessly monitor the Earth’s atmosphere, oceans, and land surfaces. This capability provides meteorologists with a global perspective on weather patterns, ensuring the creation of more accurate and timely weather forecasts.

The Intricate Process of Satellite Forecasting

The process of satellite forecasting is multi-faceted, beginning with the acquisition of data. These space-based observers capture images, measure radiation levels, and detect variations in the electromagnetic spectrum. Once transmitted to ground stations, this data is processed and converted into valuable weather-related information.

This information undergoes thorough analysis and integration with other meteorological datasets, such as data from ground-based weather stations, weather buoys, and drones. Advanced algorithms and computer models interpret the information, identifying weather patterns, storm systems, and atmospheric conditions. Utilizing a blend of historical data, atmospheric physics, and mathematical equations, these models simulate and predict the future state of the atmosphere, leading to more reliable forecasts.

Applications of Satellite Forecasting

Disaster Management:

Satellite forecasting plays a pivotal role in disaster management by providing early warnings, mapping vulnerable areas, and supporting post-disaster relief and recovery. The real-time, accurate data facilitated by advanced satellite forecasting and geo-intelligence helps in informed decision-making, reduces disaster risk, and enhances resilience. Find out more here.

Precision Agriculture:

Satellite technology is transforming agriculture by leveraging remote sensing and the Global Navigation Satellite System (GNSS) for crop health monitoring, soil condition assessment, and irrigation optimization. Accurate weather predictions enable farmers to make informed decisions about planting, fertilization, pest management, and harvesting, thus promoting sustainable agriculture.

Climate Studies:

Satellites provide invaluable data for understanding long-term climate trends. By monitoring variables such as temperature variations, sea ice extent, ocean currents, and greenhouse gas concentrations, scientists can analyze climate patterns and make predictions about future climate change. This information is crucial in shaping sustainable policies and strategies to mitigate the impact of climate change.

Aviation and Maritime Operations:

Accurate weather forecasts are essential for the safety and efficiency of aviation and maritime operations. Satellite data provides real-time information on cloud cover, turbulence, wind patterns, and sea conditions. This information allows pilots, ship captains, and navigation systems to plan routes, optimize fuel consumption, and circumnavigate hazardous weather conditions.

The Future of Satellite Forecasting

Satellite forecasting technology is set to evolve further, thanks to the advent of small, cost-effective CubeSats and advancements in high-speed data processing and AI. These developments promise to enhance the accuracy and utility of weather prediction. Moreover, the potential of this technology stretches beyond weather prediction to include environmental monitoring, climate change research, and space weather prediction, thus paving the way for a safer and more predictable future.

The integration of satellite data with other data sources such as ground-based weather stations, weather buoys, and drones will further enhance forecast accuracy and coverage. Additionally, progress in machine learning and artificial intelligence will streamline data analysis and model development, resulting in improved forecasts and faster processing times.

Satellite forecasting technology is revolutionizing weather prediction and impacting various sectors profoundly. By harnessing the power of satellites, meteorologists can observe the Earth’s atmosphere, oceans, and land surfaces in real-time, leading to more accurate and timely weather predictions.

This technology is also vital for understanding long-term climate trends, enhancing disaster management, transforming agricultural practices, and ensuring the safety and efficiency of aviation and maritime operations.

As we continue to explore and develop this technology, its potential to revolutionize not just meteorology, but a wide range of industries and scientific research areas, becomes increasingly evident. The next frontier in satellite forecasting promises profound advancements in our understanding and interaction with our planet and beyond.

Space-Based Solar Power

Posted on May 30, 2023 by Oleksandr

Space-Based Solar Power: A Sustainable Solution for Earth’s Energy Crisis?

In a world where the climate crisis and energy scarcity have become two of the most pressing issues of the 21st century, the quest for alternative, sustainable energy sources is more crucial than ever.

One possible solution that has emerged from the confluence of space exploration and renewable energy technology is space-based solar power (SBSP).

The concept, while not entirely new, has garnered significant attention in recent years and could potentially revolutionize the way we power our planet.

Understanding Space-Based Solar Power

Image credit: ESA Advanced Concepts Team

The premise of SBSP is straightforward: capture sunlight in space, where the sun always shines and convert it into a form of energy that can be transmitted back to Earth. Unlike ground-based solar power, space-based systems are not subject to weather conditions, atmospheric filtering, or the day-night cycle, resulting in an unending, incredibly potent power source.

“Sunlight is on average more than ten times as intense at the top of the atmosphere as it is down at the surface of the Earth. And up at a sufficiently high orbit sunlight would be available on a continuous basis, to capture all the sunlight available, able to be beamed to receiving stations across the planet, wherever it is needed.

The basic concept has been around for a long time, but has been given fresh urgency by the need for new sources of clean and secure energy to aid Europe’s transition to a Net Zero carbon world by 2050.” Says, the European Space Agency.

Space-based solar power systems would typically involve solar power satellites that orbit Earth, capturing and converting sunlight into electricity. This energy is then transformed into microwaves or laser beams and transmitted to receiver stations (rectennas) on Earth, which convert the microwaves back into electricity for distribution into the power grid.

The Promise of SBSP

The advantages of SBSP are considerable. Firstly, it’s an infinitely renewable source of energy, with no emissions or waste, making it incredibly sustainable and environmentally friendly. It could potentially offer a solution to both energy scarcity and climate change by significantly reducing our dependence on fossil fuels.

Secondly, as the system operates 24/7, it provides constant, reliable energy, addressing the intermittency issues associated with many renewable energy sources. This reliable production could play a significant role in stabilizing energy grids and meeting growing demands.

The stance taken by the National Space Society introduces an intriguing possibility for our future energy landscape. They suggest that space-based solar power might eclipse the combined output from all other energy sources on the planet. Their perspective puts forward the idea that this method of harnessing energy can yield substantial amounts with nominal environmental impacts. By harnessing solar energy from space, we could potentially unravel a solution to our current energy quandaries and the growing challenge of greenhouse gas emissions.

Challenges and the Road Ahead

Despite the considerable promise of SBSP, the technology also faces significant challenges. The primary one is the sheer cost and complexity of building, launching, and maintaining giant solar power satellites. Furthermore, safe and efficient wireless power transmission over such large distances is technically challenging and raises concerns about potential environmental and health impacts.

Another challenge is the international legal and policy framework for such projects. Given the global nature of space and SBSP, international cooperation and legislation will be required to address concerns like space debris, frequency allocation, and potential military uses.

Despite these challenges, progress is being made. Several countries, such as Japan and the US have shown an interest in SBSP and have launched initiatives to research and test the viability of the concept. Moreover, advances in technology, such as improvements in solar panel efficiency, wireless power transmission, and reusable rocket technology, are making SBSP an increasingly feasible prospect.

Infographic Credit: GreenMatch by Esther katete

Space-based solar power represents an audacious but potentially transformative approach to energy production.

It offers the prospect of a limitless, clean energy source, free from the constraints of Earth-bound renewable energy technologies. However, substantial technical, economic, and regulatory challenges will need to be addressed for this vision to become a reality.

As we look to the future, the merging of space exploration and sustainable energy development may hold the key to overcoming our planet’s energy crisis. SBSP, with all its promise and challenges, offers a clear demonstration of this potential and will undoubtedly remain a critical topic of research in the years to come.

In this light, it is vital that we continue to push the boundaries of possibility, fostering collaboration between governments, industries, and scientists across the world, to explore such innovative solutions for our global energy needs. The stars might hold more answers than we think.