Alliance University
Alliance reimagines the idea of the university by creating a community that leads the charge against the complex challenges of the 21st century. The university conceives research to be the essence of all teaching and learning practices. A unity between research and teaching is promoted to extend the frontiers of knowledge in order to solve real world problems at the local, national, and global scale. For this purpose, the university seeks to be the nerve centre of interaction between the industry, the government, the civil society, and the community at large. In times when technological and social change is transforming the very idea of employability, the university embraces the increasing diversity of specializations while retaining the impulse to unify all knowledge.
A designed convergence of the business, engineering, law and liberal arts units precipitates transdisciplinarity as the core academic philosophy.
Freely working across divergent streams of knowledge like public policy and data science, technology and law, physics and philosophy or businesses and rhetoric, transdisciplinarity nurtures a dynamic foundation for the spirit of collaboration, inquiry, and enterprise.
Alliance College of Engineering and Design
Alliance College of Engineering and Design offers degree courses aimed at building skills, expertise and knowledge among its graduates in the areas of technology and design. The College is committed to achieving excellence in technology development and its courses, under the various fields of engineering and technology aim at achieving in its graduates competent and motivated engineers and designers.
The Alliance College of Engineering and Design has been built on a strong foundation of achieving technological development through a curriculum that places a high emphasis on the design aspects of engineering by developing design professionals who are passionate and creative problem-solvers, and who possess strong multi-disciplinary fundamentals that are combined with a keen sense of aesthetics. Real-world, industry-driven internships and project work; centers of excellence and incubation for cutting-edge research and development; learning outcomes aligned with the criteria outlined by the Accreditation Board for Engineering and Technology (ABET), USA—the Alliance College of Engineering and Design provides unparalleled opportunities for graduates to pursue technological education with passion and confidence.
The Alliance College of Engineering and Design offers four-year full time Bachelor of Technology (B. Tech.) degree programs in seven branches viz; Civil Engineering, Mechanical Engineering, Electrical and Electronics Engineering, Aerospace Engineering, Computer Science and Engineering, Information Technology, Electronics and Communication Engineering. It also offers two-year full time Masters of Technology degree programs in eight specializations in all Engineering branches and Doctoral programs in Engineering and Basic Sciences.
Department of Mechanical Engineering
The Mechanical Engineering program at Alliance University conveys an instructive program of study that equips its alumni to become scholarly pioneers in the industry, government, and the scholarly community. Graduates in mechanical engineering are adept at designing innovations and technological advancements in the high technology areas of mechanical systems, robotics, nanotechnology and mechatronics, and are renowned for their generalist engineering expertise. Choosing and pursuing a degree course in mechanical engineering—one of the oldest and broadest engineering branches—provides graduates with an opportunity to acquire knowledge and expertise that can be applied to the various branches of engineering. At the Alliance College of Engineering and Design, the B. Tech. in Mechanical Engineering degree is crafted with a high emphasis on the design aspects of mechanical engineering: tool and die design, industrial robotics, gears and cams as well as oil hydraulics and pneumatics.
FDP - RTC 2023
Composite materials are mainly applied in different applications for the reduction of weight to improve the efficiency with higher strength and lower cost. The target of the FDP is to cover broad areas of multidisciplinary topics in composite materials. This FDP offers excellent guidance not only explains the recent trends in waste utilization thriving towards waste to material approach in polymer composite industry, but also the future of sustainable aviation in CFRP structures, nanocomposite for waste water treatment, and molecular dynamics simulations. This FDP will be suitable for Faculty, UG, PG, Ph.D. students, and industrial delegates who are actively involved in composite materials development for wide range of applications.
Who should participate?
Faculty members, Ph.D. Research Scholars, PG and UG students from State / Central Government/ Private Universities, and industry delegates from different countries are eligible to attend the international faculty development program.
Why you should participate?
- FDP will provide insight on recent advancement in composite materials
- It will strengthen the participants skills in waste to material approach, waste water treatment, dynamics simulations, and sustainable aviation of composite structures
ORGANIZING COMMITTEE
Patron
Mr. Abhay G. Chebbi
Pro-Chancellor
Alliance University
Patron
Dr. Anubha Singh
Vice-Chancellor
Alliance University
Co-Patron
Dr. Reeba Korah
Dean, Alliance College of Engineering and Design
Co-Patron
Dr. Girish B. M.
Head, Mechanical Engineering Department
Co-Ordinator
Dr. Mohit Hemanth Kumar
Assistant Professor
Alliance College of Engineering and Design
Co-Ordinator
Dr. Sasmita Bal
Assistant Professor
Alliance College of Engineering and Design
Topics to be Covered
CFRP Structures: The future of Sustainable Aviation
Recent Trends in Waste Utilization: Thriving towards Waste to Material Approach in Polymer Composite Industry
Polymer nanocomposite for wastewater treatment
Molecular dynamics simulations: Applications in 2D nanomaterials and nanocrystalline alloys
Polymer Composites for Biomedical Applications
Schedule
| Day 1: January 2, 2023 | |
|---|---|
| 07.00 pm to 07:35 pm | Inauguration of FDP RTC 2023 |
| 07:40 pm to 08:40 pm | CFRP Structures: The Future of Sustainable Aviation Mr. Abhas Choudhary |
| Day 2: January 3, 2023 | |
| 06:30 pm to 07:35 pm | Recent Trends in Waste Utilization: Thriving towards Waste to Material Approach in Polymer Composite Industry Dr. S. Indran |
| Day 3: January 4, 2023 | |
| 06:30 pm to 07:35 pm | Polymer nanocomposite for wastewater treatment Dr. Sabarish Radoor |
| Day 4: January 5, 2023 | |
| 06:30 pm to 07:35 pm | Molecular dynamics simulations: Applications in 2D nanomaterials and nanocrystalline alloys Dr. Akarsh Verma |
| Day 5: January 6, 2023 | |
| 05:00 pm to 06:00 pm | Polymer Composites for Biomedical Applications Dr. Reda Felfel |
| 06:00 pm to 06:30 pm | Vote of Thanks and Feedback from participants |
IMPORTANT DATES
| Last date of registration | December 30, 2022 |
| Intimation of Acceptance | December 31, 2022 |
| Duration of FDP | January 2 - 6, 2023 |
REGISTRATION FEES
| Particulars | International | National |
|---|---|---|
| Academician / Industry | $50 | ₹400/- |
| Research Scholar / Students | $25 | ₹200/- |
| Pay Now | ||
CONTACT US
Alliance University
Chikkahagade Cross, Chandapura - Anekal Main Road,
Anekal, Bengaluru – 562 106, Karnataka, India.
Phone Number:
+91 96774 26571 / +91 99371 13932