Through Hands-On Innovation
At the Alliance University Makerspace (AUM), we offer a collaborative, hands-on environment for those who love to build, experiment, and learn by doing. Guided by a strong do-it-yourself (DIY) ethos, we encourage curiosity, creativity, and problem-solving across disciplines.
We provide access to a wide range of fabrication, testing, and prototyping tools — from 3D printers and CNC machines to IoT kits and advanced electronics workstations — supporting students, researchers, startups, and external innovators alike. Here, ideas move quickly from imagination to execution. Open to the entire Alliance University community and beyond, we foster a culture of experimentation, interdisciplinary collaboration, and applied learning.
We aim to empower individuals to invent, create, and collaborate while nurturing a culture of hands-on learning and technological exploration.
We strive to provide a dynamic and collaborative space where individuals of diverse backgrounds can access tools, resources, and expertise to turn ideas into real-world projects, fostering innovation, education, and community engagement through experiential learning.
Provide access to a diverse range of tools, including 3D printers, CNC machines, electronics, and testing equipment.
Facilitate learning opportunities in science, technology, and engineering that encourage skill development and knowledge acquisition.
Create a collaborative environment that promotes idea sharing, interdisciplinary projects, and long-term community connections.
Support startups and entrepreneurs by offering resources and mentorship to help convert innovative concepts into viable ventures.
Associate Professor and Director
Alliance School of Sciences
Assistant Professor
Alliance School of Sciences
Assistant Professor
Alliance School of Advanced Computing
Associate Professor
Part-time PhD Research Scholar
Full-time PhD Research Scholar
PhD Scholars
Centre of Excellence (CoE) -Makerspace
PhD Scholars
Centre of Excellence (CoE) -Makerspace
Our Centre is equipped with advanced tools and instrumentation that enable rapid prototyping and experimental research. These facilities allow us to design, fabricate, test, and validate engineering systems and prototypes within a single collaborative environment.
We integrate academic learning with practical skill development through specialised courses and certification programs. These initiatives strengthen conceptual understanding while providing hands-on experience with emerging technologies, advanced tools, and real-world engineering applications.
Our Centre of Excellence supports the Applied Physics undergraduate program by integrating fundamental scientific concepts with emerging technologies and practical engineering applications. Through this approach, we create a learning pathway that moves from theoretical foundations to hands-on experimentation and innovation.
We conduct specialised certification programs designed to strengthen practical engineering and research skills. One such program is the Hands-on Embedded Systems and IoT Prototyping Bootcamp, conducted in collaboration with IEEE Student Branch, IEEE Women in Engineering (WIE), and Institution’s Innovation Council (IIC).
In addition to technical training, the program also encourages students to engage in academic research and technical communication. Participants receive guidance on research methodology and engineering documentation, IEEE paper structuring and academic writing, and Conference paper submission and publication pathways.
Our internships and industry-driven projects allow students and researchers to work on real-world challenges, applying their technical knowledge to design, prototype, and test practical engineering solutions.
Internships and Flagship Student Projects
Consultancy and Industry Projects
Research and innovation are central to our mission. Our faculty members, researchers, and students actively contribute to advancing scientific knowledge through patents, peer-reviewed publications, and conference presentations.
We encourage students and researchers to push the boundaries of innovation and showcase their work on national and international platforms. Through research presentations, hackathons, and technology competitions, our teams actively engage with the broader scientific and innovation ecosystem.
Organiser: IEEE Mysuru Subsection
Awards:
Organiser: ATME College of Engineering and IEEE Mysuru Subsection
Award:
Venue: Singapore University of Technology and Design (SUTD)
Awards:
Organiser: Pahal Horizon
Award:
Organiser: Department of Electronics, IT, Biotechnology, and Science and Technology (EITB), Government of Karnataka
Award:
The Centre actively promotes advanced research and hands-on learning through structured research internships for students from premier institutions across India. Our internships focus on areas such as materials science, smart instrumentation, and advanced manufacturing. Participants gain experience in real-world research, experimental methods, and system development.
Student Institution: National Institute of Technology, Andhra Pradesh
Year: 2024
Intern: Manushree K
Project Title: Advanced Monitoring and Control System for Laboratory Muffle Furnace
Students from: Central University of Karnataka
Year: 2025
Interns: Amina, Suharsh, and Dhanraj
Project Title: Advancing Magnetic Nanocomposites Using NiFe₂O₄–PMMA Systems
Student Institution: National Institute of Technology, Andhra Pradesh
Year: 2025
Intern: Manushree K
Project Title: Impact of Layer Thickness on Selective Laser Melted (SLM) AlSi10Mg Alloy
We undertake externally funded research projects that create opportunities for advanced research and PhD thesis work. Supported by Government of India funding agencies, these initiatives enable students and researchers to work on interdisciplinary challenges and contribute to impactful scientific and technological advancements.
Our project explores the electric-field-induced control of magnetization in ferromagnetic-based field effect transistor (FET) structures, addressing key challenges in spintronic device development. The research bridges fundamental physics and device engineering, offering strong potential for high-impact publications and doctoral-level research contributions.
As part of this project, a Junior Research Fellow (JRF) has been recruited and is being actively mentored within a structured research framework. The fellow is encouraged to transition into a full-time PhD program, with the objective of developing a comprehensive doctoral thesis based on the outcomes of this funded research.
These initiatives reinforce the Makerspace’s role as a research-driven Centre of Excellence, enabling:
Our Centre supports research scholars and early-career researchers through externally funded fellowships and assistantships. These opportunities enable sustained engagement in high-impact research while contributing to projects aligned with national scientific priorities.
Funding Agency: UGC–DAE Consortium for Scientific Research, Kalpakkam, Government of India
Associated Research Project: Investigation of Electric Field–Controlled Magnetisation in Ferromagnetic-Based Field Effect Transistors for Spintronic Applications
Fellowship Type: Junior Research Fellowship (JRF)
Fellowship Amount: ₹17,780 per month
Research Scholar: Shravani N
Tenure and PhD Progression
The Junior Research Fellow is supported through a structured and mentored research framework and is encouraged to transition into a full-time PhD program. Through this fellowship, the scholar works toward developing a comprehensive doctoral thesis based on the outcomes of the UGC–DAE funded research project.
At our Centre, we encourage students to apply their knowledge to real-world challenges through hands-on technical events and participation in prestigious national and international competitions. These initiatives strengthen technical skills, teamwork, problem-solving abilities, and industry readiness while providing valuable exposure to global innovation ecosystems.
Date: 25 January 2025
Type: Organised by CoE–Makerspace
This hands-on robotics training program engaged 10 students in assembling, programming, and operating Smorphi and Smorphi2 modular robots. The session covered safety protocols, hardware assembly using the lock-in mechanism, Bluetooth-based software configuration, and basic programming concepts.
Students successfully controlled the robots through mobile applications, gaining practical exposure to robotics systems, hardware–software integration, and teamwork. The training fostered creativity, confidence, and enthusiasm for advanced robotics and innovation.
Duration: 31 July–6 August 2024
Type: Organised by CoE–Makerspace
As part of the university orientation program, nearly 1,000 first-year BTech students visited our CoE makerspace and additive manufacturing facilities. The program included laboratory walkthroughs, demonstrations of FDM, DLP, and SLS 3D printing technologies, and presentations on ongoing student and faculty projects.
This interaction introduced students to real-world applications of additive manufacturing, electronics, and embedded systems, inspiring curiosity and encouraging early engagement in innovation, research, and entrepreneurship.
Date: 5–6 July 2024
Venue: Jyothy Institute of Technology, Bengaluru
Type: External Competition (Student Participation)
A team of nine students participated in a 24-hour national-level robothon under the guidance of Dr Harinath Aireddy. Students designed and developed a line-follower robot within stringent time constraints, addressing challenges in sensor calibration, motor control, stability, and optimisation.
The competition strengthened hands-on robotics skills, critical thinking, teamwork, and resilience while providing valuable peer interaction and industry exposure.
Date: 13–14 July 2024
Venue: Singapore University of Technology and Design (SUTD), Singapore
Organisers: James Dyson Foundation and Wefaa Robotics
Type: International Competition
Our students achieved international recognition by competing against 52 teams from six countries. Under the mentorship of Dr Harinath Aireddy, the team secured:
Participants demonstrated advanced skills in AI-based robot programming, autonomous navigation, QR code scanning, and system optimisation, gaining valuable global exposure to emerging trends in robotics and artificial intelligence.
Date: 29 September 2024
Organiser: Pahal Horizon
Type: International Competition
Students presented a smart home automation solution designed to reduce energy consumption using ESP32-based sensing and control. The project aligned with multiple UN Sustainable Development Goals, emphasising clean energy and responsible consumption.
While the solution secured 1st place at the international level for its practical relevance, sustainability focus, and innovative approach.
Date: 31 August 2024
Type: National-Level Program
Alliance University participated with 12 registered teams representing BTech, BBA, MBA, and PhD programs. Of these, 9 teams successfully completed national-level registration through the AICTE portal. The boot camp highlighted the university’s commitment to interdisciplinary collaboration and innovation, while providing students with exposure to structured ideation and competitive evaluation.
Date: 3-4 October 2024
Venue: Federation House, New Delhi
Type: National R&D Summit (Exhibition)
The CoE–Makerspace team showcased four TRL-6 projects, including:
The exhibits attracted over 150 visitors from academia, industry, and government institutions, creating opportunities for future research collaborations and technology translation.
Date: 1–3 November 2024
Type: Public Outreach and Exhibition
Led by Dr Harinath Aireddy, the Makerspace team showcased several student-developed innovations including smart healthcare devices, robotics systems, and IoT solutions.
The event strengthened community engagement, increased technology awareness, and generated interest from students, educators, and industry representatives.
Date: 19–21 November 2024
Venue: Bengaluru Palace
Type: International Technology Summit
Our Makerspace exhibited near-market-ready products (TRL 6–7) that attracted more than 1,000 visitors from startups, industry, R&D organisations, and academia. The exhibition generated strong interest in commercialisation opportunities, internships, and collaborative research.
Date: 18–19 February 2025
Venue: VIT Bhopal (in collaboration with Johns Hopkins University)
Type: National Hackathon
Students developed an IoT-based Vital Sign Monitoring Device under the theme Remote Patient Monitoring. Although not finalists, participants gained valuable experience in rapid prototyping, technical pitching, and high-pressure problem solving.
Date: 24–25 February 2025
Venue: Saintgits College of Engineering, Kerala
Type: National Competition
Selected among the top 50 teams from over 500 entries, Alliance University students presented Blink Tracker, an IR sensor-based healthcare assistive device. The competition strengthened students’ technical articulation, leadership, and innovation capabilities, while offering interaction with industry experts including senior leaders from Siemens.
Date: 19–21 March 2025
Type: Organised by Alliance University
This flagship innovation competition brought together 116 students from 18 institutions to develop functional prototypes addressing real-world challenges.
Organised under the coordination of Dr Harinath Aireddy, the event encouraged interdisciplinary collaboration, mentorship-driven innovation, and hands-on problem solving. Winners received cash prizes of ₹50,000, ₹30,000, and ₹20,000, marking the event as a major success in fostering student-led innovation.
Overall Impact
Through these hackathons, competitions, and innovation events, the Makerspace has:
