11th Class Student Aiming for JEE and Software Engineering: How to Balance Both?

Ans: Am I to assume that you did not study Maths in Class XI and XII. Do let me know and I can respond in details.

Ans: Collect syllabus. Then study accordingly

Ans: Shreya, I trust that you have already enrolled in a coaching center, whether it be online or in person, and have finished your eleventh syllabus. (1) If you have not yet created your own short-notes for the 11th syllabus that has been completed, prepare it and continue to revise them every three days until 2026, even after you have commenced studying the 12th syllabus in December 2024. (2) Review the questions that you have incorrectly answered or skipped in mock tests conducted by your Coaching Center and/or practiced independently. (3) In order to increase your rank/percentile by targeting computer science at a reputable college/institute, prioritize mathematics (although all three subjects are equally important). (4) You should be thorough with NCERT books, particularly those pertaining to chemistry, in conjunction with the materials provided by your coaching institute. (5) Have 1-2 reference books for each subject. Not exceeding two. (6) Review the questions that were incorrectly answered or skipped in your mock and practice exams and retake the test. It is advisable to maintain a distinct note-book for these types of questions, which should include answers and elucidating notes, in order to review them repeatedly for all three subjects. (7) Download the SYLLABUS of JEE Main 2025 (available on Google by searching for "JEE Main Information Bulletin") and print it out, as there will be no significant changes to the syllabus in 2026. Maintain it on your study table and continue to update the 11th syllabus chapters and concepts that you have covered to date by marking them with a checkmark. This will boost your confidence if you continue to update the same till November 2025. (8) A slight difference in Syllabus might be visible when you acquire the 2026 JEE Main / JEE Advanced Syllabus. The same can be resolved within 15 days to one month in 2025-26. (9) Increase your productivity by studying for 45 minutes to 1 hour, taking a 10-minute break, and then continuing for 45 minutes. (10) Take a 2-3 minute break every 45 minutes while practicing questions, whether offline or online. This break should consist of closing your eyes and taking long breaths to enhance your concentration and mental capacity. (11) Additionally, it is recommended that you acquire the 20-40 PREVIOUS years question paper book of JEE (Main & Advanced) from Amazon. Arihant's, Disha's, or MTG's publications are recommended. Once you have finished reading a chapter, practice and complete it to determine the extent to which you have comprehended the concepts and to identify areas that require improvement. (12) By October 2025, ensure that you have reviewed significantly more than 90% of the previous years questions. Your confidence will be further bolstered by this. (13) After the mock test is completed at your coaching center, clarify all incorrectly answered or ignored questions and continue to revise and practice them, as these types of questions will significantly disrupt your performance in the actual JEE. (14) If you are a regular school student, inquire with your class teacher about the minimum attendance requirement as outlined in the Board's regulations (State, CBSE, ICSE, etc.). Utilize the remaining 15% by taking time off and preparing for your JEE, if only 85% attendance is required. (15) THE MOST IMPORTANT Value Added Suggestion: Rather than solely relying on JEE, please participate in 5-7 entrance exams/counseling process with a JEE score for getting admission into any one of the private engineering colleges to have a variety of options to select the most suitable one. All the BEST for Your Prosperous Future.

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Ans: Congratulations on starting your journey in the CSE core branch at ITER SOA Bhubaneswar. The official BTech CSE curriculum at ITER emphasizes foundational mathematics in the first year, particularly calculus, differentiation, and numerical methods, underpinning your subsequent success in computer science courses. The first year introduces subjects like Mathematics-I and Mathematics-II, which focus on key concepts such as differentiation, integration, linear algebra, and logic, intertwined closely with practical coding and problem-solving. Since your mathematical base is currently weak, intensive engagement with course materials is essential. First, make use of official university resources such as remedial classes, math labs, or peer study groups available at ITER, as collaborative learning is proven to deepen understanding and retention. Seek help from professors during office hours and don’t hesitate to clarify doubts immediately. Supplement your learning with highly reliable educational portals like Khan Academy, MIT OpenCourseWare, and Brilliant(dot)org, which break down calculus and integration step-by-step, offering interactive exercises and real-world problem applications. Focus daily on revising core formulae, attempting varied problem sets, and practicing timed quizzes to build accuracy and speed, since robust calculation skills are critical not only for academic excellence but also for success in CSE subjects like Data Structures, Algorithms, and Machine Learning that require mathematical proficiency. Form study circles with fellow students to discuss difficult topics and solve problems in groups, as discussing alternative solution approaches can unlock deeper understanding. It’s also vital to cultivate a habit of persistent practice and reflective learning, as consistent effort leads to measurable progress even if your foundation isn’t initially strong. In parallel, focus on five attributes every strong institution and student should leverage: comprehensive curriculum coverage, robust student support services, encouraging collaborative environments, access to modern learning tools and resources, and connection to the real-world through internships or project work. Engaging with these aspects at ITER—attending lectures, utilizing student support, working on practical projects, and seeking guidance from career or placement cells—transforms weaknesses into strengths. By proactively addressing your mathematical areas of concern with available institutional and online aids, maintaining disciplined preparation, participating fully in labs and workshops, and making use of continuous assessment feedback, you’ll steadily elevate from average performance to a good level, ultimately paving the way to secure top placements.

RECOMMENDATION: Consistently utilize all university and online resources for mathematics, engage actively in group learning, and supplement lessons with regular practice to strengthen foundational skills, excel academically, and unlock the best placement opportunities in the CSE field. Wishing you immense success as you embark on your engineering journey—embrace every opportunity and excel at ITER SOA Bhubaneswar!