As you are already in college, you are already in touch with language/subject fundamental, utilise this as opportunity.

• Practice as much DSA as possible.
• Give mock interviews as much as possible.
• Learn why and how of language internals, don't restrict your knowledge to theoretical aspects.
• Develop your curiousity. 

Hey Pravi,

This is a great time to think ahead and prepare yourself to be industry-ready. Now, to understand what should be the roadmap, I assume you are looking to prepare yourself for the best job in the market. For that, you need to understand what issues other freshers face while applying for jobs.

Issues:

• Resume not getting selected
• Don't have interview readiness technically
• Lack of communication skills
• Lack of experience

Solutions and Roadmap:

• Resume not getting selected: This is the first and most challenging stepping stone. Because, here your resume is your only representation to the company and you are competing with hundreds of candidates to get an Interview call. So, for that, I suggest preparing your resume over time, over a period of one year. You gradually add all your projects and achievements and build a solid resume which increases your chances of getting an interview.
• Don't have interview readiness technically: For this, this is the perfect time to start. Start building your core strengths. Like, learn DS-Algo and practice coding questions. Also, pick one end-to-end web development project (like, MERN stack or MEAN stack), also try exploring things like Machine Learning, Blockchain, etc.
• Lack of communication skills: This is something that will be useful throughout your career. A simple strategy should be, to participate in public speaking.
• Lack of experience: As a fresher, to get ahead of the competition, gather industry knowledge by doing internships. It increases your chances by many folds. Also, you can do real-life projects if you don't have an opportunity to do internships.

I hope this helps.

For a pre-final year undergraduate student pursuing B.Tech from a Tier-3 college, the roadmap to enhancing prospects can be strategically planned as follows:

1. Strengthen Core Fundamentals:

• Dedicate time to master core subjects related to your branch of engineering.
• Build a solid understanding of Data Structures and Algorithms, which is critical for problem-solving in technical interviews.

2. Practical Exposure:

• Engage in hands-on projects that demonstrate your skills. Projects can be individual or collaborative, and should ideally be hosted on platforms like GitHub.
• Participate in internships, even unpaid or remote, to gain real-world experience.

3. Technical Skills Enhancement:

• Learn one or two programming languages thoroughly. For CS/IT, Java or Python are good choices.
• Understand the basics of web development, databases, and any relevant frameworks or technologies in your field.

4. Competitive Programming:

• Start competitive programming to improve coding skills, which can help in campus placements and other job opportunities.

5. Networking:

• Build a professional LinkedIn profile, connect with industry professionals, and engage with the content.
• Attend webinars, workshops, and tech talks to broaden your knowledge and network.

6. Soft Skills Development:

• Work on communication skills, both verbal and written, as they are crucial for interviews and career growth.
• Develop other soft skills like teamwork, leadership, and time management.

7. Certifications and Online Courses:

• Complete relevant online courses from platforms like Coursera, edX, or Udemy to add certifications to your resume.
• Aim for certifications that are recognized in the industry and align with your career goals.

8. Placement Preparation:

• Start preparing for campus placements early. This includes mock interviews, aptitude tests, group discussions, and technical interview practice.
• Create a professional resume and tailor it for each application.

Remember, the key is to be consistent and proactive in your efforts. Starting early gives you a significant advantage, allowing ample time to build a profile that can stand out in the competitive job market.

Alright, for a pre-final year undergrad, especially from a Tier-3 college, the roadmap is all about building a strong portfolio and gaining practical experience. 🛣️🎓 Start by honing your technical skills: get hands-on with coding through personal projects or contributing to open source. Platforms like GitHub are great for this. Show off your coding chops beyond academic projects by building apps, websites, or automation scripts. 💻🔨

Then, network like a pro! Connect with alumni, attend workshops, and participate in hackathons and coding competitions. These can lead to internships, which are golden tickets to real-world experience. 🎟️🤝 Don't ignore soft skills either; effective communication, teamwork, and problem-solving are just as important as technical know-how. And hey, if job fairs or campus placements aren’t bringing opportunities to your doorstep, go out and knock on theirs. Naukri, LinkedIn, AngelList, and internship platforms can be your playground. So, keep learning, keep building, and keep connecting. Your degree is just a starting point; your skills and your hustle are what will set you apart! 🌟💼

Creating a roadmap for a pre-final year undergraduate student pursuing B.Tech from a Tier-3 college involves strategic planning and proactive steps toward building a competitive profile for the job market or higher education. Here's a suggested roadmap tailored to maximize your potential outcomes:

3rd Year: Specialization & Professional Experience

• Specialization: Decide if you want to specialize in a certain field (e.g., web development, data science, AI, etc.) and take up specialized courses online or in your college.
• Competitive Programming: If you are inclined towards software development roles, start competitive programming to improve your coding and analytical skills.
• Leadership & Teamwork: Take up leadership roles in college clubs or tech fests to develop management and teamwork abilities.
• Major Project: Start working on a significant project in your field of interest, which can be showcased on your resume.
• Internship: Secure internships to gain industrial exposure and learn about professional practices.
• Research Work: If interested in higher studies or research, approach professors for research opportunities and work on publications if possible.
• Certifications: Consider earning certifications in your area of specialization to validate your skills.
• Career Planning: Begin exploring job roles and companies you are interested in. Understand the skill requirements for those roles.

Final Year: Launchpad

• Full-Time Job Applications: Start applying for jobs early in your final year. Tailor your resume for each application and prepare for technical interviews.
• Master’s Applications: If you're planning to pursue further studies, prepare for entrance exams like the GRE or GATE, and apply to universities.
• Capstone Project: Your final year project should reflect the culmination of your learning and skill set. Make it count.
• Networking: Intensify networking efforts and reach out to alumni working in companies of your interest.

Additional Steps

• Professional Online Presence: Maintain a GitHub profile for your projects and a LinkedIn profile for your professional network.
• MOOCs and Online Learning: Utilize platforms like Coursera, edX, or Udemy to learn about topics and tools relevant to your field of interest.
• Hackathons and Competitions: Participate in hackathons, coding contests, and technical paper presentations to showcase your skills.
• Soft Skills: Continue to refine your communication, presentation, and leadership skills through various college activities or public speaking clubs like Toastmasters.
• Mentorship: Seek mentorship from industry professionals or faculty to get guidance and feedback on your career path.

By following this roadmap, you will be well-prepared for both the job market and higher education opportunities. Always remain adaptable and be prepared to update your plan as the technology landscape evolves.