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Ans: With an IAT rank of 383, you have a good chance of getting into IISERs like IISER Tirupati, IISER Berhampur, or IISER Bhopal. IISERs like Pune and Kolkata may be less likely, but not impossible, especially if they are lower on your preference list and you score well on other factors like your preference list or the performance of other candidates.

Ans: Join SRM main campus, if you get LMNIIT then leave SRM and join LMNIIT.

Ans: BML Munjal University, UPES Dehradun, and KR Mangalam University are all reputable institutions, but the "better" one depends on individual priorities and academic goals. BML Munjal is known for its strong industry connections and experiential learning, especially in management. UPES is recognized for its specialized programs in areas like engineering, law, and energy, with a focus on industry-aligned curriculum. KR Mangalam University offers a wide range of undergraduate and postgraduate programs, with a good reputation for its B.Tech programs.

Ans: nit Rourkela geotech engineering

Ans: For Biotechnology, SASTRA is generally considered a better choice than SRM, particularly if you prioritize strong academics and research opportunities. While both universities are reputable, SASTRA's dedicated Biotechnology department and focus on research may offer a more enriching experience for students interested in the field.

Ans: With an SC category rank of 994, it is unlikely a candidate will get a seat in any IISER. IISER cutoffs for the SC category are typically well below 994, often ranging from 650 to 750 for the newer IISERs and even lower for the older ones.

Ans: (You have NOT mentioned which stream he has joined now for his 11th grade. I assumed that he is currently enrolled in the science stream, specifically studying biology). With a strong interest in neuro-surgeries and a passion for biology but modest academic performance (10th: Science 70%, Social Science 76%, Math 41%), your son can pursue several rewarding biology-related careers without the rigorous pathway of neurosurgery. Options include: biomedical engineer developing medical imaging devices; neuropsychologist assessing brain–behavior relationships; clinical research associate in neuroscience trials; genetic counselor interpreting hereditary conditions; biomedical laboratory scientist specializing in neuropathology; medical device technician or field service engineer; science communicator or medical illustrator; and doctoral-level researcher in neurotechnology .

To realign his study habits with his aspirations and improve focus, adopt a holistic, empathy-driven approach:

Establish a structured routine with fixed study, sports, and rest blocks in a distraction-free zone free of phones and TV .

Connect each study session to his neuroscience interest (e.g., illustrate neuron diagrams when learning cell biology) to boost intrinsic motivation .

Use the Pomodoro Technique (25 min study/5 min break) and active learning (teaching back concepts) to enhance engagement and retention .

Set clear, achievable goals and celebrate small wins, then progressively increase difficulty to build confidence .

Foster autonomy by involving him in planning his schedule and choosing study topics linked to neuro-surgery (e.g., anatomy modules) .

Incorporate mindfulness (deep-breathing before sessions) and physical activity (badminton practice) to manage stress and sharpen concentration .

Provide positive, empathetic communication—listen to his challenges without scolding and co-create solutions, reinforcing that effort leads to progress .

Engage a tutor or mentor in biology to clarify fundamentals, track progress, and keep him accountable .

Final Practical Roadmap:
Create a weekly plan aligning core subjects (biology, physics, chemistry, math) to his neuro-surgery interest, using Pomodoro sessions in a quiet study zone. Schedule badminton and mindfulness breaks. Hold biweekly progress talks to adjust goals. Pair this with a biology mentor for concept mastery and practice entrance-style questions to build confidence and consistency. All the BEST for Admission & a Prosperous Future!

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Ans: Sandeep Sir, Thapar Institute of Engineering & Technology’s B.E. in Electronics & Computer Engineering is NAAC A+ and NBA-accredited with ABET endorsement, delivered by PhD-qualified faculty across 18 specialized labs (VLSI, IoT, wireless, signal processing) and sees 85–90% ECE placement consistency over the past three years through recruiters such as Amazon and Deloitte. Manipal Institute of Technology’s B.Tech CSE is NAAC A++ and NBA Tier-I accredited, taught by research-active PhDs in 12 computing, AI/ML, cybersecurity, and data-science labs, and achieves ~90% CSE placement annually with 300+ recruiters including Microsoft and Bosch. Both maintain robust industry tie-ups, mandatory internships, central career cells, and modern infrastructure, but differ in domain focus and brand positioning.

Final recommendation: For a multidisciplinary electronics-communication curriculum with slightly higher placement consistency in core hardware-software roles, recommendation is Thapar ECE. To pursue a broader software-engineering trajectory, deeper AI/ML specialization, and mature computing ecosystem, choose MIT Manipal CSE. My suggestion: If you are based in Northern India, prefer Thapar-E&CE All the BEST for Admission & a Prosperous Future!

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