IIT Roorkee - Indian Institute of Technology Answered Questions

The documents required for Bachelor of Architecture (B.Arch.) admission at IIT Roorkee are:
1. Class 10th and 12th mark sheets
2. JEE Main Paper 2 scorecard
3. NATA scorecard
4. Category certificate (if applicable)
5. PwD certificate (if applicable)

To apply for Bachelor of Architecture (B.Arch.) at IIT Roorkee, you need to follow these steps:
1. Check the eligibility criteria: You should have passed 10+2 with a minimum of 75% marks and have a valid JEE Main and JEE Advanced score.
2. Fill the online application form: Visit the IIT Roorkee website and fill the online application form for B.Arch. program.
3. Upload required documents: Upload the required documents such as 10+2 mark sheet, JEE Main and JEE Advanced scorecard, and other relevant documents.
4. Pay the application fee: Pay the application fee as specified on the website.
5. Appear for the entrance exam: Appear for the JEE Main and JEE Advanced exams and obtain a valid score.
6. Check the cutoff: Check the cutoff marks for B.Arch. programme at IIT Roorkee and ensure you meet the cutoff.
7. Attend counseling: If you meet the cutoff, attend the counseling session and secure your seat.
Note: The application process and eligibility criteria may change, so it's best to check the IIT Roorkee website for the latest information.

The Master of Urban and Rural Planning (MURP) at IIT Roorkee offers a comprehensive curriculum with a mix of theoretical and practical courses, including planning legislation and governance, planning theory, infrastructure planning, GIS and remote sensing techniques, and planning studio. The programme provides students with a strong foundation in urban and rural planning, and the small batch size allows for a more personalized learning experience. The faculty is experienced and the department has a good reputation. Additionally, the programme offers a range of elective courses, allowing students to specialize in areas such as sustainable urban transport planning, urban utilities and services, and regional planning. Overall, the MURP programme at IIT Roorkee is well-structured and provides students with the knowledge and skills required to pursue a career in urban and rural planning.

To get a seat in IIT Roorkee for B.Tech. in Production and Industrial Engineering, follow these steps:1. Appear for JEE Advanced: Admission to IIT Roorkee's B.Tech. programme is based on the JEE Advanced exam.2. Meet the Eligibility Criteria: Ensure you meet the eligibility criteria set by IIT Roorkee, which typically includes a minimum percentage in class 12th and a valid JEE Advanced score.3. Choose the Correct Program Code: Select programme code 119 for B.Tech. (Production & Industrial Engineering) during the admission process.4. Secure a Good Rank: Aim for a good rank in JEE Advanced to increase your chances of getting a seat in the Production and Industrial Engineering program.5. Participate in JoSAA Counselling: After the JEE Advanced results, participate in the JoSAA (Joint Seat Allocation Authority) counselling process to secure a seat in IIT Roorkee.6. Check the Seat Matrix: Refer to the seat matrix for IIT Roorkee to know the number of seats available in the Production and Industrial Engineering program.7. Lock Your Choices: During the counselling process, lock your choices carefully, ensuring that B.Tech. (Production & Industrial Engineering) at IIT Roorkee is one of your preferred options.

B.Tech. in Metallurgical and Materials Engineering placements at IIT Roorkee have limited core companies, with around 4-5 companies visiting the campus, including Jindal and Tata Steel. However, many non-core companies offer placements in software, data science, finance, and consultancy, with a significant number of students (around 75%) opting for non-core placements. Some students also pursue higher studies, GATE, UPSC, or management colleges. The placement statistics vary, but it's suggested to check the official reports or contact the placement office for accurate information.

B.Tech in Metallurgical and Materials Engineering at IIT Roorkee is chosen for its prestigious organization, good job opportunities, and handsome paying packages. The course is comparatively easy, with a broad field of engineering dealing with metal-related areas, including physical metallurgy, extractive metallurgy, and mineral processing. The skills required for this course include problem-solving, analytical ability, practical and technical skills, and excellent communication skills. The course outlook includes a 4-year span with 8 semesters, covering areas like basic hydro-metallurgy, corrosion, electrometallurgy, and more. Eligibility criteria include a pass certificate in 10 and 10+2, qualifying in EAMCET or state joint entrance exams, and a minimum of 50% marks.

Placements for M.Sc. in Chemistry at IIT Roorkee are limited, with most students opting for PhD programs or postdoctoral research. Some job profiles available for graduates include Analytical Chemist, Teacher, Lab Chemist, Production Chemist, and Research & Development Manager. Major employment areas include Pharmaceutical Companies, Agrochemical Industry, and Petrochemical Industry. However, the scope of an MSc in chemistry from IIT Roorkee is good, and students can access world-class resources and qualify for national level exams like NET or GATE.

B.Tech. in Energy Engineering graduates from IIT Roorkee can work in various roles in the energy sector, including power, biomass energy, hydrogen production, grid integration of renewable energy, electric vehicles, and policy and regulations for renewable energy as well as environmental management of water bodies. They can also work in industries such as transportation, fertilizers, steel, chemicals, and manufacturing. The course structure of the B.Tech programme in Energy Engineering is designed to equip students with fundamental understanding of electrical, mechanical, chemical and all other aspects of energy systems, and also trains them in advanced and contemporary topics like AI/ML applications, industry 4.0 applications, cybersecurity, energy economics, and policy.