A vibrant hub of engineering education, innovation and research — nurturing future-ready engineers through experiential learning, industry-integrated curriculum and emerging technologies.
Mechanical Engineering is one of the oldest and broadest branches of engineering, driving innovation across manufacturing, transportation, energy, aerospace, automation and industrial sectors.
The department at CUTM-AP focuses on creating engineers capable of solving real-world industrial challenges through a blend of theoretical knowledge, practical training and technology-enabled learning. The curriculum integrates engineering fundamentals with advanced technologies — enabling students to design, develop, manufacture and optimise engineering systems while addressing sustainability and societal needs.
To become a centre of excellence in Mechanical Engineering education, research and innovation — producing competent professionals capable of addressing global technological challenges.
Deliver quality education through experiential learning, promote innovation & entrepreneurship, foster industry partnerships, and contribute to sustainable technological advancement.
Students gain practical expertise through laboratory sessions, design projects and hands-on industrial training across all semesters.
Every semester emphasises design, analysis, simulation and real product development activities with industry-grade tools.
Structured internships, industrial visits, industry projects, certification programmes and expert lecture series throughout the programme.
Students develop prototypes, build engineering products, participate in hackathons, file patents and launch technology startups.
Strong foundations in design, manufacturing, thermal sciences, fluid engineering, materials engineering and automation. Emphasises innovation, product development and sustainable engineering solutions through practical laboratory and industry projects.
Modern automotive systems, vehicle design, powertrain engineering, electric mobility and intelligent transportation technologies. Includes hands-on exposure to EV technologies, vehicle dynamics and automotive manufacturing processes.
Core mechanical engineering concepts combined with industrial exposure, skill certifications, internships and real-world projects. Students work with industry professionals acquiring hands-on expertise in manufacturing, automation and industrial systems.
Multidisciplinary programme integrating mechanical engineering, automation, robotics and additive manufacturing. Training in 3D printing, digital manufacturing, smart production systems and Industry 4.0 applications.
State-of-the-art laboratories equipped with industry-grade equipment and digital fabrication tools — enabling deep experiential learning across all engineering disciplines.
CNC machining, CAM programming, conventional and additive manufacturing technologies.
Vehicle design, automotive systems and modern transportation technologies.
EV architecture, battery technologies and sustainable charging infrastructure.
Simulation and optimisation of fluid flow and thermal systems using ANSYS & Simulia.
Advanced lightweight composite materials, CATIA design and structural validation.
PLC, SCADA, HMI, sensors, actuators and Industry 4.0 control systems.
Solar, wind, micro-grid design and hybrid renewable energy technologies.
Product lifecycle management, Dassault PLM tools, Enovia process management and entrepreneurship.
Solar energy, wind energy, hydrogen energy and bio-fuel research for sustainable future technologies.
CNC manufacturing, additive manufacturing, smart manufacturing — research and product development.
Heat transfer, energy systems and thermal management using CFD and experimental investigation.
Computational Fluid Dynamics, fluid machinery and multiphase flow analysis using ANSYS.
CAD/CAM/CAE integrated design, simulation tools, reverse engineering and prototype development.
Industrial automation systems, IoT integration and smart manufacturing infrastructure development.
Natural fiber composites, hybrid metal matrix composites and nano-particle reinforced materials research.
Our graduates are placed in leading manufacturing, automotive, aerospace, energy and technology organisations. The department maintains strong industry connections ensuring excellent career pathways for all students.
Leading companies from automotive, manufacturing, aerospace and engineering sectors recruit our graduates — validating the quality of CUTM-AP mechanical engineers.
The department has established strong industry-academia partnerships through MoUs with leading organisations, enabling collaborative research, student internships, joint skill development and industry-sponsored projects.
Industry-integrated internship programmes across mechanical engineering domains — building real-world skills alongside academic learning.
Hands-on training in CNC programming, G-code, fixture design, quality inspection and production planning at partner industries.
Battery management, motor design, EV assembly, charging infrastructure and vehicle integration with Ashok Leyland & partner OEMs.
FDM/SLA printing, CAD-to-print workflows, material science, post-processing and product development through Dassault Systèmes tools.
Natural fiber composites, CATIA-based design, structural fabrication, Simulia validation and hybrid composite product development.
Join the Department of Mechanical Engineering at Centurion University — where innovation meets education and engineering excellence is the standard. Applications are open for all B.Tech programmes.
Centurion University of Technology & Management
Vizianagaram, Andhra Pradesh, India
Dean: Prof. D. Srinivasa Rao · +91 9494844234
HoD: Dr. Ranjan K. Behera · +91 85949 38120
cutmap.ac.in
School of Future Nexus
Dept. of Mechanical Engineering