Since you've been allotted Electrical Engineering at IGIT Sarang (4th choice) and your top 3 preferences are at VSSUT Burla which is a more reputed institute with better academics and placements it's wise to choose "Float" and try for a higher option in the next 2 OJEE rounds. If your rank is close to the previous cutoffs of your preferred branches at VSSUT, your chances are decent.

Also, if you're eligible for CSAB counselling (through JEE Main) and interested in getting into NITs, IIITs, or GFTIs, you should participate. It provides another good opportunity, especially if your JEE rank is within range of those institutes' cutoffs.

Hi,

Thanks for reaching out!

SRM KTR and Manipal Jaipur both are good choices.Here's how they differ so can you choose what suits you best:

SRM Kattankulathur(KTR)

• strong placement record especially in core electronics and VLSI

•More core companies visit the campus

• located near chennai,offering better industry exposure

•bigger campus with more research and job facilities.

Manipal Jaipur

• good academic quality and faculty support

•Nice campus life and infrastructure

• slightly fewer electronic placements opportunities compared to SRM KTR

In summary:If you prefer better placement and industry links SRM,KTR is a right choice.

visit these websites for better comparison and preferences: https://www.careers360.com/university/srm-institute-of-science-and-technology-chennai

https://www.careers360.com/university/manipal-university-jaipur

Hello Vinod,

Here is your complete time management strategy and roadmap:

Stage 1: Foundation Phase (June 2025 – Dec 2025)

• Target: Comprehensive conceptual clarity of core EEE subjects.
• Study Time: 2 - 3 hours daily (other than college work)
• Subjects: Network Theory, Signals & Systems, Engineering Mathematics, Electrical Machines
• Weekly Plan: 5 days theory + 2 days review / practice
• Solve topic-wise PYQ from GATE after every chapter.

Stage 2: Strengthening Phase (Jan 2026 – Oct 2026)

• Target: Full syllabus + practice + revise
• Study Time: 3 - 4 hours everyday on weekdays, 6 - 8 hours on saturdays/sundays
• Complete remaining subjects: Power Systems, Control Systems, Analog & Digital Electronics, EMT, Measurements
• Join in a test series and make summary notes and error logs

Stage 3: Revision & Test Phase (Nov 2026 – Jan 2027)

• Target: Maximize test performance and accuracy.
• Study Duration: 6-8 hours every day (focus only on GATE)
• Plan: Take full length tests 2-3 times a week.
• Analyze and revise weak areas.
• Practice numerical types & MSQ.

Hello,

Between VIT Chennai and SRM Kattankulathur for Electronics Engineering with VLSI specialisation, VIT Chennai is generally better in terms of:

• Placements: VIT has a slightly better placement record, especially for core electronics and VLSI roles.

• Core companies: More core and semiconductor companies like Intel, NXP, Qualcomm, and Texas Instruments tend to visit VIT (mostly Vellore, but some do come to Chennai as well).

• Reputation: VIT has better industry recognition and alumni network in the core field.

So, if you are focused on VLSI and core job roles, VIT Chennai is a better option than SRM Kattankulathur .

Hope it helps !

hello student,

To be honest, with 66 percentile in JEE and 74.4% in CBSE , you won’t get Electronics (VLSI) at SASTRA. The cutoff is way higher — people who got it last year had 90+ in boards and JEE percentile above 85–90 .

But you might get other branches like Mechanical, Civil, or Biotech , especially in the later rounds. Also try TNEA counselling and other private colleges in Tamil Nadu — you’ll have better chances there.

Keep options open, don’t worry too much.

Finishing a diploma in Electrical and Electronics Engineering, you can opt for a course in Aerospace Engineering.

You can consider lateral entry: Many engineering colleges give students who have a diploma the option to enter the 2nd year straight in a similar B.Tech program. Learn whether the college takes in students for Aerospace Engineering using lateral entry.

If you wish to join Aerospace Engineering but it isn’t offered as a lateral entry, try joining either Mechanical or Electrical Engineering and move to Aerospace Engineering later.

You can be required to attend an entrance exam such as the state’s lateral entry test or a counseling session based on the marks you receive in your diploma.

You might look into private universities: They often let diploma holders be more flexible about starting in courses connected to aerospace.

If you cannot start with aerospace engineering lateral entry, you can apply after your bachelor’s degree in a related field.

Hello,

Currently, Jadavpur University is not giving admissions under the OBC category because of a court case. The West Bengal government’s OBC lists after 2010 have been declared invalid by the High Court, and the final decision is still pending in the Supreme Court.

So, for now, OBC-NCL candidates have to compete in the open category for admission. Last year, the closing rank for the Instrumentation and Electronics Engineering branch was around 295 for the open category.

If you want a good chance of admission, aim for a rank close to or better than that. Keep an eye on official updates from the university and exam board for any changes.

Hope it helps !

Dear Candidate,
All three institutes offer robust programs in VLSI Design and Technology . Your choice may depend on specific preferences:
-MIT Manipal - Ideal for those seeking a program closely aligned with national initiatives like semiconductor mission , with strong industry collaborations.
-VIT-AP - Suitable for students aiming for high placement packages and international exposure.
-SRM-AP - Best for those looking for high placement rates and opportunities in both VLSI and Embedded Systems .

DO CONSIDER FACTORS LIKE CURRICULUM,INDUSTRY EXPOSURE PLACEMENT RECORDS AND CAMPUS FACILITIES TO MAKE AN INFORMED DECISION.

Electrical and Electronics Engineering (EEE) is one of the most fundamental and versatile branches of engineering. It deals with the study and application of electricity, electronics, and electromagnetism for developing and maintaining electrical systems and electronic devices. Here are key details about this branch:

Key Focus Areas:

• Power generation, transmission, and distribution

• Electrical machines, drives, and energy systems

• Analog and digital electronic circuits

• Embedded systems, microprocessors, and control systems

• Renewable energy technology and smart grids

Course Structure:

• Bachelor of Technology (B.Tech) in EEE is a four-year undergraduate program divided into eight semesters.

• Important subjects include Circuit Analysis, Electrical Machines, Power Systems, Control Engineering, Digital Electronics, Power Electronics, and Signal Processing.

• Laboratory work, projects, internships, and industrial training are integral parts of the curriculum.

Career Opportunities:

• EEE graduates are employed in public sector companies like NTPC, BHEL, ONGC, GAIL, and ISRO.

• They are also hired by private companies in the fields of automation, manufacturing, energy production, electronics design, and embedded systems development.

• Common job roles include Electrical Engineer, Electronics Engineer, Power Systems Engineer, Control Systems Engineer, and Embedded Systems Engineer.

Salary Scope:

• Fresh graduates can expect a salary ranging from 3 LPA to 6 LPA depending on skills, academic background, and employer.

• With experience, certifications, and specialization in areas like PLC/SCADA, MATLAB, AutoCAD, or IoT, salary packages can grow significantly, reaching 10 LPA or more.

Higher Studies and Future Prospects:

• Many students opt for M.Tech in Power Systems, VLSI Design, Embedded Systems, or Robotics.

• Pursuing an MS abroad in fields like sustainable energy, artificial intelligence, or advanced electronics is also a good option.

• Competitive exams like GATE, UPSC Engineering Services, and PSU recruitments open excellent career pathways for EEE graduates.

Conclusion: Electrical and Electronics Engineering provides a strong foundation for a dynamic career in both traditional and emerging technology sectors. With the growth of renewable energy, electric vehicles, and automation, the demand for skilled electrical and electronics engineers is expected to rise steadily in the coming years.

Hey there! EEE branch of engineering that deals with electricity, electronic and electrical machines, It covers both large power systems like electricity supply and small electronic devices like circuits and sensors.

What you learn :

• How electric power is generated, transmitted, and used.
• How to design with motors, generators, transformers,
• Basics of electronics, including circuits, microcontrollers, sensors,
• Some programming and control systems.

Career options :

• Electrical engineer
• Electronics engineer
• Power systems engineer
• Control systems engineer
• Jobs in BHEL, NTPC, ISRO , Railways.