Best 10 skills for SEE appeared students

By Dikshya

 May 5,2023

  18 min read

Best 10 skills for SEE appeared students

Best 10 skills for SEE appeared students

        The term "skill" describes the capacity to carry out a task or activity with competence, effectiveness, and proficiency. It is the end outcome of learning about, receiving training in, and engaging in a specific field or activity. Through repetition, criticism, and ongoing improvement, skills can be acquired, enhanced, and developed. The ability to achieve goals and improve in one's job are just a few areas of life where having a solid skill set can be helpful.

        A beginner needs to learn a variety of skills so they may use them whenever they find themselves in a difficult situation, whether it be related to their job development or in general. Depending on their interests and career goals, students may keep honing their skills after SEE in a variety of fields. Following are some skills, an SEE appeared students can learn after their completion of secondary education:

1. Technical skills : By enrolling in technical education classes or vocational training programs in fields like Computer Programming, Electrical wiring, Plumbing, or welding, students can develop technical skills.

2. Language skills : Being proficient to comprehend a different language has the potential for expanded career, professional, and tourism possibilities. By pursuing language classes, engaging in language exchange initiatives, or practicing with instructional language applications, students can acquire a new language.

3. Creative skills : Generating unique concepts or artistic creations necessitates an abundance of creativity and imaginative thinking. By participating in seminars or workshops while constantly practicing, students can develop innovative skills such as writing, graphic design, painting, or drawing.

4. Leadership skills : Leadership abilities comprise having the ability to influence, motivate and push certain others toward a shared goal. Engaging in extracurricular endeavors including student councils, academic gatherings, or sports teams, as well as taking leadership-building classes, can help students enhance their ability to lead.

5. Entrepreneurial skills : Beginning and maintaining a business or enterprise needs skills related to entrepreneurship. Participating in entrepreneurship courses, partaking in company competitions by or witnessing successful entrepreneurs are numerous methods that students potentially pick up entrepreneurial talents.

6. Soft skills : Soft skills are social competencies allowing folks connect with, collaborate, and work effectively alongside others. Engaging in collaborative tasks, internships, or volunteerism can assist students acquire soft skills which includes interpersonal interaction, time management, cooperative behavior, and problem-solving abilities

           Technology and its applications are more prominent in today's environment. Therefore, while other skills are equally important, students should place more emphasis on developing their technical skills. According to their interests and career goals, SEE appeared students can pick from a wide range of technical skills. They can pick up the following technical skills, as examples:

                 1. Computer Programming

                 2. Mobile App development

                 3. Database Management 

                 4. Networking and Cyber security

                 5. 3D Modeling and Design

                 6. Robotics and Automation 

                 7. Web Development

                 8. Cloud Computing

                 9. Digital Marketing

               10. Internet of Things (IoT)


 Learning computer programming languages like Python, Java, C++, or JavaScript may qualify one for a number of job possibilities in data research, software development, and web design and development. 

- Being able to program software is in considerable demand in the job marketplace at present. The development of software, developing websites, data science, developing mobile applications, and game development are just a few of the many areas where programmers may seek employment. Hence, Programming helps in assisting students in career opportunities.

- In order to handle complex issues, algorithms must be developed. Programming entails breaking complex problems down into smaller, more manageable portions. Developing problem-solving abilities that can be used in different spheres of life is made easier by doing this. Programming gives people a creative outlet for expressing their thoughts and coming up with new solutions to challenges. Applications that improve people's lives can be created and designed by programmers.

- Automation of mundane tasks has been rendered accessible via programming, which can minimize time spent and boost productivity. Programmers could write scripts to automate data entry, file management, or testing processes, for instance.

For business owners who desire to create their own software products or launch a technology company, programming abilities might be helpful.

In conclusion, learning computer programming is a vital ability that can open up a variety of job options, foster creativity, help with problem-solving and critical thinking, and enable automation and efficiency.

            2.      MOBILE APP DEVELOPMENT

The process for creating software applications for mobile platforms, such as smart phones, tablets, and wearable technology, is referred to as mobile app development. Due to the widespread adoption of mobile devices and the increasing demand for mobile apps spanning a variety of businesses, mobile app development has grown in prominence over the past several years. Businesses can benefit from a range of factors from increased reach to better customer interaction, revenue growth, stronger brand awareness, and insightful data analytics. Mobile app development is going to become increasingly more crucial for businesses in the years to come as the use of mobile devices rises.

    For SEE appeared students, learning how to create mobile apps in programming languages like Swift, Kotlin, or React Native can be a valuable skill. 

          3.        DATABASE MANAGEMENT

Managing databases requires effectively arranging, storing, and retrieving data. Database management systems, which are widely used by business organizations, organizations, and agencies of government, have the potential to be introduced to students. Examples include MySQL, Oracle, and Microsoft SQL Server. 

Learning database management helps students in data organization, data consistency, data security, improved efficiency, better-decision-making, data sharing, scalability, data integrity and many more. In conclusion, database management may assist businesses in efficiently managing and utilizing their data, which can result in better judgment, more effectiveness, and greater production. 


For the maintenance of secure and effective computer systems, networking and cyber security expertise are essential. In addition to cyber security risks, defenses, and response strategies, students can study about network architecture, protocols, and security measures. Device communication and information sharing are made possible by networking, which can improve teamwork and productivity at work. Virtual Private Networks (VPNs), a type of networking technology, can offer secure data transfer over public networks, guaranteeing that confidential data is shielded from unauthorized access. Computer systems and networks can be protected from cyber attacks using cyber security tools like firewalls, antivirus software, and intrusion detection systems. These tools can stop data theft, unauthorized access, and other types of cybercrime.

For companies and organizations that depend on computers and networks for their operations, networking and cybersecurity are crucial. They can obtain a competitive edge in the market and enhance communication, collaboration, efficiency, security, and compliance by making investments in these areas.

Hence, learning networking and cybersecurity can become a good assistance in career development .

         5.     3D MODELING AND DESIGN

For applications such as video games, movies, product design, and architecture, 3D modeling and design entails producing digital models and designs. To develop 3D models and designs, students can study software programs like AutoCAD, Blender, or SketchUp. 

Students can use 3D modeling and design to express their ideas and creativity by making digital representations of a variety of things, products, or surroundings. Students can learn problem-solving techniques and strengthen their critical thinking skills by tackling design difficulties as part of 3D modeling and design projects. Students that are interested in pursuing jobs in design and engineering sectors like product design, architecture, industrial design, or game development may find 3D modeling and design abilities to be useful. Utilizing various digital tools and technologies, such as computer-aided design (CAD) software, 3D printing, or virtual reality (VR) technologies, is a part of 3D modeling and design. Students who want to work in fields related to technology may find it useful to learn these tools and technologies. 

         Regardless of their employment goals, students may gain insight from learning 3D modeling and design. It can give youngsters options for teamwork and cooperation while also strengthening their creativity, capacity for problem-solving, and proficiency with technology.

            6.         ROBOTICS AND AUTOMATION

Designing, constructing, and programming robots to carry out activities on their own are fascinating aspects of the sciences of robotics and automation. Students can gain knowledge about the design and development of robots, as well as the different kinds of sensors, actuators, and microcontrollers that are employed in robotics. Electrical engineering and electronics are heavily utilized in robotics and automation. Electronic parts, circuits, motors, and power supply are all things that students can study about. Mechanical engineering principles like kinematics, dynamics, and control systems are necessary for robotics and automation.

       Programming skills are required for robotics and automation. Programming languages like Python, C++, or Java as well as robotics-specific languages like ROS (Robot Operating System) are available for students to study. Students can learn about robot design, programming, and control using tools like Arduino, Raspberry Pi, or LEGO Mindstorms. Students can learn about how to control and navigate robots using various techniques such as sensors, motors, and algorithms. An essential component of robotics and automation is human-robot interaction. Students can gain knowledge on how to create robots that can interact with people in different contexts.

  Students can acquire the information and abilities necessary to design, construct, program, and manage robots and automated systems in a variety of fields and situations, including manufacturing, healthcare, transportation, and entertainment, by learning about these topics.

           7.         CLOUD COMPUTING

A concept for providing computing services like storage, processing power, and software programs over the internet is called cloud computing. Cloud computing enables users to remotely access these resources via the internet rather than storing data and executing apps on personal PCs or local servers. Applications and industries that employ cloud computing include e-commerce, healthcare, finance, entertainment, and education. File storage and sharing, email hosting, virtual desktops, software as a service (SaaS), platform as a service (PaaS), and infrastructure as a service (IaaS) are a few typical examples of cloud computing services.

   For SEE appeared students interested in careers in IT infrastructure, software development, or data analytics, learning about cloud computing systems like Amazon Web Services (AWS), Microsoft Azure, or Google Cloud might be a useful ability. Students can learn about Cloud Architecture, Cloud Infrastructure, Cloud Security, Cloud Automation, Cloud DevOps, Cloud Monitoring, Cloud cost Optimization, etc. in cloud computing. Students can master cloud computing and pursue professions in cloud architecture, cloud infrastructure, cloud security, cloud automation, DevOps, cloud monitoring, and cloud cost optimization by learning these skills.

          8.         WEB DEVELOPMENT

The process of designing, building, and managing websites is known as web development. Web design, programming, database management, and server-side scripting are just a few of the many jobs involved.

Learning web development technologies such as HTML, CSS, and JavaScript, as well as frameworks like React or Angular, can lead to careers in front-end or back-end web development. 

Web development is a profession that is always changing, thus web developers need to stay current with emerging tools, technologies, and trends. Strong problem-solving abilities, keen attention to detail, and the capacity for teamwork are frequently seen in successful web developers.

      9.             DIGITAL MARKETING

The act of promoting goods or services through digital channels like search engines, social media, email, and websites is known as digital marketing. Through a variety of online marketing strategies, digital marketing seeks to connect with and interact with specific target audiences. These strategies include : Search Engine Optimization, Pay-per-click, social media marketing, email marketing, content marketing, affiliate marketing, etc. Businesses may reach a broader audience, track and analyze performance indicators, and tailor marketing campaigns by utilizing digital marketing, among other advantages. Digital marketing is becoming a crucial part of every modern marketing plan due to the growing use of digital technologies.

For SEE appeared students interested in business or marketing, learning digital marketing skills like search engine optimization (SEO), social media marketing, or email marketing can be beneficial.

    10.           INTERNET OF THINGS

Building IoT devices on platforms like Arduino, Raspberry Pi, or ESP32 can help student launch a career in embedded systems engineering or IoT development. The term "Internet of Things" (IoT) describes a network of actual physical objects, including machinery, transportation, home appliances, and other items, which are equipped with sensors, software, and connectivity to gather and share data. IoT gadgets can be as basic as consumer electronics like smart thermostats or fitness trackers or as sophisticated as sophisticated industrial gear used in manufacturing or agriculture. While the Internet of Things (IoT) has many advantages, including increased productivity, cost savings, and improved user experiences, it also raises issues with data privacy and security because the devices collect and transmit sensitive data. In order to fully achieve the potential of IoT, it is crucial to address the difficulty of assuring the security and privacy of IoT devices and networks.

Therefore, Students from SEE are able to enhance their employability and search employment in lucrative sectors which includes the development of software, web development, data science, network engineering, cybersecurity, robotics, and automation by mastering these technical skills. Technical expertise can benefit students in a variety of ways, including problem-solving skills, professional advancement, and digital literacy. Students can improve their chances of success in both their academic and professional endeavors by developing technical skills.


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