Academics

The MoU agrees on the joint organization of seminars, conferences, workshops and short term courses and the joint supervision of M.Tech projects and Ph.D thesis by faculty members of both institutes. The collaboration desires to conduct research and development projects in mutually agreed areas of engineering and science.

C-DAC agrees to deliver expert lectures in Embedded Systems, Signal Processing, Telecommunication, Cyber Forencis, VLSI Design, Power Electronics, Information Security and trending software technologies. They will facilitate industrial training and visits for students and faculty and also consider collaborative projects which can be executed at either labs.

The collaboration's central goal is to cultivate student skills through innovation, technology training, projects, and internships. Transight Systems Pvt. Ltd will contribute by guiding curriculum development and arranging industrial training and visits for both students and faculty.

The collaboration focuses on technology development in areas like Autonomous Vehicles, ADAS, AI algorithms, and sensor fusion. RoshAi will act as a technical advisor to MACE, providing internships for students and assisting in future autonomous vehicle concept creation. Both parties will undertake joint projects, seek external funding, and organize various academic and industry events. The agreement also outlines provisions for intellectual property rights and confidentiality.

Kalki Communication Technologies agrees to provide financial support to MACE in running the innovation and development labs. This fund will be used for setting up lab facilities, including computers and connectivity devices, and providing financial aid or stipends to participating students.

The objective is to set up a Center of Excellence to ensure seamless industry-academic collaboration, enhance students and faculty practical knowledge in applied research and technologies and promote collaborative research and publications. The alliance focuses on research in Applied Electronics, IoT, Data Science, and AI. It will also facilitate student projects, industrial internships, and the design of military grade and industrial-grade prototypes.

This collaboration aims to enhance practical learning through joint conferences, seminars, and workshops. It will provide hands-on training and projects for both students and faculty, facilitate industrial visits, and feature expert lectures, fostering a dynamic learning environment.

Bairuha Tech will establish an IoT lab to advance research, development, and experimentation in IoT. This includes procuring necessary hardware, setting up networking, and conducting training sessions. They will also provide ongoing technical support and troubleshooting assistance.

This collaboration focuses on enhancing student skills through technology training, projects, and internships. Edwhere Education will support this by contributing to curriculum design, facilitating industrial training and visits and providing a dedicated facility for collaborative projects. They will also offer expert lectures on current technology trends.

This agreement aims to organize programs that promote Red Hat products, boost end-user satisfaction, and enhance the expertise and resources of partners.

Our collaborations include facilitating industrial visits to expose students to industry tools, technologies, and procedures, along with practical training. We also organize joint conferences and seminars, provide shared guidance for student projects, and may establish R&D projects for up to 10 selected students to work on live projects.

Our collaboration focuses on providing St. Joseph's H.S. Poovathussery students with primary training in computer software and hardware, introducing them to new technologies, organizing visits to professional IT institutions and colleges, and conducting motivational training programs.

The MoU fosters collaboration on student internships, research and development initiatives, and practical training programs. It also covers organizing joint conferences and seminars, and providing combined guidance for student project works and live projects.

The MoU aims to foster collaboration in skill development, innovation, technology training, projects, and internships. Verdant IT Solutions will contribute by providing insights for curriculum design, allowing MACE faculty and students to work on projects in a dedicated facility, and offering industrial training and visits. They will also deliver expert lectures on technology trends.

The core objective of this collaboration is to enhance skills, drive innovation, and provide technology training, projects, and internships for students. Fuselage Innovations will contribute by offering expert input for curriculum design, facilitating industrial training and visits, and delivering invited lectures on emerging technologies.

The MoU aims to foster collaboration in skill development, innovation, technology training, projects, and internships. Pearlsoft Technologies will provide valuable input for curriculum design, facilitate industrial training and visits for students and faculty. MACE will offer its facilities for collaborative projects.

NDT Technology (P) LTD will contribute by providing expertise for curriculum design, facilitating industrial training and visits for students and faculty, and delivering guest lectures on emerging technologies. This partnership aims to bridge the gap between academia and industry.

The collaboration aims to enhance student skills through innovation, technology training, projects, and internships. BRAHMANeT IT SOLUTIONS will support this by advising on curriculum, providing industrial training and visits, and giving guest lectures.

Our collaboration focuses on joint innovation to tackle industry challenges, establishing a Cognizant 'Digital Nature' lab at MACE. This lab will develop and host solutions by leveraging assets from both Cognizant and academia, while also providing MACE with opportunities to participate in Cognizant-organized innovation events.

This agreement aims to enhance quality by expanding cooperation into best practices, policies, and economic evaluations. Its main goal is to sustain an industry-institute interface, fostering ongoing interaction and collaboration to explore mutually beneficial areas for MACE and Moopens Energy Solutions.

Its objective is to continue fostering an industry-institute interface, exploring mutually beneficial areas of cooperation, and extending collaboration to include best practices, policies, and economic evaluations to enhance quality.

This MoU outlines a commitment to robust industry-institute collaboration. Key areas include providing students with industrial visits, training, and internships, along with joint seminars and specialized training programs. The agreement also fosters collaborative supervision of student projects, engagement in joint research initiatives, and partnerships on socially relevant issues.

The MoU establishes a partnership focused on mutual understanding and fostering excellence in practice-based education, research, and knowledge exchange. This collaboration aims to identify opportunities for conducting collaborative research and development, actively promoting joint initiatives in fields of mutual interest to benefit all parties involved.

This MoU focuses on bridging the industry-academia gap by providing students with essential industrial training and visits, ensuring practical exposure. It also facilitates guest lectures by industry experts, enriching academic learning with real-world insights. A key objective is to secure placement opportunities for trained students, directly linking their enhanced skills to career advancement.

OurMoU with BIMIT significantly enhances our students' and faculty's access to industry-standard resources and training. BIMIT agrees to support the download and installation of Autodesk software licenses, adhering to the Autodesk Education License policy. Furthermore, this partnership facilitates valuable industrial training programs, internships, and guest lectures on emerging technologies for both students and faculty, directly within their training centers, ensuring our community gains essential practical skills and real-world exposure.

Through this partnership, we will integrate cutting-edge industry expertise into our curriculum design, ensuring our programs remain highly relevant. Students and faculty will gain invaluable practical experience via facilitated industrial training and site visits. Additionally, industry leaders will share their knowledge through engaging guest lectures on emerging technologies, preparing our students for future professional challenges.

The MoU underscores a significant commitment to advanced skill development and career preparation. This partnership will facilitate regular, cutting-edge training sessions, ensuring our students and faculty remain at the forefront of industry trends. A cornerstone of this collaboration is the provision of invaluable experiential learning through robust industrial immersion programs, integrating real-world challenges directly into internships.

The MoU is designed to significantly enhance the educational experience in civil engineering. It aims to actively engage students with the practical realities of construction and site conditions, ensuring they grasp the core essence of their field. Furthermore, this collaboration provides valuable guidance for implementing best practices in delivering high-quality education within the fraternity. A key objective is also to champion continuing education initiatives, fostering lifelong learning and professional development for all involved.

Our MoUs actively cultivate a dynamic partnership with industry, creating opportunities for students and faculty. This includes enabling hands-on project initiatives and facilitating crucial industrial exposure through site visits and specialized training programs. Furthermore, we host engaging expert talks and workshops, enriching academic learning with real-world perspectives. These collaborations also establish dedicated environments for joint research and innovation, fostering groundbreaking work and skill advancement.

Through this collaboration, we aim to establish dedicated environments for joint research and innovation, driving pioneering work and advanced skill development. Crucial industrial exposure will be facilitated via site visits and specialized training programs, alongside the implementation of hands-on project initiatives. Additionally, the agreement enables us to host insightful expert talks and workshops, enriching academic learning with practical, real-world perspectives.

This MoU is set to forge a dynamic partnership, enriching academic endeavors with industry insights. Kurlis India Pvt Ltd will actively contribute to curriculum development, ensuring it aligns with current industry needs. The collaboration also facilitates direct industrial training and visits, providing invaluable real-world exposure for both students and faculty. Furthermore, the agreement emphasizes expert lectures on technology trends, offering current perspectives. MACE will provide dedicated facilities for collaborative projects, enabling practical application of skills and fostering innovation, technology training, and internships to significantly enhance student readiness for the professional landscape.

Our MoUs are designed to forge a dynamic industry partnership, opening numerous avenues for both students and faculty. These collaborations notably establish dedicated hubs for cutting-edge joint research and innovation, fostering significant breakthroughs and advanced skill development. We also prioritize practical learning through facilitating essential industrial exposure, including site visits and specialized training programs, and enabling impactful hands-on project initiatives. Additionally, we enrich academic experiences by hosting diverse expert talks and workshops, integrating real-world perspectives directly into learning.

The collaboration facilitate engaging training programs, empower students to undertake valuable project work with real-world applications, and provide essential expert guidance to nurture their capabilities for industry readiness.

The MoU designates our campus as an authorized center for the conduct of online examinations by the Kerala Public Service Commission. This partnership underscores our commitment to public service and efficient resource utilization. Under this agreement, our facilities will be leveraged to provide state-of-the-art infrastructure, including dedicated rooms and computer laboratories, fully equipped to host these crucial assessments. To ensure the integrity and smooth operation of all examinations, our premises and associated possessions will be subject to rigorous and periodic audits, maintaining the highest standards of readiness and compliance.

The MoU formalizes a strategic collaboration designed to significantly enhance our educational offerings and student readiness. Through this partnership, we are committed to bringing industry leaders directly into the classroom via engaging guest lectures, ensuring our students gain insights into emerging technologies and future professional challenges. A key component involves providing invaluable practical experience through facilitated industrial training and site visits for both students and faculty. Furthermore, this alliance will enable us to continually integrate cutting-edge industry expertise into our curriculum design, guaranteeing our academic programs remain exceptionally relevant and forward-looking.