M.Tech. in Aquacultural Engineering is a postgraduate degree program that focuses on the scientific, technological, and management aspects of aquaculture production. It is a two-year program that aims to train students in the design, construction, operation, and maintenance of aquaculture systems.
MTech in AquaCultural Engineering is a 2-year post graduate full time course. Aquacultural designing has assumed a part in the development of the hydroponics business, which presently represents half of all fish items burned-through in the world.
The minimum eligibility criteria required for pursuing the course is BTech degree in any engineering course from a recognized institute/university with minimum 55% marks or equivalent CGPA.
M.tech. Aqua Cultural Engineering Course Name:
M.Tech. Aquacultural Engineering
M.tech. Aqua Cultural Engineering Duration:
2 years
M.tech. Aqua Cultural Engineering Level:
Postgraduate
M.tech. Aqua Cultural Engineering Eligibility:
Bachelor's degree in Engineering or Science with a minimum of 50% aggregate marks
M.tech. Aqua Cultural Engineering Entrance Exam:
GATE, ICAR AIEEA, or University-level entrance exam
M.tech. Aqua Cultural Engineering Admission Process:
Entrance Exam Score, Merit, and/or Personal Interview
Average Annual Course Fees:
INR 50,000-2,50,000 (varies by institute)
M.tech. Aqua Cultural Engineering Average Starting Salary:
INR 3-5 LPA (depends on industry and job profile)
Candidates must have a bachelor's degree in Engineering or Science with a minimum of 50% aggregate marks to be eligible for admission. Some institutes may also consider candidates with a Master's degree in a related field.
Candidates opt to pursue the course are needed to fulfill the minimum eligibility criteria listed below in order to apply for the course:
BTech degree in Agriculture/ Chemical/ Civil/ Marine Engineering), completed from a UGC/ AICTE approved university.
A minimum aggregate score of 55% or equivalent CGPA at the level of graduation (relaxation of 5% to SC/ST candidates).
Candidates can appear for GATE, ICAR AIEEA, or university-level entrance exams to qualify for admission to M.Tech. Aquacultural Engineering.
Admission to M.Tech. Aquacultural Engineering is based on the candidate's entrance exam score, merit, and/or personal interview. Some institutes also conduct a written test before the interview.
Submit the application form to the desired college.
Candidates are advised to maintain a decent score in the undergraduate exams as the scores obtained in these form the basis of the entire MTech admission process.
After the successful conduction of entrance exams, colleges release their cutoff lists. Students have to check if they are eligible for admission to the course.
If a student is found eligible, visit the college and submit all the necessary required documents.
Candidates can apply for M.Tech. Aquacultural Engineering by filling out the application form available on the respective institute's website.
Registration: The institutes will announce the days in due course of time. Students are required to create an account by entering basic details like email-id, phone number, etc.
Fill application form: In this step, students have to fill the application form with the correct details.
Submit documents: Scan and upload all the requisite documents like mark sheets, signature, photograph etc.
Application fee: In this step, the candidates have to pay the requisite amount of application fee either online or offline.
Download admit card: Admit card must be downloaded and printed out as it will be required on the day of the examination.
Examination: Prepare for the entrance exam as per the latest syllabus and previous year papers.
GD & PI: Successful candidates are then called for subsequent GD & PI rounds.
Results: Based on candidates performance in the entrance exam followed by the GD & PI rounds, the respective admission authority will announce the result.
The application fee varies from institute to institute and ranges from INR 500-2000.
The syllabus for M.Tech. Aquacultural Engineering typically includes subjects like Aquaculture Engineering, Aquatic Biology and Ecology, Aquaculture Systems Design, Aquaculture Economics and Management, Fisheries and Aquaculture Biotechnology, and Aquatic Animal Health and Disease Management.
Semester I
Open Channel
Hydraulics & Coastal Engg.
Fishery Biology and Fish
Culture Techniques
Elective Subject
Elective Subject
Elective Subject
Fishery Biology & Fish
Semester II
Planning & Design of Aquacultural Farms
Design of Aquacultural Facilities & Equipment
Elective Subject
Elective Subject
Elective Subject
Elective Subject
Aqua. Engg. Lab.
Seminar II
Graduates of M.Tech. Aquacultural Engineering can find employment in various sectors like fish farms, hatcheries, aquatic feed industries, research and development institutes, government agencies, and international organizations. Some popular job profiles include Aquaculture Engineer, Aquatic Research Scientist, Fish Biologist, Aquaculture Production Manager, and Fisheries Development Officer. The average starting salary for M.Tech. Aquacultural Engineering graduates ranges from INR 3-5 LPA.
Aquaculture Engineers
Biological Technician
Aquaculture Manager
Consultant
Specialist
The demand for trained professionals in the field of aquaculture is increasing, and there are many career opportunities available for M.Tech. Aquacultural Engineering graduates. Some popular career paths include aquaculture production, aquatic research and development, aquatic feed production, and fisheries management. Graduates can also pursue a career in academics and research by pursuing a Ph.D. in Aquaculture.
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Aquacultural Engineers are liable for tackling specialized issues in the region of fish and shellfish support, keeping up and supervising right working of the hardware, plan of offices, and instruments of control. Specialists apply logical and specialized learning to down to earth applications. Among the many activity jobs of such postgraduates, are plan and establishment of ocean confines, upkeep of siphons and water conduction hardware, and so forth.
They play out the physical field undertakings of watching current works on, running preliminaries, and recording information at dynamic aquaculture activities. There might be voyaging engaged with the areas of research spread over the globe and various crowds. Additionally included, is a decent measure of office work, from planning ventures to getting ready cost gauges.