TOLL FREE NUMBER : 9107-029-029
TOLL FREE NUMBER : 9107-029-029
The unprecedented rapid growth of industry in the country has necessitated increased demand for skill technical manpower. Keeping this in mind the founder society namely Institute of Management and Technologies, Bhopal established Sha-Shib College of Technology, Parvalia, Bhopal in the year 2009.
Sha-Shib College Of Technology, Bhopal is an off shoot of a society with the nomenclature of Institute Of Management & Technologies, Bhopal. The society headed by Sha-Shib Group is a well known name in the field of Aviation Education. Aircraft Maintenance Engineering Courses are run by the group in different parts of the country. As a step head, Aircraft Flying Clubs are also established for the benefits of interested people in the field. Sha- Shib Group is a pioneer and explorer in the field of higher education. To reach the highest echelons of education and thus provide the greatest service to the society is the uncompromising vision and motive the Sha- Shib Group has. Definitely the group has covered a long distance in the direction of its vision. No doubt, we can expect more from this group. Initially, the college offers B.E. courses in Civil, Mechanical, Electronics & Communication & Computer Science and Engineering with a intake of 60 students in each batch.
Sha-Shib College Of Technology, Bhopal is a major provider of quality engineering and management education into the heart of the students. We assure you, an education at Sha-Shib College Of Technology, Bhopal will be your platform to better facilities, bigger achievements and greater success. SCT College helps create unforgettable learning experiences and memories in the hearts of all their students. We also do guarantee that your learning at SCT College would be of the highest quality.
THE VISION
Providing global employers and society with skilled manpower that is a fundamental requirement for economic success and contribution to the community.
To produce world class technocrats who can get good jobs & contribute a lot for fulfilling the dream project of making our dear nation a super power with all progress and prosperity in the nearest possible future.
THE MISSION
We make every decision that enable us to better educate our students for career success by supporting the personal development of our learners and updating our curriculum and teaching techniques in order to produce graduates with the necessary skills to sustain individual career success with global economy.
High caliber faculties are available in the institute. The facilities available and the atmosphere of the institute are very much conducive for nourishing and developing world class technocrats. The mission is not to follow some prescribed syllabus alone. It is to inspire creation of innovative ideas which alone can face new challenges thrown up by the changing times. We are sure that good training provided in the campus coupled with interaction with modern industry can instill the spirit of exploration and innovation in the minds of the students to undertake the big task. The mission is not to follow some prescribed syllabus alone. It is to inspire creation of innovative ideas which alone can face new challenges thrown up by the changing times. We are sure that good training provided in the campus coupled with interaction with modern industry can instill the spirit of exploration and innovation in the minds of the students to undertake the big task.
MEET OUR DIRECTOR
Dr. A.R. Ansari, a well known name in Technical Education in M.P. is the Director of the college. He has experience of more than 40 years in the field of teaching, industry, research & administration. He was head of Mechanical Engg. Dept. of Maulana Azad National Institute of Technology (M.A.N.I.T.) Bhopal.
He has also served as Principal of Engg. Institutes apart from serving in Hindustan Aeronautics Ltd. Bangalore. He has published more than 40 research papers and has guided four Ph.D. candidates. He has visited U.S.A., Canada, Japan and many other countries for attending and presenting research papers and attending conferences.
PRINCIPAL'S MESSAGE
The aim of an engineer is to create new artifacts, algorithms, processes, and systems for the service of human beings. It is a privilege in any one’s career to embark on engineering education. And as we know that Drastic & fast developments are taking place in various fields around the world; due to this, world becomes a smaller place. Since India is emerged as an un-ignorable country on the world map in recent years, the task at hand is more enthralling than ever before. It is my privilege to welcome you and introduce you " SHA-SHIB COLLEGE OF TECHNOLOGY BHOPAL (SCT),” located at Bhopal. (M.P.).Ever since its establishment, the SCT College conglomerate of students, staff and faculty has endeavored towards creating young and dynamic engineers who will form the crux of the technical workforce of tomorrow. In our quest to provide the country with the best working talent, we have created a disciplined environment that at the same time provides each individual with the creative freedom to think out of the box. It has always been our belief that every student has an unending pool of talent that needs to be nurtured and which when guided with proper care and the correct attitude can help bring out the best from any individual. Our objective is to produce a high breed of qualified, innovative and dynamic professionals for corporate & sectors, for the service industries, for self employment, and for academic & research institutions.
It gives me immense pleasure to welcome all those who aspire to have a career in engineering and fruitful stay at our College.
The Institute is located in 10 Acres of lush green environment in the village of Parvalia which is just 6 km away from Bhopal Airport on Bhopal- Jaipur National Highway No. 12. is proximity with RGPV is just 8 km. It is well connected to all the parts of city of Bhopal.
COLLEGE BUILDING: College building is built in 3 parts which are interconnected and spread in well over 6000 sq meters; it consists of all the laboratories as per AICTE, Delhi and RGPV Bhopal norms.
COMPUTER CENTRES: There are two computer centres containing 90 Dual Core HCL Computers. They are all in network with server and are connected to Airtel 2 Mbps internet connection.
LIBRARY: The Library has more than 5500 books on all topics related to the syllabus of RGPV. It is computerized with SOUL software. More then 40 journals and periodicals are subscribed. Provision is also made for internet browsing of journals in the library.
FACULTY: Highly qualified faculty is recruited to impart best education to budding engineers. Experts from industry and other institutions deliver lectures on important topics.
LABORATORIES: The workshop and the laboratories are well equipped with the best equipment available as per the syllabus of the university.
HOSTEL: The institute has separate hostels facility for both boys and girls. Four buses are running from all corners of city of Bhopal to bring the day scholars to the institute. Special Training is imparted to the students for enhancing communication skill and personality development.
INDUSTRY-INSTITUTE INTERACTION: The institute has very good industry-institution interaction. The students are sent for the training and technical tours to the industries located around the country. The experts from the industry visit the institution regularly to deliver expert lecturers.
LIBRARY: The Library is computerised which contains 5500 books fulfilling the requirements of engineering curriculum 32 National and International journals and periodicals have been subscribed.
COMPUTER CENTRES: Two air conditional Computer Centres contains 90 HCL Dual Core Computers. They are networked and has 2 Mbps Airtel Internet.
IDENTITY CARD: Students are issued identity card which will also be used as library card. The students must carry the identity card in person all the time in the Institute and in the town. The card has to be produced on demand by any member of the staff. The identity card should be returned to the Institute when the student finally leaves the Institute.
CANTEEN : A Student canteen is provided to the students. It serves light refreshments and tea etc. Students are not supposed to visit the canteen by cutting classes .
MEDICAL : A part-time doctor visits the Institute where the students may get free consultation. Life Insurance of all the students is done. Students acquiring immediate medical attention are sent to the hospitals.
The department of Electronics and Communication Engineering chip away at the mission of "granting quality training" and on the essential guideline of making innovative brilliance capacity in the understudies and to instill proficient, social and moral esteems.
The department of EC is a standout amongst the most progressive departments in the institution. The accomplished staff brings best in class research, improvement, and configuration encounter into the classroom, guaranteeing that the understudies can apply for enrollment as expert architects in all piece of worldwide building and mainstream researchers.
The Department has condition of craftsmanship research facilities including Communication Lab. Antenna and microwave Lab, VLSl Lab, Microelectronics Lab, Basic electrical designing Lab outfitted with equipment and programming meeting the most recent educational modules.
Mechanical Engineering is the discipline that applies designing, physical science, and materials science standards to configuration, dissect, fabricate, and keep up mechanical frameworks. It is one of the most seasoned and broadest of the engineering disciplines.
The mechanical engineering field requires a comprehension of center territories including mechanics, elements, thermodynamics, materials science, auxiliary examination, and power. Notwithstanding these center standards, mechanical specialists utilize devices, for example, PC helped outline (CAD), and item life cycle administration to plan and dissect fabricating plants, modern hardware and apparatus, warming and cooling frameworks, transport frameworks, flying machine, watercraft, apply autonomy, restorative gadgets, weapons, and others. It is the branch of building that includes the outline, generation, and operation of machinery.
The target of the Mechanical Engineering Program is to deliver graduates with a solid establishment in building essentials empowering them to:
Project: Drone
Drones are more formally known as unmanned aerial vehicles (UAVs) or unmanned aircraft systems (UASes). Essentially, a drone is a flying robot. The aircrafts may be remotely controlled or can fly autonomously through software-controlled flight plans in their embedded systemsworking in conjunction with onboard sensors and GPS. In the recent past, UAVs were most often associated with the military, where they were used initially for anti-aircraft target practice, intelligence gathering and then, more controversially, as weapons platforms. Drones are now also used in a wide range of civilian roles ranging from search and rescue, surveillance, traffic monitoring, weather monitoring and firefighting to personal drones and business drone-based photography, as well as videography, agriculture and even delivery services
Project : Spy Car
Submitted By : Sudhanshu Ranjan (0532ME121050), Jitendra Kumar (0532ME121024), Dhananjay Kumar Verma (0532ME121018), Sheshmani Suryawanshi (0532ME121048)
The military use of unmanned aerial vehicles (FROSc) has grown because of their ability to operate in dangerous location while keeping their human operates at a safe distance. The larger FROSc also provide a reliable long duration, cost effective, platform for reconnaissance as well as weapons. They have grown to become an indispensable tool for the military. The question we posed for our project was whether small FROSc also had utility in military and commercial/industrial applications.
We postulated that smaller FROSc can serve more operations such as searching a village or a building for enemy position. Smaller FROSc on the order of a couple feet to a meter in size, should be able to handle military tactical operations as well as the emerging commercial and industrial applications and our project is attempting to validate this assumption. To validate this assumption, my team considered many different FROSc designs before we settled on creation a Spycar.
The payload of our Spycar design includes a camera and telemetry that will allow us to watch live video from the spycar on a laptop that is located up to 2 miles away. We have just finished the project in terms of getting a grade for my senior design but we will continue to work on the Spycar to improve performance and controllability. Our project has verified that it is possible to build a small scale spycar that could be used for both military and commercial use.
Our most significant problems to date have been an ambitious development schedule coupled with very limited funds. These constraints have forced compromise in components selected and methods used for prototype development. Our team’s Spycar prototype is a very limited version of what could be created in a production facility using more advanced technology. Currently our spycar has achieved stable untethered flight using as well as autonomous altitude hold. We are continuing to work on our software so that we can achieve better controlled untethered flight.
Although there are many enhancements that we could do the design, we have proven that it is possible to produce a small scale FROSc that performance performs functions of interest of military as well as commercial/industrial application.
Project : Electric Car
Submitted By : Sanjay Kumar (0532ME141029), Vivek Pandey (0532ME141038), Veepan Singh (0532ME141033), Deepak singh dasila (0532ME141013)
As the studies of various papers and research it is noted that the level of pollution is increasing day by day. The pollution occurs is derived mainly from vehicles, industries and other various sectors. Vehicle produces the highest COX and NOX which are major air pollutant. This is the major concern for human being upon which the main focus to be given in order to maintain a healthy and good environment for future. Some alternatives to be used to control the pollution level up to some extent. This can be achieved by using alternative resources of energy for various operations i.e. transportation, production etc.
We come to make an effort in this context by modifying the Maruti 800 car. We have done some major changes on the car and as a result of this we reduced the emission of pollutant from vehicle. From the modification of Maruti 800, instead of engine a motor is fixed. By using motor, there is no air pollution occurs from the vehicles. The cost of maintenance in this project gradually decreases with the time as compare to the diesel/petrol vehicles and the speed is also increase. The uses of electric car have many advantages as it is environment friendly, low cost, low maintenance etc. Fully electric car are being introduced to the passengers car market in addition to the already popular in hybrid vehicles. There are many existing and proposed standards for the design of the vehicles to reduce the risk of occupants and rescue personnel being exposed to hazards such ad corrosive chemicals, toxic fumes, fires and electric shock in the events of accidents. Some manufacturers are continually working with rescue organization to develop appropriate procedures for dealing with the crushes.
In October 2010 a research crash test of electric car with a lithium-ion battery was conducted by Australia NCAP has also assessed a number of vehicles powered by Lithium-ion batteries. This research reviews the safety hazards and outcome associated with those tests and provides draft advice from car test and rescues organization.
Civil Engineering is an expert designing order that arrangements with the outline, development, and support of the physical and normally fabricated condition, including works like streets, spans, trenches, dams, airplane terminals, sewerage frameworks, pipelines and railways. Civil designing is customarily broken into various sub-disciplines. It is the second-most established designing order after military engineering, and it is characterized to recognize non-military building from military engineering. Civil building happens in people in general division from city through to national governments, and in the private segment from singular property holders through to global organizations. The mission of Civil department is to be a global centre of excellence in technical and professional education for graduating engineers and serve as a valuable resource to the nation.
PROJECTS DONE
Project : Low Cost Parking
We have done low cost parking project according to requirement of our college. To reduce traffic volume and to provide proper parking. due to rush of vehicles, traffic is happening. Hence management of vehicles is necessary. And also to provide shade to the vehicles because of heavy sunlight in summer season and rain in rainy season. The parking shade use as for protect uv and sun ray effect. The hot sun ray and uv ray affect vehicles strength and efficiency. Cost is major factor in any construction work that’s why we designed low cost parking system which will be usable in present and future. To reduce cost we provided waste materials, low cost materials and reusable materials. And also the low cost materials which we are providing in parking shed their strength is checked so that it can be durable and it can be used in future also. quantity of vehicles is checked by how many number of vehicle park in a day or in a week or in a year in which we can calculate the quantity of vehicle and which type of vehicle is park at that place. Most important thing is that each vehicle which is parked at that place for how many time it is parked. to design the parking we have the idea of number of vehicles park in peak hours.
costing of parking also depend upon the number of vehicles park in peak hour.if the number of vehicles increases then cost of parking is also increases.To find out estimation of low cost parking we should know about real rate of steel in market at different different traders. This project is done by contract base.
Project : Sun Set Point
The inclination of the Earth's rotation axis causes the seasons and the position of sunrise and sunset to change every day. The maximum angular distance between two sunrises or two sunsets is the angle between two solstices. This angle changes with the latitude of the place. It is minimum at the equator (where it is equal to ecliptic obliquity), and after that increases according to the absolute value of the latitude until it causes the midnight Sun in the polar area.
The draw of sunrises and sunsets is undeniable, and it?s hard to deny the excitement of witnessing the amazing spectacle of light and rich colours fill the sky. Perhaps it?s the feeling of witnessing a unique event that draws us in, the constantly evolving nature of the light only reacting with the clouds and weather conditions may be an event that occurs each and every day of our lives, but one that will never quite be the same as any since or any to come.
Sunset on the other hand brings about the close of the day, and in terms of the lifecycle, the diminishing light represents the end, retirement, a phasing out, or even death. This may be a stretch for many to comprehend, particularly when witnessing the glorious colours and light of a sunset,
AIM OF THIS PROJECT TO USE WASTE MATERIAL FOR DEVELOPMENT OF SUNSET POINT AND PROVIDE A PLACE FOR STUDENT TO TAKE REST FOR SOME TIME. Relaxing and getting enough rest will help STUDENT do better IN STUDY. IT WILL ALSO FEELING CLOSE TO NATURE and enjoy life more. Taking good care of may require thierself....Not only help TO control tiredness, it also improves mental health, moods,for their rest of day.
The Department of Computer Science and Engineering was built up with a point of creating center capability in Computer Science and getting ready understudies to do improvement work, and in addition take up challenges in research.
All-swarming nature of innovation is finished with enormous interest for instruction in the said field. The relentless ascent in the quantity of understudies picking to have practical experience in this field is a declaration of which.
The dynamic employees of the office have shown mastery in numerous zones and flair for teaching different course to provide the student with the foundations of the discipline as well as the opportunity for specialization. Center courses incorporate Programming Languages, Computer Architecture, System Software, Networking Technologies and Artificial Intelligence.
The Objective of Central lab is to
Software Engineering & Project Lab
The Software Engineering Lab has been developed by keeping in mind the following objectives:
Database Programming Lab
A database management system (DBMS) is computer application software that provides a way to manage data. The requirement of modern days is to have an automated system that manages, modifies and updates data accurately. This is achieved by a DBMS in robust, correct and non redundant way. DBMS lab aims at practicing and achieving this aim by using various software’s such as SQL, ORACLE, and MS – Access etc. All these require a thorough practice of various DDl, DCL and DML queries. There are 51 computers in our Database Programming Lab
Operating System & Networking Lab
The objective of Operating System Lab is to:
Project : AdSense
Submitted By : Jayamala Patel
AdSense is a wonderful advertising concept and it also lies at the heart of Advertising empire. Though new advertising concepts keep coming up all the time, this one is something that is altogether different. AdSense (Advertising program) presents an earning opportunity to the website owners by allowing to post advertisements on their websites. These advertisements are either text advertisements or image based advertisements. AdSense is content-targeted advertising program. It is the program that can give you advertising revenue - with a minimal investment in time and no additional resources.
Project :Planepedia
Submitted By : Nitesh Kumar Choudhary
The main aim of this software application is to provide the unique information about the all type of war aircraft from all around the world. The design of this software application is based on static based relative layout design. This application can run on Android version 4.0.1 or above. Those users who have interest in the aviation field and they want to know some extra stuff then this application will really helpful for them.
Project : Enterprise Wan Simulator
Submitted By : Aditya Nath
The Enterprise WAN networking project show that how a private network can be established for a company, institutes and organisation. It can give more security options and reliability. Users and Employee of a Company can connect any time with the other branch of the company, can share data and can use software which is installed in the server. User can run any program or data and can be saved in the server. A N/W administrator can control or limit the users to access the internet. An administrator can control the uses of the N/W and can monitor the users using the N/W. Overall enterprise WAN can give a centralized environment, better redundancy service, security and converged N/W.
Code of Conduct for the Student
Anti Ragging
Ragging Means
Bachelor of Engineering
Eligibility: 12th Passed with min 45% marks in PCM for general category & 40% for SC/ST/OBC candidates.
Branches Offered in Engineering
Documents required for verification:
Students can directly take admission in Engineering courses in 2nd year after completion of Diploma/BSc (Maths), with min of 45% marks for general category & 40% for SC,ST,OBC.
Bachelor Of Engineering (BE)
CATEGORY YEARLY INCOME
OBC : 75,000/-
SC : 1,00,000/- To 3,00,000/-
ST : 1,20,000/- To 3,00,000/-
Certificates Required
Fee Structure for 2018-19
| S.No. | College Fee | Semester Fee (Amount in Rs.) | For First Year (Amount in Rs.) | Estimated Fee for B.E. course (4 yrs. Duration) (Amount in Rs.) |
| 1. | Registration Fee | 500 | 500 | 500 |
| 2. | Tuition Fee | 22,800 | 45,600 | 1,82,400 |
| 3. | College Caution Money (once) | 1,500 | 1,500 | 1,500 |
| 4. | Uniform & others | 5,000 | 5,000 | 5,000 |
| 5. | Bus Fee | 6,000 | 12,000 | 48,000 |
| 6 | Total | 35,800/- | 64,600/- | 2,37,400/- |
