1-Month Online Internship with 6 hours/week (Evening Classes) Hands-on training in Excel, Tableau, Power BI & Python Learn to build interactive and professional dashboards Work on real-world datasets and industry projects Gain in-demand data analytics & visualization skills Certificate from Centurion University upon completion Affordable fee of ₹3000 per course Limited seats – Register early to secure your spot

Hands-on Practical Training - Gain intensive laboratory experience in plant tissue culture techniques using real-time protocols under controlled sterile conditions. Training on Commercially Important Crops - Work on economically significant plants including: Banana, Orchids, Vanilla, Bamboo etc. Learn the end-to-end process of plant tissue culture: Media preparation & sterilization Explant selection and inoculation Callus induction & regeneration Shoot multiplication & rooting Hardening & acclimatization

This internship provides hands-on training in both wet lab and bioinformatics approaches, covering real-time research problems in microbiome analysis, biodegradation of pharmaceutical wastewater, enzyme production and optimization, microplastics studies, aquaculture metagenomics, and e-DNA analysis. Participants will gain exposure to advanced molecular and computational techniques, along with interdisciplinary learning across biotechnology, microbiology, and genomics. The program is designed to enhance research skills, critical thinking, and data analysis capabilities. Students will work on publication-oriented projects with guidance for SCI/Scopus research outputs. The training also focuses on industry-relevant applications, improving employability in research labs, biotech industries, and academic sectors.

This program provides hands-on training in computer-aided drug discovery using advanced in silico tools and techniques. Students will gain practical exposure to molecular docking, protein–protein interaction analysis, and AI-based docking approaches. The training emphasizes real-time case studies, structure-based drug design, and computational analysis workflows used in modern pharmaceutical research. Participants will develop skills in molecular modeling, visualization, and result interpretation, enhancing their readiness for research and industry applications. The program is delivered through interdisciplinary collaboration, ensuring a strong integration of biosciences, computer science, and pharmaceutical sciences.

This internship provides a comprehensive introduction to PCB design, covering schematic capture, component selection, and multilayer PCB layout using industry-standard tools. Students will gain hands-on experience in PCB fabrication processes, including etching, drilling, and assembly using advanced machines. The program emphasizes circuit simulation, signal integrity, and design optimization techniques to ensure reliable performance. Participants will also work on real-time hardware projects involving sensor interfacing and embedded systems integration. Additionally, students will learn testing, debugging, and validation methods for PCB circuits, along with exposure to industrial standards and best design practices.

we will focus on 1.chasis design and manufacturing .2. Body design and Manufacturing 3. Fork pipe Boring 4. front axle assembly 5. rear axle assembly 6.wiring connections etc

The internship offers a comprehensive introduction to Cadence tools, including schematic design, layout, and simulation, along with a strong foundation in digital design using Verilog HDL. Participants will gain hands-on experience in simulation and verification techniques, enabling them to design and test digital modules and testbenches effectively.

• To build a strong foundation in Questioned Document Analysis. • To develop practical skills in using forensic tools for investigation and evidence analysis • To enable hands-on experience in Questioned Document Analysis. • To enable court room testimony.

• Understand principles of Forensic DNA Analysis. • Collect, preserve, and handle biological evidence properly. • Perform basic DNA extraction and profiling techniques. • Prepare structured forensic DNA reports for real-world cases.

• To build a strong foundation in cyber crime, digital forensics, and incident response concepts • To develop practical skills in using forensic tools for investigation and evidence analysis • To enable hands-on experience in cyber attack detection, network analysis, and data recovery • To enhance professional readiness through real-world forensic cases, reporting, and cyber law Awareness

1. Based on WHO guidelines for Psychological First Aid 2. Learn to support people during crises, disasters & accidents 3. Develop skills to manage stress, panic & trauma situations 4. Real-life simulations & hands-on practice 5. Enhance communication skills in high-pressure environments

• To provide foundational and advanced knowledge of 3D and AR/VR systems • To develop hands-on skills in 3D Application & AR/VR development • To expose students to real-time immersive technology workflows • To enhance industry readiness through practical learning