Sri Satya Sai University of Technology and Medical Sciences - Bachelor of Technology Online BTech

In the current era of rapid advancement and intense competition, the possession of a professional qualification is of utmost significance. Undertaking a Bachelor of Technology (BTech) or an engineering program is widely acknowledged as a conduit to profitable prospects within the dynamic sphere of technology. Nonetheless, the commitment to orthodox, full-time educational tracks is not a feasible option for all individuals; hence, distance learning programs in BTech or engineering present an alternative. Such undergraduate programs facilitate academic pursuit from afar, obviating the necessity for regular attendance at a brick-and-mortar institution. Designed with the express intent to cater to those who are unable to partake in standard educational regimens, these programs aim to augment one’s technical prowess and grasp of complex engineering fields

Course (Overview)

In the current era of rapid advancement and intense competition, the possession of a professional qualification is of utmost significance. Undertaking a Bachelor of Technology (BTech) or an engineering program is widely acknowledged as a conduit to profitable prospects within the dynamic sphere of technology. Nonetheless, the commitment to orthodox, full-time educational tracks is not a feasible option for all individuals; hence, distance learning programs in BTech or engineering present an alternative. Such undergraduate programs facilitate academic pursuit from afar, obviating the necessity for regular attendance at a brick-and-mortar institution. Designed with the express intent to cater to those who are unable to partake in standard educational regimens, these programs aim to augment one’s technical prowess and grasp of complex engineering fields.

Educational delivery in these distance BTech or engineering courses is predominantly conducted through digital mediums such as online lectures, downloadable study materials, and interactive virtual classroom environments. At intervals, these courses might incorporate intensive workshops or hands-on practical sessions accessible at local centres during weekends. Additionally, academic institutions employ web-based forums and platforms to foster communication and collaborative efforts among enrollees and teaching staff, thus facilitating efficient resolution of academic inquiries.

Key features 

• The university offers a multidisciplinary curriculum that encompasses various fields of Engineering, Medical, Languages, Pharmacy, and Science, providing a broad-based education.
• There are multiple branches of engineering available for specialization, including Aeronautical Engineering, Chemical Engineering, Civil Engineering, and Computer Science, among others, allowing students to focus on their area of interest.
• The curriculum is designed to be outcome-based, aiming to offer technical education and research opportunities of high standards to students.
• SSSUTMS aims to emerge as a "Centre for Excellence" by providing education and research opportunities that meet very high standards.
• The program offers various career opportunities, with roles like software engineer being among the best offered to graduates.
• Like most B.Tech/B.E. programs, the courses at SSSUTMS span 4 years, providing in-depth knowledge and skills in the chosen engineering discipline.

Learning Pedagogy:

• Implementation of the Choice Based Credit System (CBCS): Sri Satya Sai University of Technology & Medical Sciences has incorporated the CBCS, endowing students with the autonomy to select courses that align with their individual interests and professional aspirations. This initiative fosters a tailored educational journey for each student.
• Interdisciplinary Educational Strategy: The institution proffers courses that transcend disciplinary boundaries, reflecting a holistic educational strategy. This interdisciplinary approach is anticipated to be evident within the Bachelor of Technology (B.Tech) and Bachelor of Engineering (B.E.) programs as well.
• Digital Study Resources: SSSUTMS maintains a specialized division devoted to online educational materials, encompassing an array of content targeted towards students. Those intrigued can visit the university's official site to explore these resources.
• E-Content Downloads: Additionally, the website facilitates the download of electronic content, potentially comprising lectures, notes, and supplementary learning materials.
• Values-Oriented Educational Resources: Platforms associated with the Sri Sathya Sai education mission provide values-driven instructional materials for both educators and students, possibly serving as advantageous resources for SSSUTMS students as well.

Specialisations:

Specializations
Aeronautical Engineering	Chemical Engineering	Civil Engineering	Computer Science and Engineering	Electrical and Electronics Engineering
Electrical Engineering	Electronic & Communication Engineering	Electronics & Instrumentation Engineering	Mechanical Engineering	Mining Engineering

Curriculum:

Aeronautical Engineering
Sem1	Sem2
Mathematics-I	Mathematics-II
Engineering Physics	Engineering Chemistry
Basic Computer Engineering	English for Communication
Basic Mechanical Engineering	Basic Electrical Engineering
Basic Civil Engineering & Mechanics	Engineering Graphics
Language Lab	Manufacturing Practices
Self-Study / GD Seminar	Industrial Training
Sem3	Sem4
Mathematics -III	Energy, Ecology, Environment & Society
Elements of Aeronautics	Aircraft Systems and Instrumentation
Fluid Mechanics	Aerodynamics I
Thermodynamics 6	Aircraft Propulsion I
Strength of Materials	Aircraft Structure I
Computer Programming	Java Programming
Self-Study / GD Seminar	Industrial Training-I
Sem5	Sem6
Aircraft Structure -II	Aircraft Stability & Control
Aerodynamics -II	Program Elective - II
Aircraft Propulsion -II	Program Elective - III
Program Elective - I	Open Core Elective-II
Open Core Elective - I	Minor Project
Industrial Training-II
Sem7	Sem8
Computational Fluid Dynamics	Finite Elements Methods
Rockets and Missiles	Elective-V
Program Elective-IV	Open Elective-IV
Open Core Elective-III	Project Stage-II
Project Stage-I
SelfStudy/GD/Seminar

 

Chemical Engineering
Sem1	Sem2
Mathematics-I	Mathematics-II
Engineering Physics	Engineering Chemistry
Basic Computer Engineering	English for Communication
Basic Mechanical Engineering	Basic Electrical Engineering
Basic Civil Engineering & Mechanics	Engineering Graphics
Language Lab	Manufacturing Practices
Self Study / GD Seminar	Industrial Training
Sem3	Sem4
Mathematics -III	Energy, Ecology, Environment & Society
Chemical Engineering Thermodynamics	Fluid Particle Mechanics
Advance Engineering Chemistry	Fluid Mechanics
Material & Energy Balance	Fuel Technology
Chemical Instrumentation	Inorganic Process Technology
Computer Programming-I	Computer Programming-II
Self Study /GD Seminar	Industrial Training-I
Sem5	Sem6
Heat Transfer	Mass Transfer-II
Mass Transfer-I	Chemical Reaction Engineering-II
Chemical Reaction Engineering-I	Program Elective-II
Program Elective-I	Program Elective-III
Open Core Elective - I	Open Core Elective - II
Industrial Training-II	Minor Project
Sem7	Sem8
Process Control	Chemical Process Modeling and Simulation
Numerical Method in Chemical Engineering	Program Elective-V
Program Elective-IV	Open Core Elective - IV
Open Core Elective - III	Project Stage-II
Project Stage-I
Self Study/GD/Seminar

 

Civil Engineering
Sem1	Sem2
Mathematics-I	Mathematics-II
Engineering Physics	Engineering Chemistry
Basic Computer Engineering	English for Communication
Basic Mechanical Engineering	Basic Electrical Engineering
Basic Civil Engineering & Mechanics	Engineering Graphics
Language Lab	Manufacturing Practices
Self Study / GD Seminar	Industrial Training
Sem3	Sem4
Mathematics –III	Energy, Ecology, Environment & Society
Construction Materials	Construction Technology
Surveying	Structural Analysis-I
Building Planning & Architecture	Transportation Engineering-I
Strength of Materials	Engineering Geology & Remote Sensing
Ancient Construction Techniques	Software lab
Self study /GD Seminar	Industrial Training-I
Sem5	Sem6
Advanced Surveying	Transportation Engineering-II
Fluid Mechanics	Geotechnical Engineering-I
Structural Design & Drawing-I (RCC)	Professional Elective-II
Professional Elective-I	Professional Elective-III
Open Core Elective - I	Open Core Elective - II
Industrial Training-II	Minor Project - I
Sem7	Sem8
Quantity Surveying & Costing	Geotechnical Engineering-II
Environmental Engineering-II	Professional Elective-V
Professional Elective-IV	Open Core Elective-IV
Open Core Elective-III	Major Project-II
Major Project-I
Self Study/GD/Seminar

 

Computer Science and Engineering
Sem1	Sem2
Mathematics-I	Mathematics-II,
Engineering Physics	Engineering Chemistry,
Basic Computer Engineering	English for Communication,
Basic Mechanical Engineering	Basic Electrical Engineering,
Basic Civil Engineering & Mechanics	Engineering Graphics,
Language Lab	Manufacturing Practices,
Self-Study / GD Seminar	Industrial Training
Sem3	Sem4
Mathematics- III	Energy, Ecology, Environment And Society
Discrete Structure	Analysis Design of Algorithm
Data Structure	Software Engineering
Digital Systems	Computer Organization & Architecture
Object Oriented Programming & Methodology	Operating Systems
Computer Workshop	Programming Practices
Self-Study/GD Seminar	Industrial Training
Sem5	Sem6
Database Management	Compiler Design
Computer Graphics	Computer Network
PHP Technology	Program Elective-II
Program Elective-I	Program Elective-III
Open Core Elective - I	Open Core Elective - II
Industrial Training-I	Minor Project
Sem7	Sem8
Ad-hoc and Sensor Networks	Web Engineering
Digital Image Processing	Program Elective-V
Program Elective-IV	Open Core Elective - IV
Open Core Elective - III	Project Stage-II
Project Stage-I
Self-Study/GD/Seminar

 

Electrical and Electronics Engineering
Sem1	Sem2
Mathematics-I	Mathematics-II
Engineering Physics	Engineering Chemistry
Basic Computer Engineering	English for Communication
Basic Mechanical Engineering	Basic Electrical Engineering
Basic Civil Engineering & Mechanics	Engineering Graphics
Language Lab	Manufacturing Practices
Self Study / GD Seminar	Industrial Training
Sem3	Sem4
Mathematics -III	Emergy, Ecology, Environment & Society
Signals & Systems	Digital Electronics
Electrical Measurement & Measuring Instruments	Electrical Machine-I
Network Analysis	Power System-I
Analog Electronics	Control System
Java Programming	Software Lab I (Circuit Simulator)
Self study /GD Seminar	Industrial Training-I
Sem5	Sem6
Electrical Machines – II	Power Systems – II
Microprocessors	Electrical Drives
Power Electronics	Program Elective - II
Program Elective - I	Program Elective - III
Open Core Elective - I	Open Core Elective-II
Industrial Training-I	Project -I(Minor)
Sem7	Sem8
Power System Protection	Advanced Electric Drives
Solar PV Application	Program Elective-V
Program Elective-IV	Open Core Elective - IV
Open Core Elective - III	Project Stage-II
Project Stage-I
Self Study/GD/Seminar

 

Electrical Engineering
Sem1	Sem2
Mathematics-I	Mathematics-II
Engineering Physics	Engineering Chemistry
Basic Computer Engineering	English for Communication
Basic Mechanical Engineering	Basic Electrical and Electronics Engineering
Basic Civil Engineering & Mechanics	Engineering Graphics
Language Lab	Manufacturing Practices
Self Study / GD Seminar	Industrial Training
Sem3	Sem4
Mathematics -III	Energy, Ecology, Environment & Society
Electromagnetic Fields	Digital Electronics
Electrical Machines – I	Electrical Machines – II
Analog Electronics	Power System I
Electrical Circuit Analysis	Power Electronics
Java Programming	Software Lab I (Circuit Simulator)
Self study /GD Seminar
Sem5	Sem6
Control Systems	Power Systems – II
Microprocessors	Measurements and Instrumentation
Electrical Machine Design	Program Elective-II
Program Elective-I	Program Elective-III
Open Elective - I	Open Elective - II
Industrial Training-I	Minor Project
Sem7	Sem8
Power System Protection	Power System Dynamics and Control
Electrical Drives	Elective-V
Program Elective-IV	Open Elective - IV
Open Elective - III	Project Stage-II
Project Stage-I
Self Study/GD/Seminar

 

Electronic & Communication Engineering
Sem1	Sem2
Mathematics-I	Mathematics-II
Engineering Physics	Engineering Chemistry
Basic Computer Engineering	English for Communication
Basic Mechanical Engineering	Basic Electrical Engineering
Basic Civil Engineering & Mechanics	Engineering Graphics
Language Lab	Manufacturing Practices
Self Study / GD Seminar	Industrial Training
Sem3	Sem4
Mathematics	Energy, Ecology, Environment and Society
Electromagnetic Theory	Digital Electronics
Measurement Science & Techniques	Signals and System
Electronic Devices	Analog Communication
Network Analysis and Synthesis	Electronics Instrumentation
Simulation Lab-I	Simulation Lab-II
Self Study/GD Seminar	Industrial Training-I
Sem5	Sem6
Computer Architecture	Control Systems
Digital Signal Processing	Optical Communication
CMOS Design	Program Elective-II
Program Elective-I	Program Elective-III
Open Core Elective - I	Open Core Elective - II
Industrial Training-I	Minor Project
Sem7	Sem8
Microwave Theory and Techniques	Engineering
Antennas and Propagation	Program Elective-V
Program Elective-IV	Open Core Elective - IV
Open Core Elective - III	Project Stage II
Project Stage-I
Self Study/GD/Seminar

 

Electronics & Instrumentation Engineering
Sem1	Sem2
Mathematics	Mathematics,
Engineering	Engineering Chemistry,
Physics	English for Communication,
Basic Computer Engineering	Basic Electrical Engineering,
Basic Mechanical Engineering	Engineering Graphics,
Basic Civil Engineering & Mechanics	Manufacturing Practices,
Language Lab	Industrial Training
Self Study / GD Seminar
Sem3	Sem4
Mathematics -III	Energy, Ecology, Environment and Society
Electromagnetic Theory	Digital Electronics
Electrical Instrumentation	Signals and System
Electronic Devices	Analog Communication
Network Analysis and Synthesis	Electronic Measurement and Instrumentation
Simulation Lab-I	Simulation Lab-II
Self Study/GD Seminar	Industrial Training-I
Sem5	Sem6
Linear Control Systems	Microcontroller
Digital Signal Processing	Microprocessor
CMOS Design	Biomedical Instrumentation
Program Elective-I	Program Elective-II
Open Core Elective - I	Program Elective-III
Industrial Training-I	Open Core Elective - II
	Minor Project
Sem7	Sem8
Opto-Electronic Instrumentation	Transducers and Sensors
Analytical Instrumentation	Program Elective-V
Program Elective-IV	Open Core Elective - IV
Open Core Elective - III	Project Stage-II
Project Stage-I
Self Study / GD / Seminar

 

Mechanical Engineering
Sem1	Sem2
Mathematics-I	Mathematics-II
Engineering Physics	Engineering Chemistry
Basic Computer Engineering	English for Communication
Basic Mechanical Engineering	Basic Electrical and Electronics Engineering
Basic Civil Engineering & Mechanics	Engineering Graphics
Language Lab	Manufacturing Practices
Self Study / GD Seminar	Industrial Training
Sem3	Sem4
Mathematics-III	Energy, Ecology, Environment and Society
Thermodynamics	Instrumentation & Control
Materials Technology	Theory of Machines
Manufacturing Process	Fluid Mechanics
Strength of Material	Manufacturing Technology
Thermal Engineering Lab	Software Lab
Self Study / GD Seminar	Industrial Training-I
Sem5	Sem6
Machine Component Design	NC and CNC Machine Tools
Dynamics of Machines	Heat and Mass Transfer
Metal Cutting & CNC Machines	Program Elective-II
Program Elective-I	Program Elective-III
Open Core Elective - I	Open Core Elective - II
Industrial Training-I	Minor Project
Sem7	Sem8
Mechanical Vibration & Noise Engineering	Refrigeration & Air Conditioning
Automobile Engineering	Program Elective-V
Program Elective-IV	Open Core Elective - IV
Open Core Elective - III	Project Stage-II
Project Stage-I
Self Study/GD/Seminar

 

Mining Engineering
Sem1	Sem2
Mathematics-I	Mathematics-II
Engineering Physics	Engineering Chemistry
Basic Computer Engineering	English for Communication
Basic Mechanical Engineering	Basic Electrical Engineering
Basic Civil Engineering & Mechanics	Engineering Graphics
Language Lab	Manufacturing Practices
Self Study / GD Seminar	Industrial Training
Sem3	Sem4
Mathematics-III	Energy, Ecology, Environment & Society
Mining Environment-I	Drilling & Blasting
Mining Surveying – I	Underground Coal Mining
Rock Mechanics	Mining Machinery -I
GeologyI	Geology –II
Computer Programming (C Language)	Computer Programming (Java)
Self Study / GD Seminar	Industrial Training-I
Sem5	Sem6
Mining Surveying- II	Underground Metal Mining
Mineral Processing	Program Elective-II
Mining Machinery –II	Program Elective-III
Program Elective-I	Open Core Elective-II
Open Core Elective-I	Minor Project
Industrial TrainingII
Sem7	Sem8
Machinery-III	Mining Surveying III
Strata Control	Program Elective-V
Program Elective-IV	Open Core Elective-IV
Open Core Elective-III	Project Stage-II
Project Stage-I
Self Study/GD/Seminar

 

Eligibility:

• The university accepts scores from exams like CBSE 12th, MPBSE 12th, and potentially other 10+2 level examinations as part of the eligibility criteria.
• Applicants must have taken Physics, Chemistry, and Mathematics/Biology (PCM/PCB) as their main subjects during their 10+2 education.
• General category students are required to have at least 45% marks in their qualifying examination, while reserved category students (ST/SC/OBC) need a minimum of 40% marks.
• There may also be additional criteria such as a minimum combined score in PCM subjects at the qualifying level, which could be specific to certain BTech specializations.

Scholarships:

• The Madhya Pradesh government has implemented scholarship programs for higher education students from reserved categories, such as SC/ST and non-creamy layer OBC. Eligible candidates can apply through the Adim Jati Kalyan Vibhag website, and the university offers dedicated staff to assist students with scholarship applications both within and outside the state.

Admission Procedure:

• Prior to submitting an application, candidates must verify their eligibility for the desired program, which may include completion of 10+2 with specific subjects and a certain percentage of marks as prerequisites.
• Initiating the application procedure involves visiting the official SSSUTMS website for prospective students.
• In some instances, an online entrance examination could be integrated into the admission process for the 2023-24 academic year.
• It is crucial to stay informed about admission announcements issued by the university, specifically regarding registration forms and details about online entrance exams.
• Through the university's official website, applicants can submit an admission application, which entails filling out an online form with necessary information and supporting documentation.
• Additionally, students have the option of utilizing the E-Pravesh portal provided by the university for their online application process.