Aditya Engineering college

Best Practice

2015-16

Best Practice-1 :
Inculcating the research spirit in the faculty and students in order to achieve progressive technological advancements Research is a never-ending pursuit for knowledge that is used for advancement of society in the information era. Today’s world is evolving quickly by creating opportunities for new research efforts to improve peoples lives. Keeping up with the everincreasing wants and demands has become the most important factor. Continuous research and development of new products and initiatives has become necessary to fulfill such demands. This prompted the Institute to advance its RD activities, which focuses on a variety of autonomous disciplines and fosters multidisciplinary research. Teaching and research must coexist. The college promotes research in the following ways and means to achieve such goals: Sponsoring for seminars/conference/workshops/Orientation courses /refresher courses like STTPs, FDPs, SDPs, etc. by paying registration fee, TA/DA with paid leave. Financial incentives like paying registration fee for publications in journals and conferences and TA/DA for presentation of technical papers in various International/National conferences and special incentives for publication of research papers in good impact factors as well as Scopus papers. Modernization of laboratories with research facilities Exposure to international expertise by organizing invited lectures, work-shops, seminars and conferences etc. Providing high end computing facilities, with internet, WiFi, and other facilities The supporting staffs is also encouraged to upgrade their skills by being deputed to relevant authorized /recognized training centers in their respective trades/fields.

Best Practice-2 :
A unique counseling process is followed in which every faculty are allocated 20 students as a proctor with an objective to constantly follow the student progress and accordingly suggest changes in the case of any deviation. For every faculty ranging from Assistant Professor to Professor level, 20 students were assigned to look after their academic progress. One reason why student’s opinion increases after using proctors is that they realize that proctors may be highly valuable throughout their course stay, even helping many students to accomplish educational advancement in the first place. Because most people do not focus on it, but here are some ways where proctors help students reaching their educational and evaluative goals. The most evident and easy way is that proctors help students by ensuring more equitable learning environment for all. The restrictions, such as how long it lasts and what materials are authorized or prohibited, are set by professors and administrative authorities. However, someone must police those laws, which is tough to do when students are dispersed all over the world. Proctors have a huge influence since it is clearly wrong to have some students follow the rules while others do not. By prohibiting cheating and giving everyone an equal opportunity to demonstrate their knowledge, proctors play a crucial role in ensuring the students who sincerely study and accomplish the work.

2022-23

Best Practice - 1
Title of the Practice: Nation building through the preparation of students for industry readiness
Objectives of the practice :

  • To foster the technical skills of students by imparting special training on various technologies.
  • To bring the confidence among the students in addition to technical training, emphasis is given on communication skills.
  • To make the students to aware the Interview process, conducting the Mock interviews
  • To make the students quintessence, Institute also support the students for their all-round development
  • The institute aims for fastidious development of students in the areas of academics, research, social service and management.

Context:

Scenario with insufficient supply to meet rising demand changes in how we see engineering practise and education are necessary in light of the exponential prospects and dynamic problems of the 21st century. Today's global industries require engineers with a wide range of knowledge and skill sets, including the ability to lead team-centered projects, contextualized problem formulation, proficiency in communicating across disciplines and hands-on experience.

The Practice:

The Institution is attentive to give training along with certification and educate the engineering students in the area of industrial requirement in different emerging areas like Software - stating from Programming to Automation through Operating systems, Networking, Database, Datamining, Web design, Software development, Android development, Cyber Security, Competitive Coding ; Industrial Automation - Robotics, Mechatronics, PLC Automation, Hardware - Automotive 4- Wheeler, 2- Wheeler, CNC, Refrigeration and Air Conditioning, Welding, Electrical Home Appliances; Mechanical Software - CATIA, DELMIA and SIMULIA ; Civil Software - Auto CAD, Revit (Architecture& Structure). Even special focus given on soft skills so that they can be industry ready by enhancing their knowledge as well as skills.

Accordingly, the Institute has focused its efforts on educating future professionals in high-demand fields including:

Software Certifications/Trainings:
  • AWS Certified Cloud Practitioner & Architect Associate
  • Microsoft Azure Fundamentals, Administrator & AI Fundamentals Certification
  • CISCO Certified Network Associate, Cyber Security Operations Associate
  • CompTIA Certified Cyber Security Analyst, Security+
  • Google Cloud Certified Associate Cloud Engineer
  • Automation Anywhere Certified Essential and Advanced RPA Professional
  • Salesforce Certified Administrator
  • Red Hat Certified System Administrator & Engineer
  • Juniper Networks Certified JUNOS Associate
  • Oracle Cloud Infrastructure Certified Foundations Associate
  • Google Certified Associate Android Developer,
  • Microsoft IT Specialist Python and Java Certification
  • VMware Certified VSphere6 Administrator,
  • HubSpot Academy Digital Marketing Certification
  • Microsoft Technology Associate in Web Design, Software Development, Database Fundamentals, Network Fundamentals, Security Fundamentals, and Javascript
  • Unity Certified Programmer & Artist
  • Arduino Fundamentals Certification
  • Autodesk Certified User - AutoCAD, and Revit
  • Competitive Coding
  • Red Hat- System Administration RH124, RH 134, RH 254
  • Oracle Academy SQL and Database
  • DevOps Associate
  • MEAN and MERN Stack
  • Artificial Intelligence & Machine Learning
  • Internet of Things
  • Automation Testing
  • Augmented Reality / Virtual Reality
  • DELL EMA Academic Alliance - Cloud Infrastructure & Services (CIS)V2, Data Science & Big Data Analytics, Information Storage and Management V3 (ISMV3), Data Production & Management (DPM),
  • Siemens Solid Edge
  • Dassault CATIA, Delmia , Simulia
  • Robot Cprog
Hardware Certifications:
  • Applied Robot Control- Robots, Mechatronics & PLC Automation
  • Automotive 2 & 4-Wheeler
  • Computer Numeric Control (CNC)
  • Refrigeration and Air Conditioning
  • Industrial Welding and
  • Electrical Home & Industrial Appliances
Soft Skills/Life Skills/Career Guidance

Campus offers a platform both virtually and physically for the students to improve their language proficiency in a way that exposes them to global English and help them get rid of mother tongue influence. The learner centric approach provides students a free hand in learning.

Evidence of Success:

Separate built-up area of 50,000 sq. feet is dedicated to especially to training and Certification along with Incubation centre.

Special trained personnel with different Certifications made available at Technical-hub to train the students in addition to APSSDC labs under core Engineering.

In addition to regular academic requirement, Training centre in association with APSSDC was also equipped with

  • Automotive Engine & Vehicle Overhaul Kit
  • Automotive 2 & 4 wheeler servicing Kit
  • CNC turning & Milling - Smarturn SINUMERIK 828D
  • Electrical Machine Trainer -DC to AC Motor generator Set
  • DC compound and Shunt Generator 2.5 kW with Rectifier Unit 40 amps.
  • Industrial Installation Trainer
  • AC synchronous Motors & its Control Panels
  • 84 high end P310 workstations
  • BLUESTAR Cold room with 6000 BTU/hr,
  • Scroll Chiller- Air Cooled based 10 T,
  • Split, Ductable Split with 1.5T
  • Window with 1T and
  • VRF Outdoor Unit-19321.44 k Cal/hr
  • ARC welding -Trans weld 400
  • DC ARC welding rectifier set – RS400
  • MIG welding- Magmatic 250 & Auto K400
  • TIG welding – Easyweld SSR400-T-02
  • Welding Simulator – SMAN/GTAW/GMAW
  • Spot welding – 15kVA
  • IGUS 4 Axis, Industrial Robots

Further, students who participated in various trainings and mock interviews enhanced their technical skills and were hired in various jobs.

Problems encountered and resources required

These activities involved considerable amount of time on planning and scheduling the programs. Faculty members devoted significant amount of time besides their regular academic load to train students. Though these activities are meant for all students, only the interested students used to come forward to participate in these activities. Through constant motivation by proctors and publicizing the success of participants, more number of students has shown interest to participate.

Best Practice - 2
Title of the Practice: Global Readiness in Ensuring Ecological Neutrality
Objectives of the practice :

  • Making the campus eco-friendly
  • Plantation of Trees
  • Development and make use of Renewable Energy
  • Preserving biodiversity
  • Enhancing energy usage through energy optimization
  • Educating students about the environment.
  • Students should be involved in environmental protection.

Context:

The AEC in Surampalem is an expansive, verdant, and eco-friendly campus of higher education. The biggest problems in the world right now are climate change and declining water supplies. Carbon neutrality, renewable energy production and its utilisation, energy conservation, waste management, and plastic ban are just a few of the ongoing initiatives taken in the campus to protect and preserve our planet. The seriousness of the issue must be emphasised to the students. Students are taught to value the environment, which benefits the development of communities. Thanks to the eco-friendly facilities, students will learn that conserving Earth equals defending humanity. Sustainable practises have the potential to improve people's quality of life.

The Practice:

The following measures has been taken in college to donate to the great cause of environmental consciousness and sustainability.

Carbon Balance:

AEC has a 21,054 m2 open space and garden area. Flowering plants, particularly trees, operate as a sound barrier and heat regulator in the garden based on their therapeutic value and relationship to Vedic philosophy. Horticulturist supervises the gardener. Organic pesticides and fertilisers are used on plants. Efforts are being undertaken to decrease the campus's carbon footprint by adding plants and trees and minimising the vehicle usage.

Biodiversity :

Animals such as turtles, fish, cranes, ducks, rabbits, cows, and buffaloes are accessible on campus to help support the needs of the ecosystem's biodiversity.

Renewable Energy:

In 2018, solar power production facility was erected with a capacity of 500 kW of electricity, more than enough to provide the college's requirements and enough to sell to the APEPDCL Solar hot water systems with 12000 LPD capacity were built for the hostel buildings.

Energy Preservation:

Facilities for water conservation are spread out across the campus in order to collect rain water, and recycle waste water.
Campus is equipped with LED and Automated Street Lights
Only Electric vehicles allowed to be driven in the campus.
Energy Saving stickers are located at appropriate places

Waste Management:

The college has been working diligently to preserve the scientific status of its waste management in order to keep the campus in its current environmentally friendly state. AEC has developed a system to deal with the garbage that accumulates on campus. The key tenets of this system are to reuse, reduce, and recycle as much as possible.

Ban of Plastic:

The primary emphasis is being placed on minimising and doing away with the use of plastic bottles, straws, and food packaging. In the college, everyone is encouraged to drink RO water rather drinking water from bottles.

Evidence of Success:
  • 1. 37% of AEC is covered with open space and plantation area
  • 2. Green buildings with natural draught
  • 3. 8 tonnes of vermicompost and 4000 Litres of Jeevamrutham generated from college biomass in 40 days and used as organic plantation feed
  • 4. On campus, three RO systems with a combined capacity of 6000 LPH. Waste water during this process is being used for gardening purpose
  • 5. Ponds handle the 95000 KLD campus liquid wastes. Treated water irrigates all campus flora and grounds.
  • 6. 11 harvesting pits, were strategically placed on campus
  • 7. Open ponds with Aerators capture and store rainfall on campus
  • 8. FRP Digested Food waste operated 4 m3/day biogas plant was made accessible for biogas generating
  • 9. The institute is recognized as “Cleanest Higher Educational Institute” in the country by MHRD with 3rd rank under Swachh Campus Rankings 2019
  • 10. The institute is awarded with certificate of appreciation for notable involvement in “One Student One Tree” initiative of AICTE
  • 11. Student project “ Smart Irrigation System using Arduino & GSM Module” under Chhatra Vishwakarma Awards 2018 secured 1st Position in Innovative Solution under Empowerment of Villages through Technologies
  • 12. Different Flora
  • 13. Solar Power
Problems encountered and resources

When it comes to maintaining the quality and performance of green environment during the course of their development and implementation, the costs may quickly add up. However, there is a deficiency of skilled labour to oversee green campus initiatives and guarantee consistent high performance. Further, apathy about environmental concerns and sustainable development between students and the general population. In addition, the solar panels for the 500 kW Solar project took up almost 5000 square metres of space, thus keeping them clean at the right time and with the utmost care is a major challenge. Accomplishing the desired objectives in the designated region requires constant coaching and mentorship.