Park School of Aeronautical Sciences is Private Institute. Park School of Aeronautical Sciences has laid the runway for thousands of dreams taking off to the destination of careers with a journey marked with expertise, experience and excellence. Park School of Aeronautical Sciences is the culmination of aspirations, ambitions and an honest attempt at creating a world-class professional curriculum spread over an invigorating campus environment. Park School of Aeronautical Sciences placement has created a name for itself by providing job opportunities to students in prestigious and reputed firms. Due to globalisation, the employment market has witnessed some huge changes. Organizations these days are not looking just for skill sets, rather they are looking for individuals who have an aptitude to expand this required skill set in the course of their work. Park School of Aeronautical Sciences Approved by AICTE. Park School of Aeronautical Sciences was established in . Park School of Aeronautical Sciences is Located in Coimbatore , Tamil Nadu]. Park School of Aeronautical Sciences is equipped with many facilities such as a library, auditorium, emergency room, seminar hall and residential facilities. M.Tech Machinery and Power Engineering is a post graduation course of 2 Years of duration. In which students are gives knowledge in strengthen the automation of farm machinery and operations.
| Institute Name | Park School of Aeronautical Sciences ,Coimbatore |
| ESTABLISHED | |
| Approved By | AICTE |
| Type | Private |
| Address | Coimbatore, Tamil NaduIndia [[PIN CODE]] |
| E-Mail | info@pcet.ac.in |
| Official Website | www.park.ac.in |
Park School of Aeronautical Sciences has its own placement wing which helps students get placed in leading companies with competitive salary packages. The placement wing of Park School of Aeronautical Sciences conducts a wide range of training programs including workshops, seminars, factory visits etc. to enhance the skills and knowledge of students. In addition to placement assistance, Park School of Aeronautical Sciences also provides internship opportunities in top companies which equip students with the required skills and provide desired insights into the corporate world.
| Course type | Postgraduate |
| Duration | 2 years |
| Examination Type | Semester wise |
| Eligibility | Graduation |
| Admission process | Merit based selection or Entrance exam |
Educational Qualifications: Typically, you will need a Bachelor of Technology/Bachelor of Science degree in Farm Machinery and Power Engineering, Mechanical Engineering, or a related field. Some universities may also offer degrees in Agricultural Mechanical or Energy Engineering.
Minimum Points: Park School of Aeronautical Sciences often require a minimum percentage or CG PA in the bachelor's degree, usually around 55% or above.
Entrance Exams: Park School of Aeronautical Sciences may require a valid score in an entrance exam such as GATE (Graduate Aptitude Test for Engineering) or their own entrance exam.
The admission process for an M.Tech in Farm Machinery and Power Engineering typically involves several key steps. Here's a general outline of the process, though specifics can vary between Park School of Aeronautical Sciences :
Application Form: Obtain and fill out the application form from the institution’s website or admissions office. This may be available online or in physical form.
Documents Required: Typically include:
Application Fee: Pay the required application fee, which varies by institution.
Admission Offer
Offer Letter: If selected, you will receive an admission offer letter. Follow the instructions provided to accept the offer, which typically involves paying an admission fee and completing any necessary paperwork.
Additional Tips:
Institution-Specific Requirements: Each institution may have its own specific requirements and procedures, so be sure to consult the admissions guidelines of the institutions you are interested in.
Check Deadlines: Pay close attention to application deadlines, entrance exam dates, and other important timelines.
Stay Informed: Regularly check the official website of the institution for updates or changes in the admission process.
Shortlisting: Based on your application and entrance exam scores, Park School of Aeronautical Sciences shortlist candidates for further evaluation.
Interview: Park School of Aeronautical Sciences may conduct interviews or group discussions to assess your knowledge, skills, and suitability for the program.
Merit List: Park School of Aeronautical Sciences may publish a merit list based on your performance in the entrance exam, academic records, and potentially the interview.
Preparation: Prepare for any required entrance exams like GATE. Focus on relevant topics related to farm machinery, power systems, and mechanical engineering principles.
Exam Details: Check the exam schedule, syllabus, and registration deadlines. For GATE, you’ll need to ensure you meet the specific requirements for the test.
Core Courses
Power Systems for Agriculture
Agricultural Equipment Design
2. Elective Courses
Sustainable Agricultural Practices
3. Project Work and Thesis
4. Laboratory and Practical Work
Seminars and Workshops
| Cafeteria | Park School of Aeronautical Sciences has a cafeteria to meet the food requirements of students. |
| Gym | Park School of Aeronautical Sciences has an outdoor gym. Students can avail the gym facilities for a quick workout session to keep up with their physical well being. |
| Sports | Park School of Aeronautical Sciences has Sports facility for all students. The campus is a sports lovers paradise with provisions for both indoor and outdoor sports. Other facilities like dance room, yoga studio, music room, wellness center and laundry are available. |
| Hostel Facility | The campus consists of Several well built hostel blocks,both for girls and boys with capacity of many students. Each hostel consists of a separate mess, administrative office, warden quarter. In addition to well furnished rooms, the hostel is complete with facilities like free hi speed Wi-Fi connection, gymnasium, medical center and other amenities for shopping, sports, recreation and entertainment. A shopping complex, consisting of about some shops, is constructed in the vicinity of the hostel blocks and caters to the daily needs of the students like groceries, stationery, laundry and grooming. |
| Library | Park School of Aeronautical Sciences has a well-equipped library that caters to the information needs of students. Park School of Aeronautical Sciences library is well stocked with books, journals, articles, conference proceedings etc that cover areas ranging from multi-disciplinary engineering disciplines, humanities, social sciences, mathematics, statistics, popular fiction etc. |
| Laboratories | Park School of Aeronautical Sciences offers departmental based laboratory facilities for students. |
| Auditorium | Park School of Aeronautical Sciences has an auditorium which is the venue for all Park School of Aeronautical Sciences events. |
| 1.Agricultural Engineer | Responsibilities: Design, develop, and optimize agricultural machinery and systems. Work on improving efficiency and effectiveness of farm equipment. Workplaces: Agricultural machinery manufacturers, research institutions, government agricultural departments. |
| 2. Farm Machinery Design Engineer | Responsibilities: Create and test designs for various types of farm machinery, including tractors, harvesters, and irrigation systems. Focus on improving performance, durability, and safety. Workplaces: Agricultural equipment companies, R&D departments, design firms. |
| 3. Power Systems Engineer | Responsibilities: Work on the design and management of power systems used in agriculture. This may include engines, generators, and renewable energy systems. Workplaces: Power generation companies, agricultural machinery firms, renewable energy companies. |
| 4. Agricultural Machinery Sales and Service Engineer | Responsibilities: Provide technical support for the sale and maintenance of farm machinery. Offer advice on equipment selection and troubleshoot issues. Workplaces: Equipment dealerships, service centers, agricultural supply companies. |
| 5. Precision Agriculture Specialist | Responsibilities: Implement and manage precision farming technologies, such as GPS-guided machinery and data analytics for optimizing crop yields and resource use. Workplaces: Precision agriculture companies, farm management consultancies, research organizations. |
| 6. Agricultural Consultant | Responsibilities: Advise farmers and agricultural businesses on the best machinery and power systems for their needs. Provide insights into improving operational efficiency. Workplaces: Consulting firms, government agencies, agricultural cooperatives. |
| 7. Research and Development (R&D) Scientist | Responsibilities: Conduct research on new technologies and innovations in farm machinery and power systems. Develop prototypes and conduct experiments. Workplaces: Research institutions, agricultural technology firms, universities. |
| 8. Maintenance Engineer | Responsibilities: Oversee the maintenance and repair of farm machinery and power systems. Develop maintenance schedules and ensure equipment reliability. Workplaces: Large farms, agricultural machinery service companies, farm management organizations. |
| 9. Agricultural Policy Analyst | Responsibilities: Analyze and develop policies related to agricultural machinery and power systems. Work on improving regulations and standards. Workplaces: Government agencies, policy think tanks, agricultural development organizations. |
| 10. Education and Training Specialist | Responsibilities: Provide training and education on the use and maintenance of farm machinery and power systems. Develop training materials and conduct workshops. Workplaces: Agricultural training centers, vocational institutions, machinery manufacturers. Key Skills for These Roles: Technical Expertise: Deep knowledge of machinery design, power systems, and agricultural technology. Problem-Solving: Ability to troubleshoot and resolve technical issues. Project Management: Skills in managing projects from design through implementation. Communication: Ability to explain complex technical concepts to non-technical stakeholders. Analytical Skills: Proficiency in analyzing data and using it to improve systems and processes. |
