Was sind die wichtigsten Tipps für den Erfolg in einer Fernerkundungskarriere?

Like one of unknown expert said that it takes 1000 hours to get to know the baseline of any field, GIS is not the different. First spend entire your theory time to read all the basic principles of Physics that over lay RS and GIS. Then jump into Practical and I call it two phased practical. 1. LAB PRACTICALS 2. REAL WORLD PRACTICALS Lab Prac can be boring in the start but when you start getting 1 book done you will be enlightended to do the other. Real Life Prac are the most interactive part of learning GIS and RS when one can solve problems that actually matter to human or planet. I recommend to get $ in doing so even in this learning curve phase and this happens in Freelance platforms like Fiverr and Upwork.

Having 24 years of Geospatial Technology domain expertise, I can simply say one should be GEOPHILE, to excel in geo-related fields, especially GIS. Visualise real-world scenarios while creating, processing, analysing and displaying solutions to challenges faced in anthroposcene.

Para tener éxito en una carrera de teledetección, es fundamental cultivar una sólida base en las habilidades técnicas y analíticas requeridas en esta disciplina. La comprensión profunda de los principios físicos detrás de la teledetección y la capacidad para utilizar herramientas y software especializado son clave. Además, la actualización constante sobre las tecnologías emergentes y la evolución de los métodos de análisis es esencial para mantenerse relevante en un campo en constante cambio. La práctica y la aplicación práctica de los conocimientos adquiridos a través de proyectos reales también son recomendables, ya que proporcionan experiencia práctica y desarrollan la capacidad de resolver problemas específicos de teledetección.

If you think about human vision and fully understand how it functions then you would understand how Remote Sensing works and why it is important to understand the fundamentals. We don’t see objects but rather the fractions of light reflected from that object when exposed to light. Therefore we can imagine the following: 1. Light source like a lamp or the sun, 2. Light travels through and interact with a medium like air or atmosphere, 3. The light that makes it through the medium reach the object and three scenarios occur. a. Some light make it through the object, b. Some get absorbed by the object, c. And the rest get reflected. 4. The reflected portion travel through medium and when it reaches your eyes you start seeing things :).

Success in a remote sensing career, like any other field, requires a combination of skills, knowledge, and personal qualities. Here are some important tips for success in a remote sensing career: Develop Strong Technical Skills, Gain Practical Experience, Stay Updated on Industry Trends, Problem-Solving Skills, Attention to Detail, Time Management, Continuous Learning: - Embrace a mind-set of continuous learning. The field of remote sensing is dynamic, and staying abreast of new technologies and methodologies is essential for long-term success. By combining technical expertise, practical experience, networking, and a commitment to ongoing learning, you can position yourself for success in a remote sensing career.

Pour réussir une carrière en télédétection, La première chose à faire c'est de choisir un domaine ou secteur d'activité ( foresterie, aménagement du territoire, archéologie, etc). Une fois fait je pense c'est à ce moment que vous pouvez appliquer vos connaissances sur la télédétection pour révolutionner les méthodes de travail. Là, on peut parler de télédétection appliquée ou de carrière.

If I were to offer just one piece of advice, it would be to master the fundamental concepts. This applies not only to remote sensing but also to cartography and GIS. Possessing a deep understanding of the theoretical aspects will help you become a confident and decision-maker professional with strong critical and analytical skills. Knowing the "why" and "for what" of things will enable you to create cutting-edge solutions.

Although the statement is generally correct, but if you are an operator, you do not have to know everything these days. However, if someone wants to become an expert, they will have to put many hours of effort to master the basics while working on a project.

Fort de mes 7 ans d'expertise en gestion de données géospatiales, je recommande aux nouveaux arrivants en SIG de se concentrer d'abord sur la maîtrise des logiciels (QGIS, ArcGIS...), clé de voûte des compétences techniques. Complétez ce socle par des connaissances en cartographie, statistiques et programmation (Python, SQL) pour exploiter toute la valeur des SIG. Enfin, suivez de près innovations et évolutions fortes dans ce domaine (IA, Big Data, cloud...) via une veille et une formation continue. Cette combinaison savoirs techniques, transverses et veille active est la recette pour devenir un pro SIG reconnu.

To succeed in a remote sensing career, consider the following important tips: 1. Solid foundation in remote sensing: Acquire a strong understanding of remote sensing principles, techniques, and technologies. Familiarize yourself with different sensors, data acquisition methods, image processing, and analysis techniques. 2. Continual learning: Remote sensing is a rapidly evolving field, and staying updated with the latest advancements is crucial. Keep learning through courses, webinars, conferences, and publications to enhance your knowledge and skills. Remember that success in any career requires perseverance, continuous learning, and a passion for the field.

After having a solid basic knowledge of remote sensing, It's up to you to decide whether you are expanding yourself in the field. You can try different approaches to acquire, process and analyze data in different software platforms and compare them with your requirements. Also, you can find different approaches in your field procedures based on the external factors you have to face in different environments. All of these will improve you as a skilled person in remote sensing

It depends on the project you are working on and the requirements of the research and your role in the project. The required skills are always changing and one needs to adopt.

Building a compelling remote sensing portfolio involves strategic planning and execution. A few key points to consider from my experience: 1.Choose projects that align with your interests and the broader field of remote sensing. 2. Effective Documentation and Communication 3. Establish an online presence for your portfolio through platforms like GitHub, LinkedIn, or a personal website. 4.Demonstrate a commitment to continuous improvement by regularly updating your portfolio with new projects and staying informed about the latest developments in remote sensing.

It can be helpful to establish an online presence for your portfolio, and I imagine the one with the most flexibility would be developing a personal website, and linking content from GitHub, Carta, etc.

Having a strong professional network is invaluable. Being part of a network keeps you updated on the latest developments and can provide access to shared resources like datasets and software, which are essential in research and development. Your close network can also assist in providing career advancement opportunities through job referrals and insights into industry trends.

Adhérer à des communautés comme le Groupe des utilisateurs QGIS Suisse que j'ai rencontré lors de la Journée Romande de Géoinformatique sont d'excellentes occasion d'étendre son réseau. En réunissant des professionnels multidisciplinaires de ce secteur passionnant, ce genre de groupe sont des sources intarissables d'inspiration. Les échanges autour des applications concrètes de la géomatique, des innovations et des meilleures pratiques stimulent la créativité.

Success in remote sensing requires education in the field or related areas, such as environmental science, engineering, or geography. Specializing in a domain, such as environmental monitoring, precision agriculture, or urban planning, can enhance skills and proficiency. Experience with remote sensing data/tools/software, such as optical imagery, radar data, hyperspectral remote sensing, Google Earth Engine, and GIS tools, is also vital. Internships, workshops, and research projects can provide practical exposure. Staying updated with developments, conducting research, attending conferences, and networking are essential. Certifications and credentials in Geoinformatics and Geo-AI are also beneficial.

The power of GIS software is it can consume Raster, Vector, Texual, and numerical data. GIS software stands out with its advanced spatial analysis capabilities, enabling users to visualize, interpret, and analyze geographic data effortlessly. Its intuitive interface ensures user-friendly navigation, while robust data integration facilitates seamless collaboration. With powerful geoprocessing tools and real-time mapping features, our GIS software empowers users to make informed decisions, making it the go-to solution for professionals across diverse industries. Experience precision and efficiency in spatial data management with our specialized GIS software.

Staying up to date is crucial in this line of work. new methods, software and even better sensors are being introduced everyday and no one is safe by sticking to the methods they are accustomed to.

Join a society dedicated to geospatial and remote technology development and use. While ESRI is a fantastic center core for networking, there are a range of sub-societies and groups, for example the Society for Conservation GIS (SCGIS).

While a broad foundation is essential, excelling in a specific niche within remote sensing can significantly boost your career success. Identify areas that align with your interests and skills, such as precision agriculture, environmental monitoring, or disaster risk reduction. Deepen your expertise through targeted coursework and training, independent research and publications, and collaborations/networking.

As the space race evolves and revolutionizes the remote sensing (RS) industry, the desire to visit other planets grows. Through RS, we can conduct assessments and feasibility studies to search for signs of life. For anyone aspiring to advance their career in RS, having a clear direction in which they want to excel is crucial. Vision and focus are essential in achieving career goals.

Navigating a successful remote sensing career involves a few key coordinates. First, hone your technical skills like a finely tuned GPS master image processing, GIS, and remote sensing tools. Stay current with industry trends and technologies, evolving with the landscape like a seasoned explorer. Networking is your compass; connect with professionals and engage in relevant communities. Lastly, cultivate a deep understanding of the domains you work in, turning your remote sensing career into a journey of expertise and impact.

Solution oriented approach is essential requirement apart from keeping abreast with technolgy including AI for remotely sensed image processing.

Know how to develop software and scripts to become more intelligent than the machine in all aspects of remote sensing. Know how to implement Artificial intelligence (AI) within an ethical environment (internal and external balance) in remote sensing issues.

To really delve deeply into the remote sensing (RS) industry, connect with other emerging professionals both locally and globally. One of the best ways to challenge your own biases and familiarity with particular technologies is to expose yourself to the wide range of innovative thinkers, builders, and innovators in the GIS/Remote Sensing community.