Programme Details

One of the rare & rawest degrees in engineering. M.Tech in town planning is a form of construction engineering that requires inhibit planning & strategy. The M.Tech courses focus on the concept of urban and town planning In India. The course structure is designed in such a manner that provides a contemporary & a comprehensive introduction of practices and procedures followed during urban planning. It majorly aims to provide the students the in-depth mechanism about the strategic implementation, focusing on inept designing of the construction.

Our courses M.tech in town planning is conducted in Nashik, Maharashtra which gives the students a deeper insight about the visualization & the decision-making process. The courses require a lot of hard work & have various challenges from time to time, but the fruits of success are quite rewarding. Sandip University 2-year M.Tech programs provides you a rigorous training that aims to provide a deeper look about the urban regional planning. Once you are done with our M.Tech (Town Planning), you are placed in some of the big & premier real estate brands in India. Our M.Tech in town planning teaches about the concept of architect, raising finance for building the town planning & several marketing initiatives that needs to be undertaken for the success of a town planning.

To know more about the course & well-built infrastructure of a well-planned infrastructure. Be in touch with any of the associates or call us on: 1800-212-2714 (Toll free)

Eligibility 1) Candidate who possess a Bachelors degree or equivalent in the relevant field of Engineering / Technology, specified by the concerned University for admission to a particular Post graduate course from a recognized university with at least 50% marks (at least 45% marks in case of candidates of Backward class categories)
2)Obtained Score in Graduates Aptitude Test In Engineering (GATE ) conducted by IIT.
Duration 2 years

1st Year Fee : Rs 1,00,000 per annum

Hostel Fee Rs. 65000 per annum + 5000 security deposit.

Please note fees for (examination, eligibility, sports etc.) will be charged extra,

1st YEAR
Ist Semester IInd Semester
Theory Theory
• English for Communication • Engineering Mechanics
• Linear Algebra and Ordinary Differential Equations • Computational Mathematics and Integral Calculus
• Engineering Chemistry • Modern Physics
• Applied Physics • Environmental Studies
• Engineering Drawing • Computer Programming
Practical Practical
• Communication Skills Laboratory • Computational Mathematics Laboratory
• Engineering Chemistry Laboratory • Engineering Physics Laboratory
• IT Workshop • Computer Programming Laboratory
• Basic Workshop • Computer Aided Engineering Drawing Practice
2nd YEAR
IIIrd Semester IVth Semester
Theory Theory
• Mathematical Transform Techniques • Complex Analysis and Probability Distribution
• Introduction to Aerospace Engineering • Thermodynamics
• Theory of Aircraft Structures • Low Speed Aerodynamics
• Fluid Mechanics and Hydraulics • Aircraft Materials and Production
• Fundamentals of Electrical and Electronics Engineering • Analysis of Aircraft Structures
• Gender Sensitivity • Audit Course
Practical Practical
• Strength of Materials Laboratory • Aerodynamics Laboratory
• Fluid Mechanics and Hydraulics Laboratory • Aerospace Structures Laboratory
• Electrical and Electronics Laboratory • Aircraft Materials and Production Laboratory
3rd YEAR
Vth Semester VIth Semester
Theory Theory
• Aircraft Propulsion • Space Propulsion
• High Speed Aerodynamics • Computational Aerodynamics
• Aerospace Finite Element Methods • Aircraft Stability and Control
• Aircraft Systems and Controls • Professional Elective - II
• Aircraft Performance • Open Elective – I
• Professional Elective - I  
Practical Practical
• Aircraft Systems Laboratory • Aerospace Propulsion Laboratory
• Flight Controls Laboratory • Aerospace Composite Structures Laboratory
• Technical writing and Content Development Laboratory • Computer Aided Manufacturing Laboratory
  • Mini Project
4th YEAR
VIIth Semester VIIIth Semester
Theory Theory
• Aerospace Structural Dynamics • Flights Controls Theory
• Space Mechanics • Aviation Management
• Flight Vehicle Design • Professional Elective - IV
• Professional Elective - III  
• Open Elective – II  
Practical Practical
• Computational Structural Analysis Laboratory • Comprehensive Examination
• Flight Vehicle Design Laboratory • Project Work (Phase- II)
• Computational Aerodynamics Laboratory  
• Project Work (Phase – I)  
Group- I: Aerospace Structural Engineering
• Aircraft Smart Structures • Advanced Solid Mechanics
• Experimental Stress Analysis • Structural Health Monitoring
• Fatigue and Facture • Design and Analysis of Composite Structures
• Aero elasticity • Unmanned Air Vehicles
Group- II: Aerodynamics / Fluid Flows
• Ground Vehicle Aerodynamics • Advanced Computational Aerodynamics
• Turbulent Flows • Wind Engineering
• Experimental Aerodynamics • Hypersonic Aerodynamics
• Missile Aerodynamics • Helicopter Aerodynamics
Group- III: Aerospace Propulsion Systems
• Theory of Combustion • Turbo Machinery
• Heat Transfer in Propulsion Systems • Cryogenics
• Aero Engine Design • Rocket and Missiles
• High Temperature Gas Dynamics • Low Gravity Fluid Dynamics
Group- IV: Aerospace Design and Manufacturing Engineering
• Un-conventional Manufacturing Process • Non Destructive Testing
• CAD / CIM • Industrial Aerodynamics
• Composites Fabrication and Machining • Mechanism and Machine Design
• Renewable Energy Sources • Production Design and Development
Group- V: Aviations
• Avionics and Instrumentation • Air Transportation System
• Airport Planning and Management • Airworthiness and Certifications
• Flight Scheduling and Operations • Lean Management
• Airport Operations • Air Traffic Control
Group- VI: Flight Dynamics and Control
• Computational Flight Mechanics • Spacecraft Attitude and Control
• Guidance and Control of Aircraft • Flight Simulation
• Orbital Mechanics • Space Dynamics
• Atmospheric Re-entry Vehicle • Applied Optimal Control
Open Elective-I
• Micro Electro - Mechanical Systems • Disaster Management
• Geo Spatial Techniques • Operating System
• Object Oriented Programming through JAVA • Embedded Systems
• Signal Analysis and Transform Techniques • Reliability Engineering
• Robotics • Aerospace Propulsion and Combustion
Open Elective-II
• Digital Image Processing • Optimization Techniques
• Data Base Management System • Information Security
• Modeling and Simulation • Energy From Waste
• Finite Element Analysis • Research Methodologies
• Composite Materials • Launch Vehicles and Controls
Audit Courses
• Intellectual Property Rights • Total Quality Management
• Professional Ethics and Human Values • Legal Sciences
• Clinical Psychology • English for Special Purposes
• Entrepreneurship • Any Foreign Language
• Design History  
Advanced Computing Laboratory
• Computational Analysis in ANSYS • Computational Analysis in Nastran
• Computational Methods in Hyper Mesh • Computational Analysis in ABAQUS
• Computational Numerical Programming • Computational Analysis in Patron
• Finite Element Modeling Laboratory through LS DYNA  
Value Added Courses
• Advanced Computer Aided Design Certification • Computer Aided Three dimensional Interactive Application
• Pro Engineering Certification • SOLID WORKS Certification
• Unigraphics • COMSOL Certification
• Aircraft Maintenance Certification • 3D - Printing Technology
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