Which stream should a candidate pursue to be eligible for admission to the Master of Computer Applications (MCA) at SRMU Lucknow?

Hi...

• Modern facilities: The university maintains advanced, well-equipped laboratories for various disciplines, including pharmaceutics, pharmacology, and pharmaceutical chemistry, providing hands-on experience with industry-standard technologies.
• Research opportunities: Students are encouraged to participate in research projects, giving them real-world exposure to the pharmaceutical research and development cycle. 

• Industry collaboration: The curriculum is designed with input from top professionals and academic bodies, ensuring that the skills and knowledge taught are directly relevant to industry needs.
• Internship tie-ups: The university has established partnerships with leading pharmaceutical companies and healthcare centers to provide structured internship opportunities.
• On-the-job training: For some programs, SRMU guarantees on-the-job training (OJT) to give students a hands-on feel for real-world scenarios. 

• Guest lectures and industrial visits: The university organizes regular guest lectures by eminent scientists and industry professionals, as well as industrial visits to companies and research centers like Jedux Parenteral Pvt. Ltd. and Cytogene.
• Seminars and workshops: Students can attend seminars and workshops on specialized topics, such as formulation techniques, to further enhance their practical skills.
• Research-driven environment: By fostering a research culture, SRMU provides opportunities for students to participate in innovative projects and present at national conferences, further connecting them to the broader scientific community. 

• Dedicated placement cell: The university's active placement cell helps students secure job opportunities and provides support through workshops, seminars, and networking events.
• Strong track record: These efforts have resulted in a significant placement record, with students receiving job offers from top corporations. 

Hi...

• Specialized labs: The university maintains labs for a variety of disciplines, including Pharmacology, Pharmaceutics, and Pharmaceutical Chemistry.
• Modern equipment: The facilities are equipped with sophisticated, high-end instruments, enabling students to perform hands-on experiments in drug formulation, analysis, and research.
• Research integration: SRMU aims to provide a dynamic and stimulating learning environment by integrating cutting-edge research, teaching, and innovative techniques. 

• Industry collaborations: The university actively seeks collaborations and research partnerships with pharmaceutical companies and government laboratories.
• Internships and placements: The university has partnerships with leading hospitals and healthcare institutions to provide valuable internship and practical training opportunities.
• Industrial visits and guest lectures: Students get insights into industry trends through industrial visits to companies like Jedux Parenteral Pvt. Ltd. and Cytogene Research and Development, as well as guest lectures by eminent scientists and industry professionals.
• Workshops and seminars: Regular events like workshops on topics such as "Exploring the Intersection of Molecular Biology and Pharmaceutical Bioinformatics" provide students with advanced training and real-world insights. 

• Highly qualified faculty: SRMU's pharmacy faculty consists of highly qualified individuals with extensive academic and research experience.
• Research-oriented environment: The university encourages students to participate in innovative research projects, and faculty members engage in collaborative research efforts to address contemporary issues in the industry.

Hi...

• Agronomy and Seed Technology Lab: Equips students with skills in modern crop production and seed quality analysis.
• Genetics and Microbiology Lab: Focuses on advanced techniques in crop breeding and plant pathology.
• Soil Science and Horticulture Lab: Provides practical training in soil analysis, soil fertility management, and horticultural practices.
• Organic Farm Lands: Offers real-world experience in organic farming techniques and sustainable agricultural practices.
• Vermicompost Unit: Trains students in the production and application of vermicompost, a key component of organic farming. 

• Rural Agricultural Work Experience (RAWE): This program exposes students to rural farming communities and provides practical field training.
• Practical Crop Production: Students learn crop management by performing all the work of a farmer, from sowing to harvesting.
• Industrial Attachments: Students gain valuable industry exposure through attachments with agricultural businesses and related industries.
• Entrepreneurship Development: Students are mentored to develop entrepreneurial ventures in agribusiness through incubation centers and partnerships. 

• Reputed institutes: Students get regular exposure to prestigious ICAR/CSIR institutes to augment their experiential learning.
• Real-world projects: Collaborations and research partnerships allow students to engage with actual farming environments and contribute to research projects. 

• Skill-oriented courses: The curriculum includes elective options and dedicated courses focused on developing specific skills required by the modern agriculture industry.
• Agribusiness Management (MBA): For students interested in the business aspect of agriculture, SRMU offers an MBA in Agribusiness Management to develop their skills in management, marketing, and entrepreneurship.
• Horticulture specializations (M.Sc.): Postgraduate students can specialize in areas like Fruit Science and Vegetable Science, gaining expertise in cutting-edge horticultural technologies.

Hi.

• Specialized curriculum: The programme includes advanced study modules covering EV design, powertrain modes, energy storage, and battery management systems (BMS).
• Solar-powered vehicles: A student team at SRMU designed and built a solar-powered vehicle that uses advanced maximum power point tracking to maximize charging efficiency and vehicle range.
• Electric monowheel vehicle: A YouTube video from 2023 showcases a student capstone project involving the design and fabrication of a carbon emission-free electric monowheel vehicle.
• L&T sponsored lab: An EV lab sponsored by L&T is available for students to perform practical experiments.
• Industry collaboration: The curriculum is designed with industry standards in mind, ensuring students develop expertise relevant to the growing EV sector. 

• Grobots Club: The university has a student-run robotics club named "Grobots," which holds national-level robotics events.
• Interdisciplinary approach: A Diploma in Mechatronics Engineering combines mechanical, electrical, and computer engineering principles, with robotics being a core subject.
• Project-based learning: The curriculum includes practical experience through laboratory sessions and projects involving advanced systems.
• Hands-on experience: Projects involving drones and other automated systems are featured as examples of student innovation on the university's website.

Hi.

• Automotive: Students are placed in the automotive industry, which is a traditional destination for mechanical engineers. Companies like Royal Enfield and Krishna Maruti Group have recruited from the university.
• Manufacturing: The manufacturing sector remains a core recruiting area. Companies like L&T, a key partner for SRMU's EV program, are major recruiters. Other manufacturers and engineering firms also participate.
• Energy and power: This sector offers opportunities in power plant engineering and related fields. For instance, students pursuing careers in EV engineering can find roles related to energy storage and management. 

• IT Services and Consulting: Several large IT and consulting firms recruit mechanical engineering graduates, especially for roles related to IT services, analytics, and software development. Recruiters include TCS,  Wipro, Infosys, and Capgemini.
• Engineering-adjacent IT: Some IT companies have divisions dedicated to Computer-Aided Design (CAD) or Computer Integrated Manufacturing (CIM), increasing job potential for mechanical engineers in the IT sector. 

• Electric Vehicle (EV) Engineering: With its specialisation in EV Engineering, SRMU places graduates in roles focused on designing, developing, and manufacturing electric vehicles and related technologies. The curriculum, developed in partnership with L&T and ISIE India, is designed to meet industry needs.
• Robotics: As a growing field, robotics is another area where SRMU's mechanical graduates are recruited. This includes companies in automation, smart manufacturing, and mechatronics.