AboutIQACAfter
The Internal Quality Assurance Cell (IQAC) at KG Reddy College of Engineering & Technology serves as the driving force behind continuous quality enhancement and institutional excellence. Committed to fostering a culture of accountability, innovation, and systematic improvement, IQAC ensures consistent monitoring of academic and administrative processes in alignment with NAAC guidelines. Through structured evaluation, stakeholder engagement, and the promotion of best practices, IQAC strengthens teaching-learning outcomes, research initiatives, and governance standards—reinforcing KGRCET’s dedication to sustained quality in higher education.
Vision
To make quality the defining element of higher education in KG Reddy College of Engineering & Technology through internal and external assessment of institutional processes.
Mission
- To conduct periodic assessment & accreditation of KGRCET and stimulate the academic environment for improving the teaching-learning process and research.
- To encourage self-evaluation, accountability, autonomy and innovations in higher education.
- To collaborate with other stakeholders of higher education for quality evaluation and promotion and its sustenance.
- To develop a system for conscious, consistent and catalytic action to improve the academic and administrative performance of the institution.
- To promote measures for institutional functioning towards quality enhancement through internalization of quality culture and institutionalization of best practices.
- To develop excellent internal quality system through systematic, programmed initiatives.
- To improve the academic and administrative performance of the institution.
- To promote measures for quality enhancement through internalization of quality culture and institutionalization of best practices.
- Development and application of quality benchmarks/parameters for various academic and administrative activities of the institution.
- Facilitating the creation of a learner-centric environment conducive to quality education and faculty maturation to adopt the required knowledge and technology for participatory teaching and learning process.
- Arrangement for a feedback response from students, parents and other stakeholders on quality related institutional processes.
- Dissemination of information on various quality parameters of higher education.
- Organization of inter and intra institutional workshops, seminars on quality related themes and promotion of quality circles.
- Documentation of the various programs/activities leading to quality improvement.
- Acting as a nodal agency of the Institution for coordinating quality-related activities, including adoption and dissemination of best practices.
- Development and maintenance of institutional database through CMS for the purpose of maintaining /enhancing the institutional quality.
- Development of Quality Culture in the institution.
- Preparation of the Annual Quality Assurance Report (AQAR) as per guidelines and parameters of NAAC, to be submitted to NAAC.
- Ensuring timely, efficient and progressive performance of academic, administrative and financial tasks.
- The relevance and quality of academic and research programs.
- Equitable access to and affordability of academic programs for various sections of society.
- Optimization and integration of modern methods of teaching and learning;
- The credibility of evaluation procedures.
- Ensuring the adequacy, maintenance and proper allocation of support structure and service.
- Sharing of research findings and networking with other institutions in India and abroad.
- Ensure the highest level of clarity and focus in institutional functioning towards quality enhancement;
- Ensure internalization of the quality culture;
- Ensure enhancement and coordination among the various activities of the institution and institutionalize all good practices;
- Provide a sound basis for decision-making to improve institutional functioning;
- Act as a dynamic system for quality changes in KGRCET;
- Build an organized methodology of documentation and internal communication.
BestPracticesAfter
1. Objectives of the Practice
The primary objectives of CEED at KG Reddy College of Engineering and Technology are to foster a culture of innovative and student-centered teaching practices, enhance faculty capability in engineering education, and support research in pedagogy. CEED aims to align teaching strategies with contemporary educational principles, such as active and collaborative learning, to improve student engagement and learning outcomes. By facilitating faculty development programs and research on the Scholarship of Teaching and Learning (SoTL), CEED strives to transform engineering education to meet the needs of modern, technology-driven students.
2. The Context
CEED was established in response to challenges within the Indian higher education system, including the need for student-centered learning and enhanced teaching methods to engage today’s engineering students. The rise of digital education tools and the shift towards outcome-based education created a pressing need for faculty to adapt to new teaching methodologies. CEED addresses these issues by offering targeted training on active learning, assessment principles, and technology integration. Furthermore, the college's New Age Engineering vision demanded a structured approach to ensure faculty are well-equipped to adopt these evolving practices. The primary challenge was cultivating a mindset shift among faculty members towards continuous professional development and pedagogical research, overcoming resistance to change, and building a sustainable model for ongoing training and assessment.
3. The Practice
CEED is a dedicated center focused on enhancing the quality of engineering education through continuous faculty development and research in teaching practices. Key initiatives include semester-start programs tailored for new faculty, covering essential skills in student-centered learning, mentoring, and classroom management. CEED regularly organizes workshops on topics such as Bloom’s Taxonomy, outcome-based education, and the use of educational technology in blended and active learning environments. One notable initiative is the Short-Term Training Program on Action Research, an eight-week program encouraging faculty to conduct research on their own teaching practices, measure impact on student learning, and publish findings.
Another aspect of CEED’s strategy is supporting faculty in the Scholarship of Teaching and Learning (SoTL), motivating them to publish in education conferences and journals. Faculty development programs facilitated by CEED emphasize the application of evidence-based teaching methodologies, resulting in 77% of participating faculty integrating these practices into their courses. Additionally, CEED promotes the creation of course websites, allowing faculty to extend learning beyond the traditional classroom. However, CEED faced challenges such as limited resources for extensive training and resistance to new methods from faculty accustomed to traditional lecture-based teaching. Despite these limitations, CEED’s innovative, hands-on approach has fostered a shift towards a more engaging, research-driven education system in engineering.
4. Evidence of Success
CEED's success is evident in its measurable outcomes, including 100% participation from faculty in development programs and a 50% adoption rate of blended learning approaches with course websites, especially among first- and second-year faculty. Additionally, 55% of faculty now engage in scholarly teaching by measuring the impact of their methods on student learning, while 17% of faculty actively contribute to pedagogical research through conference presentations and publications. National and international recognition further attest to CEED’s impact, as faculty have presented papers on teaching innovations at prominent conferences such as EDUCON. These results indicate a significant cultural shift in teaching at KG Reddy College, positioning it as a leader in engineering education.
5. Problems Encountered and Resources Required
Some challenges faced by CEED include limited access to financial and technological resources, which restricts the frequency and scope of training programs. Additionally, there was initial resistance from faculty members unfamiliar with active learning techniques and digital tools, necessitating extra support and one-on-one mentoring. Overcoming this resistance required a strong leadership commitment and clear communication about the benefits of student-centered teaching. To further advance its goals, CEED requires sustained funding for workshops, better access to educational technology, and continued leadership support to embed innovative teaching practices as part of the institution’s core culture.
6. Notes
For institutions looking to adopt CEED’s best practices, it is essential to establish a structured faculty development framework that includes regular training, collaborative learning opportunities, and support for pedagogical research. Engaging faculty in discussions about the value of evidence-based teaching and offering platforms for sharing experiences can drive buy-in and long-term commitment to educational excellence. Collaboration with engineering education societies, such as IUCEE, can provide additional resources and recognition, further reinforcing faculty motivation. CEED’s holistic approach exemplifies a scalable model that can be adapted by other colleges to foster educational transformation in engineering disciplines.
- Objectives of the Practice
- Promote research and consultancy at institute level.
- Facilitate interaction with external agencies like industries, government funding bodies.
- Create multiple research thematic areas.
- Significantly increase number of quality publications in refereed journals / conferences and intellectual property rights (IPR)
- Assist faculty along with research scholars to write R&D proposals for external funding.
- Develop innovative products in the institute and exhibit those products at national level competitions.
- The Context
- The Practice Innovative Practices Driving Research Excellence
- Evidence of Success: Driving Research Excellence
- Indexed Publications: A significant milestone, the institution's well-structured Standard Research Policy has directly contributed to achieving research publications indexed in reputed journals and conferences. This achievement highlights the active engagement of faculty and students in quality research dissemination on national and international platforms.
- Formation of Research Groups: In an effort to boost interdisciplinary collaboration and in-depth research, CRID initiated three dedicated Research Groups in the departments of Mechanical Engineering (ME), Electronics and Communication Engineering (ECE), and Humanities and Sciences (H&S). These groups have become key drivers in creating focused research domains, generating innovative solutions, and mentoring students towards advanced academic work.
- Increased Faculty Incentive: Acknowledging the contribution of faculty members to the institution’s growing research ecosystem, CRID has upgraded the faculty research incentive from Rs. 4000 to Rs. 5000, effective from the upcoming academic year 2025–26. This enhanced support reflects the institution’s commitment to recognizing and encouraging research excellence among faculty.
- Student Research to Patents and Publications: Final year student projects continue to be a major focus area at CRID. Several student projects have successfully transitioned into patent grants, while others have been published in reputed journals. A number of projects are also under review for research grant applications, showcasing the potential and originality of student-led innovations.
- Problems Encountered and Resources Required
- Balancing Teaching and Research Commitments
- Awareness and Research Orientation Among Students
- Paper Acceptance and Publication Delays
- Faculty Retention
- Knowledge Resources
- Advanced Laboratory Equipment:
- Notes
- 14 patents have been successfully filed,
- 4 patents are currently under examination for grant,
- 25 additional patents are prepared for filing, and
- 9 patent applications are in the grant examination stage.
- 7 faculty members awarded PhDs, and
- 1 post-doctoral fellowship successfully completed.
- 3 research groups awarded SEED funding of ₹50,000 each,
- 9 externally funded projects sanctioned with a cumulative value exceeding ₹89 lakhs,
- 6 Atal Faculty Development Programs (FDPs)/Seminar Grants totaling ₹10 lakhs.
- 6 seminars,
- 4 workshops, and
- 3 faculty development programs (FDPs).
Objectives of the Practice
- To provide a dedicated incubation ecosystem that nurtures social entrepreneurs working in agriculture, environment, equity, wellbeing, education and accessibility technologies
- To catalyze the development of high-impact ventures through tailored pre-incubation, incubation and acceleration support
- To connect startups with funding (up to ₹1 lakh in pre-incubation; up to ₹3 lakhs in incubation; VC/investor linkages in acceleration), mentorship, co-working facilities and industry partnerships
The Context
Despite growing interest in social innovation, many early-stage ventures in Telangana lack access to structured support for ideation, prototyping, business development and impact measurement. KASE, under the KGR Foundation for Business Incubation (a Section 8 company under Aristotle Education Society), bridges this gap by aligning technology and innovation with community needs across key thrust areas.
The Practice
KASE implements a three-phase program—Pre-Incubation, Incubation and Acceleration—each designed to progressively strengthen venture readiness:
Pre-Incubation
- Ideation workshops, problem-validation clinics and access to co-working space
- Funding up to ₹1 lakh for proof-of-concept development
Incubation
- Deep-dive mentorship in business modelling, go-to-market strategy and impact assessment
- Access to Makers Lab and IP Facilitation Centre
- Funding up to ₹3 lakhs for prototype refinement
Acceleration
- Investor pitch coaching, demo days and introductions to venture capitalists
- Support for scaling operations, including marketing, branding and networking events
Key initiatives and facilities include:
- Thrust Areas: Agri-Tech, Green-Tech, Health & Wellbeing, Gender Equity & Social Justice, Assistive-Tech, Edu-Tech
- Facilities: Co-Working Space, Makers Lab, IP Facilitation Centre, Mentorship & Advisory Services, Pitching & Investor-Readiness, Marketing & Branding Support, Impact Measurement Tools
- Ecosystem Partnerships: WE Hub, AgHub, Kakatiya Sandbox, Bala Vikasa, Palle Srujana, Wadhwani Foundation, Tharunam, Recykal, DeHub India, Bamboo House India, TSIC
Evidence of Success
- Startup Formation & Recognition
7 startups registered as Private Limited companies in 2024:- Aryuva Private Limited
- Maxv Sols Private Limited
- Protondyne Private Limited
- Agriviva Private Limited
- WOXZEN Private Limited
- Cardio Care Technologies Private Limited
- Yantrlkaranatek Solutions Pvt Ltd
All six have received DPIIT Startup Certification.
Grants & External Funding Support
- Sackhe Technologies Pvt Ltd secured a ₹4 lakh NIDHI PRAYAS Grant from SRIX Incubation Center
- Aryuva Pvt Ltd received a ₹3 lakh Bootstrap Grant from AgHUB
- Incense Stick Making Machine project won a ₹4 lakh Yukthi Innovation Fund from AICTE
Startup Acceleration & Recognition
- Maxv Sols and Agriviva Pvt Ltd were finalists at the PALS Innovation Challenge
- Trinefly, Varaahi, and ZenithDRI Pvt Ltd selected for the PRISE Startup Acceleration Program by BVCSRB
- Trinefly Pvt Ltd was a finalist at the Young Entrepreneurship Summit by Youth Aid Foundation
- Sackhe Technologies secured Runner-Up at InnovationX 5.0 hosted by SRIX
Entrepreneurial Training & Capacity Building
- 83 students completed the Wadhwani NEN IGNITE Entrepreneurship Certification Course
- Mr. Suresh (Head of Innovation) and Mr. Satya (CEO) certified as Wadhwani Foundation Instructors
Flagship Event – Sahyog 2.0
- Held on 15–16 November 2024 at KGRCET Campus
- Focused on supporting innovators aligned with UN Sustainable Development Goals
- 10 student teams received ₹50,000 seed funding each through the Innovation Fund Pitch Competition
- 5-week Pre-Incubation Program (in 2 phases) in collaboration with T-Works and TGIC
Innovation Support and Competitions
- Host Institute for MSME Hackathon 4.0: 43 submissions, 19 shortlisted by KGRCET
- 3 ideas selected as 'Intinta Innovators' by TGIC, Telangana
- Makerspace upgraded with advanced CNC machinery for enhanced prototyping
Problems Encountered and Resources Required
Challenges Faced:
- Limited awareness among target entrepreneur communities about program offerings
- Need for deeper sector-specific mentors, especially in emerging technology niches
- Infrastructure upgrades required for rapid prototyping (e.g., advanced fabrication tools)
Resources Required:
- Additional funding pools for later-stage ventures to bridge to Series A rounds
- Expansion of mentor network in Clean-Tech, Assistive-Tech and Gender-Equity domains
- Enhanced digital platforms for remote incubation and real-time impact tracking
Notes
KASE’s collaborative model, anchored in its robust ecosystem partnerships and multi-phase programming, has established it as a leading impact incubator in Hyderabad. As KASE continues to scale, leveraging both local insights and global best practices, it aims to deepen its engagement with rural and urban entrepreneurs alike—driving sustainable social change through innovation.
IQACCIST-DistinctivenessAfter
1. Objectives of the PracticeThe primary objectives of the Center for Innovation and Social Transformation (CIST) at KG Reddy College of Engineering and Technology are:
- To foster social innovation and community-based engineering solutions.
- To empower students to become changemakers addressing real-world rural challenges.
- To align student projects with the Sustainable Development Goals (SDGs).
- To build partnerships with local communities, government bodies, and NGOs for inclusive development
2. The Context
Many rural communities face persistent challenges such as lack of infrastructure, limited access to modern tools, poor waste management, and minimal livelihood opportunities. CIST was established to bridge this gap by mobilizing student and faculty innovation towards sustainable rural transformation. The context is rooted in a commitment to improve livelihoods, health, and environmental outcomes through low-cost, scalable, and community-partnered engineering solutions.
3. The Practice
To achieve the Vision and Mission of the center, we have partnered with 11 villages Surrounding the college and NGOs and also introduced Eight courses in the curriculum to enrich the students in a socially responsible way and to apply the academic knowledge for the social cause.
CIST engages students through a structured, need-based innovation process:
- Students conduct problem identification visits in villages.
- Community stakeholders are involved in co-creating project scopes.
- Projects are developed using design thinking and low-cost prototyping.
- Solutions are implemented in partner villages with real-time impact tracking.
Key initiatives include:
- Solar-based incense stick-making machine to utilize waste flowers.
- IoT-based cooling chambers for vegetable storage.
- Smart tools to reduce health hazards for sweepers.
- Portable driers for grains and AI-based weed plucking machines.
- Cultural preservation through Banjara cloth-making machines.
4. Evidence of Success:
The Center’s work contributed significantly to several UN Sustainable Development Goals (SDGs), notably SDG 5 (Gender Equality), SDG 8 (Decent Work and Economic Growth), SDG 9 (Industry, Innovation and Infrastructure), SDG 11 (Sustainable Cities and Communities), and SDG 12 (Responsible Consumption and Production).
- In recognition of its impactful work, the Center received the Quanser Global Sustainability Award 2024 in Australia.
- Over 5 projects successfully deployed in 10+ villages and more 12 projects are in the deployment process.
- Creation of employment for rural women through initiatives like SC/ST embroidery training.
- Development of mobile storage solutions that improved the market value for perishable goods.
- Introduction of technologies such as the Farmishell app to eliminate middlemen in crop selling.
- Projects funded by TSIC, DST-SEED, and NIF with total grants exceeding ₹1.5 crore.
- Two women entrepreneurs launched their own ventures post-training.
5. Problems Encountered and Resources Required
Challenges Faced:
- Initial resistance or hesitation from villagers.
- Limited awareness about technology benefits.
- Logistic and communication issues in remote areas.
- Need for continuous mentoring and monitoring post-deployment.
Resources Required:
- Regular funding support for scale-up.
- Full-time Local Champions for coordinating and maintaining deployed project.
- Digital tools for remote monitoring and feedback collection.
6. Notes
In 2024, the Center for Innovation and Social Transformation (CIST) at KG Reddy College of Engineering and Technology was honored with the Quanser Global Sustainability Award, presented in Australia. This prestigious international recognition celebrates institutions that have made outstanding contributions to sustainability in engineering education through innovation, societal engagement, and real-world impact.
- CIST was selected for this award for its holistic approach to integrating sustainability into the undergraduate curriculum through eight dedicated courses, hands-on service-learning initiatives, and close collaboration with 11 partner villages. The center has empowered students to design and implement grassroots innovations that directly address local challenges related to agriculture, livelihoods, health, and infrastructure.
- This award reaffirms CIST’s leadership in engineering for social good, its commitment to the UN Sustainable Development Goals (SDGs), and its ability to create scalable, community-driven solutions. It also positions the institution on a global platform, inspiring similar centers worldwide to blend academic learning with meaningful community impact.
- “High-Speed, Low-Cost PLC Based Incense Stick Making Machine” deployed in Sri Ram Nagar village.
- Mrs. P. Samyuktha, Head of CIST, has secured a fund of Rs: 4,00,000.00 From YUKTI Innovation Challenge 2023, supported by AICTE/MIC
- Sackhe Technologies Pvt Ltd Startup from KGRCET. Received Grant of NIDHI PRAYAS Grant of ₹4 lakhs from SR Innovation Exchange (SRiX)
- Mrs. P. Samyuktha, Head of CIST, received a fund of Rs. 1,00,000 under the Unnat Bharat Abhiyan (UBA) for a novel approach to detecting dangerous species (snakes and other harmful insects) to prevent human-species collisions and improve agricultural productivity.
- Mrs. P. Samyuktha, Head of CIST, and Mr. B. Lingam Associate Head of CIST received a fund of Rs. 1,00,000 under the Unnat Bharat Abhiyan (UBA) for an Integrated Smart Solar Fencing with Blue Lights and Sound Repellent to Protect the Crop from Wild Boars, Monkeys, Peacocks and Parrots.
- Mrs. P. Samyuktha, Head of CIST, received a fund of Rs. 1,00,000 under the Unnat Bharat Abhiyan (UBA) for a Agricultural Tool to Cut and Bind Leafy Vegetables: Ergonomic Solution to Avoid Health Issues for Farmers.
- Dr. Udaysri, Dean DSA, received a fund of Rs. 3,00,000 from Aghub to her startup Aryuva Pvt Ltd.
- Ms. Tuti Sandhya, Sackhe Technologies Pvt Ltd Startup from KGRCET, Received Grant of NIDHI PRAYAS Grant of ₹4 lakhs from SR Innovation Exchange (SRiX).
- 8 student teams from CIST, along with 9 other teams from different colleges in Hyderabad, participated in the project Expo at the First International Conference on Multidisciplinary Research and Sustainability at KG Reddy College of Engineering and Technology on February 23, 2024. They showcased their projects. Esteemed jury members from TSIC, IGBC, and RICH evaluated the projects. One of our CIST teams won the prize.
- PAL’s InnoWAH final Winners 2024
- Three teams from CIST rocked the recent Hackathon at G Narayanamma Institute of Technology & Science, V. Saiteja’s first-year Data Science team made it to the second round of the Green Credit Management competition among 100+ teams nationwide. On May 3, 2024,
- 3 teams of CIST students and 3 number of faculty members attended the Lab 2 Market Pitching Conclave at IIT Madras on May 10, 2024.
