Student Section

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A team of students comprising Mr. Rajvinder Khalsa, Mr. P.V.S. Sai Kiran, Mr. Dushyant Sarvaiya, Mr. Om Samani, Mr. Safal Panchal, Mr. Akash Sharma Mr. Navdeep Vaishnav B.Tech (MAE) (2012-16, 2013-17 & 2014-18 batches) from Department of Mechanical Engineering in Amity School of Engineering & Technology (ASET) created a racing car. This project describes the work associated with the design, build and test of a Formula Student Racing Car (FSRC) in order to compete at Formula Student Competition at national level, according to regulations of Formula Society of Automotive Engineers (SAE).

The design of FSRC involves the study of material structure, aerodynamics, suspension dynamics, internal combustion engine, selection of materials and the requirements for manufacturing. The challenge for the team was to develop a vehicle that can successfully compete in all the events (static and dynamic) as per the norms laid down by SAE. This project is considered as an educational, practical, and training exercise on mechanical engineering principles for the undergraduate students. This engineering project also entail acquiring design concepts in automotive, mechanical engineering skills and the freedom to express creativity and innovation. It provided hands-on experience to budding engineers.

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Quadcopter by a team of students in Amity School of Engineering & Technology (ASET)

Anirudh Gundimeda from B.Tech. (ECE) Batch 2013-2017, Vibhu Malik from B. Tech. (CSE) Batch 2014-2018 and Anirudh Swarankar from B. Tech. (CSE) Batch 2016-2020 created a Quadcopter. Quadcopter is an aerial machine used for surveillance, survey and rescue operations. The Quadcopter is attached with a wireless camera that provides users run time aerial footage having good resolution. The frame of this Quadcopter is indeed unique as it offers a large degree of versatility owing to its light weight. It consists of great power motors that give astonishing power to the propellers. The machine is designed to smoothly land Quadcopter.

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3-D Printer by a team of B. Tech. (CSE) students in Amity School of Engineering & Technology (ASET)

Smit Kabrawala, Apoorv Verma, Shrulabh Gupta from B. Tech. (CSE) Batch 2013-2017 and Shikhar Johri from B. Tech. (CSE) Batch 2016-2020 created a 3D printer. This machine produces a tangible 3D object via additive manufacturing through digital 3D model as an input. 3-D printing refers to any manufacturing process which builds or forms 3-D parts in layers from CAD data. This niche technology is significant because it offers direct manufacturing, i.e. a design goes directly as an input to create a physical product through a computer and a printer. 3-D Printing is used in both rapid prototyping and additive manufacturing. The low-cost 3D printer is prepared by ASET students using Stepper Motors and hot end electrode controls using Raspberry Pi.

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ASET Times by students’ team of Amity School of Engineering & Technology (ASET)

Institute publishes its own in-house magazine named ASET Times. It covers student and faculty achievements, events organized by institute, latest happenings in science & technology.3 volumes of the magazine have been published. All tasks, including, editing and compilation of ASET magazine, were done by Amity School of Engineering & Technology students.

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Indoor Air Purifier by a student of B. Tech. (MAE) in Amity School of Engineering & Technology (ASET)

Mr. Vaibhav Sharma from B. Tech. (MAE 2014-18) created an indoor air purifier. The presence of physical, chemical and biological contaminants in air is posing risk to many city dwellers. The indoor air pollution produces oxides of sulfur, arsenic, fluorine, aldehydes as well as volatile and semi-volatile organic compounds which are a threat to living creatures. The Indoor Air Purifier, prepared by students, is an amalgamation of HEPA filter, anti-bacterial filter, activated carbon filter and ionizer. It reduces amount of pollutants as well as filter and provide fresh air to people.

The HEPA filter is used to remove dust particles from air, anti-bacterial filter is to cease population of bacteria and viruses in indoor air, the ionizer is used to neutralize gas molecules and activated carbon filter eliminates odour. The air purifier checks the number of molecules by MQ series sensor. The efficiency of purifier is 62% at 0.78x0.30x0.45m region.

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“Hacking – Be a Hacker with Ethics” book authored by a student of B. Tech. (CSE) Final Year (Batch 2015-2019), Harsh Bothra

“Hacking: Be A Hacker with Ethics” is a small pocket guide for budding security researchers. The book helps readers and security researchers enhance knowledge. The author explained the journey towards becoming a potential security researcher in a simple reader-friendly language. It depicts positive aspects of ethical hacking. This book extensively covers various aspects and phases of cyber security such as -

  • Recon - Target Scanning & Information Gathering
  • Vulnerability Analysis
  • Malware, Trojans & Botnets
  • Web Application Penetration Testing
  • Important Tools

The book is also recognized by All India Council for Technical Education (AICTE). It is available on amazon.com and https://play.google.com.

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Home Automation System by a team of students of B. Tech. (CSE) in Amity School of Engineering & Technology (ASET)

Hemant Thakur from B.Tech. (CSE) (2013-2017) and Anirudh Swarankar from B. Tech. (CSE) (2016-2020) developed a Home Automation System. It is an automation system for users to remotely control entertainment, electric, temperature and lighting systems at home. A project of Internet of Things (IOT), the Home Automation System fulfills demands of a modern smart home.

Considered as the most intelligent piece of engineering, the automation device reacts to changing physical conditions and can be controlled by the user through communication to the microcontroller via a wireless interface such as bluetooth module. This project entails an interconnection of devices (appliances) that can be controlled at home without hassle.

 
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17 DOF Humanoid by a team of students of B. Tech. (CSE) in Amity School of Engineering & Technology (ASET)

A team of students consisting of Vishal Aditya, Vamshi Reddy from B. Tech. (CSE) (2013-2017) and Namagiri Pawan Sai from B. Tech. (CSE) (2015-2019) developed DOF Humanoid. This robot is a professional small humanoid robot made of aluminium components, hind limbs and body that can operate smoothly.

The system uses Image Processing to track in real time objects, apart from movements like walking, dancing and following track co-ordinates. This 40cmX23cm autonomous robot is designed to interact with users. Machine learning algorithms are added to enhance intelligence of this ‘17 Degree of Freedom Robot’.

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Model of a Cloverleaf Interchange (Kathipara Junction in Chennai) by a team of students of B. Tech. (Civil Engineering) in Amity School of Engineering & Technology (ASET)

A team of students comprising Abhishek Dharmendra Singh, Amber Fatima, Krishna Sri Tirumal Kandula and Yatendra Singh Rathore from B. Tech. (Civil Engineering) (2014-18) developed a model of Grade Separated Intersection. It is a bridge that eliminates crossing conflicts at intersections by vertical separation of roadways in space.

A full clover interchange eliminates all crossing (traffic) movement conflicts using weaving sections. Cloverleaf design requires only one bridge, hence, it is considered the cheapest form to eliminate all crossing maneuvers at grade.

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3-D model of 72 SCREENS’ at Shree Cement Ltd Office, Jaipur, by a team of students of B. Tech. (Civil Engineering) in Amity School of Engineering & Technology (ASET)

Mayank Baghmar, Patel Siddharth Bipinchandra, Aseem Gurjar and Sawan Punjabi from B. Tech. (Civil Engineering) (2015-19) create a 3-D model of 72 SCREENS’ at Shree Cement Ltd Office, Jaipur. The elevation of the actual building is designed with a 3D effect, wherein the GRC square panels were used by casting a mix of grey cement, sand and alkali resistant glass fibres. Most of the panels were produced with a size of 1m X 1m and a thickness of 40 mm. The panels have been casted cast in FRP molds and had no additional surface coating or treatment. Prompt installation could be done due to the light weight of panels. The installation was done without any heavy lifting equipment.

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Kick O' Wheelz: An Automation based Gaming Console by a team of students of B. Tech. (CSE) in Amity School of Engineering & Technology

A team of students including Vishal Aditya, Aishwarya Rai from B. Tech. (CSE) (2013-2017) and Mayuresh Vasudevan Konda from B. Tech. (CSE) (2015-2019) created Kick O' Wheelz: An Automation based Gaming Console. Kick O’ Wheelz is a gaming console developed to play racing or open world games. In contrast to expensive gaming consoles, this project is cost-effective and user-friendly. This project was made by interfacing RaspberryPi computer board, a gyroscope and an accelerometer. The console is compatible to games like GTA IV, Asphalt 8 and NFS Most Wanted.

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“Reforming Techniques in Chemical Industries - An Overview to Reforming Techniques” authored by Palak Lakhani from B. Tech. (Chemical Engineering) (2013-17)

Mr. Palak K. Lakhani studied in Department of Chemical Engineering at Amity University, Rajasthan. He has participated in eight national and international conferences as well as ten workshops, symposiums and seminars. He has one research paper and three review papers on Polymer Technology, Water Conservation and Climate Change to his credit. All commercial aromatic compounds are produced by catalytic reforming of petroleum-derived naphtha. The book explains refinery, technology and how the refined products are useful in daily life. The book can be used a reference text by researchers in this field. The book is available on amazon.com and www.morebooks.de.

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Absolute Distributed Environment Monitoring System by a team of students from B. Tech. (CSE) in Amity School of Engineering & Technology (ASET)

This Internet of Things (IOT) solution is developed by a group of B. Tech. (CSE final year students), Mr. Himanshu Agarwal, Mr. Hardik Gupta, Mr. Manish Rathore and Mr. Anubhav Jangid. With sustainable development as its core theme, this project was closely guided by department faculties. The students’ group won runners-up position in Hackathon by grabbing prize money of ? 75,000.

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Stair Climbing Mechanism by a team of students of B. Tech. (MAE) in Amity School of Engineering & Technology (ASET)

A group of students comprising Mr. Abhishek Sen, Mr. Karan Khichi and Mr. Atul Sharma from B. Tech. (MAE) (2014-18) developed Stair Climbing Mechanism. The project is designed to develop a working prototype for Stair Climbing Mechanism. A stair climbing mechanism is a semi-automated vehicle, which raises the capacity of wheel chair to climb on the stairs without any assistance.

Stair climbing is one of the most attractive performances of mobile robot. The stair climbing mechanism is used for two purposes – to enhance capacity of wheel chair to climb on stairs and to shift heavy objects. It is a boon for people with special abilities, senior citizens and people unable to climb a fleet of stairs. This technology reduces physical and mental pain and eases the task of climbing stairs without assistance. It lends freedom of mobility to the user as well as lift/shift heavy objects from ground floor to top floor through the stairs.