The Software-IT industry today more than ever needs to be quick and agile in catering to the ever-changing needs of the consumer. Software Development Methodologies such as Scrum, Agile, and Kanban are people- and result-focused approaches to software development. Several recent surveys show that methodologies like Scrum, Extreme Programming, Agile, and, more recently, Kanban have been successfully adopted by many companies to develop their software. Tech practitioners prioritise Scrum, Agile, and Kanban as the most effective for implementing a project management system.
However, teaching software development methodologies can be tricky as it requires experienced personnel. No matter how experienced and learned, the teaching faculty available today have very little knowledge and experience in working with the latest software development tools in the industry. Additionally, a majority of the IT sector are regular software architects, seniors, and juniors, working to familiarise themselves with the evolving software development philosophy. Hence, it is essential to adopt a holistic teaching approach during undergraduate learning integrating the necessary project management skills alongside conventional coding and programming.
Project Management Tools
Trello and Jira are project management tools Software developers utilise when incorporating methodologies such as Scrum, Kanban, and Agile. Learning management systems is as important as learning the theory of software development methodologies. A Computer Science graduate with only theoretical knowledge of essential concepts will not be able to land a deserving package.
Software architect needs to be able to run projects, develop software, and coordinate with their teams to deliver results on time. It is essential to impart such knowledge during the ground-level training of the students, i.e., the undergraduate learning stage. Programs such as that of Kalvi ensure that students are industry-ready and learn to balance their social and professional lives from the onset of their graduation.
Software Development at Kalvium
Developer learning has traditionally depended on books and videos. A strong academic foundation is the default of any and all conventional degrees, especially in the field of Computer Science & Engineering. Students learn various software development methodologies throughout the 4 years of study. However, institutes often fail to provide hands-on experience for the same. The Kalvium undergraduate Computer Science & Engineering program mandates on-field learning so that students can truly internalise the classroom concepts.
- Students go through an experiential learning process, thoroughly understanding various theoretical concepts in-classroom.
- They participate in extracurricular activities like hackathons, industry expert mentorship sessions, programming clubs, high-on-learning sessions, etc.
- They work on real-world projects during their mandated internships. Every Kalvium student helps develop software solutions that make a real-world impact.
- They work in simulated work environments during their studies to practice and perfect their learnings and understandings ensuring industry-ready skill development.
The assured end of 1st-year internships ensures that students get their hands dirty and work on real-time projects with industry professionals and CTOs. They develop soft teamwork skills, critical thinking, project management, and other professional workspace expertise and environmental understanding.
Pool of Opportunities
In an age of volatility, uncertainty, complexity, and ambiguity, the Software-IT industry is brimming with growth opportunities for software engineers. Bagging lucrative job roles is a breeze when candidates are equipped with the right skills and expertise. However, theoretical lessons on software development methodologies and tools do not cut it. Students need to implement their learning and understanding to truly internalise the concept.
Mastering engineering practices builds the foundation for students to be able to develop high-quality software. Project management practices with Scrum, Agile, and Kanban include iterative planning, short release cycles, strong customer involvement, and highly interactive teams. Engineering practices can be learned in classrooms through theoretical teaching practices; however, project management practices are best through methods of team collaboration and appropriate student evaluation.
Conclusion
Today, computer science engineering aspirants should choose a curriculum that helps build theoretical and practical expertise. An engineering graduate with a computer science degree and no hands-on training is often unable to land a placement during their final year. The Kalvium Computer Science & Engineering undergraduate program mandates paid internships and on-field real-world project-based learning. This ensures that all students achieve predefined goals and more.
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