Drug discovery is about structure-based drug designing by high throughput screening and then understanding the pharmacokinetics and pharmacodynamics of the molecules to analyze its therapeutic potential, say sources from NIT Andhra Pradesh.

NIT Andhra Pradesh encourages research in drug discovery

What is the aim of the faculty development programme? To bring advancements in the field of Biomedical, healthcare and drug discovery research.

In addition, emphasized on bridging the gaps in development of novel drugs by computation-based approaches like high throughput virtual screening, structure-based drug designing, pharmacokinetics of lead molecules and application of recent technology in healthcare sector, said NIT Andhra Pradesh director.

Thus, this FDP will encourage the participants especially research scholars, scientist, and faculty members for carrying out translational research using computational tools for bringing the drugs from lab to industry, he said.

This five-day faculty development programme of NIT Andhra Pradesh was intended for faculties, scientists, research scholars and industry professionals working in Drug discovery research as well as pharma sector, to impart advanced knowledge and cover the following core areas:

Ø Structure Based Drug Designing

Ø High throughput virtual screening of lead compounds

Ø Computational techniques to be used in Drug Development

Ø Pharmacodynamics and Pharmacokinetics of molecules

Ø Role of Technology in Healthcare

The catastrophic effect caused by COVID-19 pandemic has hampered the human life significantly, said Dr. Jagan while delivering the inaugural lecture at NIT Andhra Pradesh.

‘Scientist across the globe is now looking forward to find novel drugs and therapeutics to curb the menace of diseases caused by microbial infections.’

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Approximately, it will take around 10-15 years for any viable drug to enter the global market as it should pass through rigorous preclinical and clinical trials to get FDA approval, he said.

In addition, highlighted the significance of modern Insilco technologies for drug development to minimize the time duration involved in screening and development of drugs, said Dr. Jagan Mohan Rao.

NIT Andhra Pradesh encourages research in drug discovery

The top outcomes of this five day event by NIT Andhra Pradesh are:

Ø Understanding the phases, a molecule has to go through for becoming a commercial drug

Ø Ideas to reduce the incubation time of these molecules in the process of drug development.

Professor Pallu Reddana from University of Hyderabad delivered a lecture on Drug Designing.

Professor Pallu Reddana said fundamental aspects of drug discovery process by identifying the target drug specific to the receptors.

He highlighted the importance of choosing the in vitro and in vivo bioassay for the identification of lead molecules.

He explained the role significance of analyzing the efficacy and safety of drug molecules using animal model studies.

‘Followed by the importance of phase I, II, III and IV clinical trials which will help in placing the drug in the market.’

He also addressed the impact of Omics technology in drug discovery process and emphasized on the current advancements in the technology.

The top speakers at this event included:

Ø Professor Pallu Reddana, UOH-Hyderabad

Ø Dr. Anthony Addiagatta, IICT-Hyderabad

Ø Professor Naidu Subbarao, JNU-Delhi

Ø Professor S. Rajagopal, UOH -Hyderabad

Ø Dr. Sonali Khanra and Dr. Vikas, Head, T-Hub, IIIT-Hyderabad

The research interests of faculty members include, Biochemical and Biophysical research, Molecular Modelling and Simulation, Bioinformatics and Computational Biology, Drug Delivery and Phytopharmacology, and Healthcare innovations.

NIT Andhra Pradesh is established in the State of Andhra Pradesh during in the academic year 2015-16. A new campus has been established with 172.6 acres of land adjacent to Chennai-Kolkata Highway (NH-16) in the air-strip lands of Tadepalligudem. Presently the institute is fully running from the permanent campus.

NIT Andhra Pradesh offers B.Tech. programmes in eight engineering branches – Bio-Technology, Chemical Engineering, Civil Engineering, Computer Science and Engineering, Electrical Engineering, Electronics and Communication Engineering, Mechanical Engineering, and Metallurgical and Materials Engineering besides M.Tech. programme in eight specializations.

NIT Andhra Pradesh encourages research in drug discovery

The Institute also offers Ph.D. (both under Full-time and Part-time modes) programme in the above-mentioned engineering branches, Sciences, Humanities and Management, viz., Mathematics, Physics, Chemistry, English and Management, and M.S. (by Research) programme in the above-mentioned eight engineering branches.

NIT Andhra Pradesh has a total of140 Faculty members and 2,025 students, of whom 1,868 are undergraduate students, 54 are postgraduate students and 103 are PhD Research Scholars.

The Institute is committed to nurture and produce highly competent engineers, scientists and entrepreneurs committed towards catering to futuristic societal challenges through holistic education synergetic with innovations and vibrant research eco-system.

While the scope of this article is focused on informing those who are keen on studying BTech Marine Engineering in 2025, the intension of the article is not limited to those who wish to study marine engineering in 2025.

If one is interested in pursuing a career in this exciting field, studying BTech Marine Engineering in 2025 can be a great option.

BTech Marine Engineering in 2025 Eligibility

BTech Marine Engineering in 2025 eligibility is about the educational requirement that makes one eligible to apply for the course. To be eligible for BTech Marine Engineering in 2025, you’ll typically need to meet the following criteria:

– Pass your 10+2 examinations with a minimum of 60% marks in physics, chemistry, and mathematics.

– Appear for entrance exams like JEE Main, JEE Advanced, or state-level exams like WBJEE or MHT CET.

– Meet the physical fitness standards set by the Directorate General of Shipping.

BTech Marine Engineering in 2025 Admission Process

BTech Marine Engineering in 2025 admission process is about the process followed by educational institutions to provide admission in marine engineering. This  typically involves the following steps:

1. Entrance Exams: Appear for entrance exams like JEE Main, JEE Advanced, or state-level exams.

2. Counseling: Participate in counseling sessions conducted by the respective colleges or universities.

3. Seat Allocation: Secure a seat in a reputable college based on your entrance exam scores and counseling sessions.

BTech Marine Engineering in 2025 Course Fees

BTech Marine Engineering in 2025 course fees is about the amount to be spent to study the course. The amount comprises tuition fees and security deposits, exam charges, lab charges and so on.

On average, you can expect to pay between ₹1.5 lakhs to ₹5 lakhs per year. If one has to take into account accommodation, food, amount to be paid would be additional.

While food and accommodation charges may range from Rs 35,000 to Rs 45,000 per year, the exact cost would vary from one institution to the other.

Students can visit the websites of the educational institutions or be there in person to know the exact charges to be paid.

BTech Marine Engineering in 2025 popular colleges

Some of the popular colleges for BTech Marine Engineering in 2025 include:

– Indian Maritime University (IMU): With campuses in Chennai, Mumbai, and other cities, IMU is a premier institution for marine engineering education.

– Marine Engineering and Research Institute (MERI): Located in Kolkata, MERI is a renowned institution for marine engineering education.

– Tolani Maritime Institute (TMI): Based in Pune, TMI is a leading institution for marine engineering education.

Core Subjects

1. Ship Design and Construction: Students learn about the design and construction of ships, including hull design, propulsion systems, and ship stability.

2. Marine Engineering Systems: This subject covers the various systems used in marine engineering, including propulsion systems, steering systems, and auxiliary systems.

3. Thermodynamics and Heat Transfer: Students learn about the principles of thermodynamics and heat transfer, and how they apply to marine engineering systems.

4. Mechanics of Materials: This subject covers the properties and behavior of materials used in marine engineering, including metals, alloys, and composites.

5. Electrical and Electronics Engineering: Students learn about the principles of electrical and electronics engineering, and how they apply to marine engineering systems.

Specialized Subjects

1. Marine Propulsion Systems: This subject covers the various types of propulsion systems used in ships, including diesel engines, gas turbines, and steam turbines.

2. Ship Stability and Dynamics: Students learn about the principles of ship stability and dynamics, including ship motion, stability, and maneuverability.

3. Marine Electrical Systems: This subject covers the electrical systems used in ships, including power generation, distribution, and utilization.

4. Marine Communication Systems: Students learn about the communication systems used in ships, including radio communication, satellite communication, and navigation systems.

5. Ship Repair and Maintenance: This subject covers the principles and practices of ship repair and maintenance, including welding, machining, and material handling.

Practical Training

1. Workshop Practice: Students learn about the various tools and equipment used in marine engineering, including lathes, milling machines, and welding equipment.

2. Shipyard Training: Students undergo practical training in a shipyard, where they learn about ship construction, repair, and maintenance.

3. Sea Training: Students undergo sea training on a ship, where they learn about ship operations, navigation, and safety procedures.

Soft Skills

1. Communication Skills: Students learn about the importance of effective communication in marine engineering, including technical writing, presentation, and teamwork.

2. Problem-Solving Skills: Students learn about the principles of problem-solving, including analysis, diagnosis, and troubleshooting.

3. Safety Awareness: Students learn about the importance of safety in marine engineering, including safety procedures, risk assessment, and emergency response.

– Marine Engineer: ₹6 lakhs to ₹12 lakhs per year

– Ship Surveyor: ₹5 lakhs to ₹10 lakhs per year

– Port Engineer: ₹7 lakhs to ₹15 lakhs per year

– Offshore Engineer: ₹10 lakhs to ₹20 lakhs per year

Conclusion

Studying BTech Marine Engineering in 2025 can be a great career move. With its unique blend of engineering and maritime studies, this course can open up exciting job opportunities in the shipping and offshore industries.

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