answer:The Live Requirement Sessions and Real Industry Case Studies are crucial components of the Business Analyst (BA)/Quality Assurance (QA) training course, as they significantly contribute to the learning experience of the students. During Live Requirement Sessions, students will have the opportunity to learn directly from industry experts and understand the various aspects of requirement gathering and analysis. This hands-on experience will help them develop a deep understanding of the subject and acquire practical skills that can be applied in the real world. Real Industry Case Studies will provide students with an opportunity to evaluate real-life business scenarios and learn to apply their knowledge to solve practical business problems. By working on these projects, they will learn how to implement BA/QA methodologies in conjunction with various tools and techniques. Overall, the Live Requirement Sessions and Real Industry Case Studies will complement the theoretical concepts taught in class and provide students with exposure to the practical skills required in today's business world. These experiences will equip students with the skills to meet the demands of the job market and excel in their chosen career path.

answer:Certainly! As part of the Business Analyst (BA)/Quality Assurance (QA) training course, students will receive Hands on Experience on various tools. This will provide them with practical experience working with different software tools and applications that are commonly used in the industry. Some of the tools that may be covered in the course include: - Microsoft Excel: this tool is widely used to organize and analyze data, build charts and graphs, and create spreadsheets. - JIRA: this is a project management tool used to track bugs and issues, manage workflows, and collaborate with team members. - SQL: this is a database management tool used to write and execute queries to organize and retrieve data. - Selenium: this is a software testing tool used to automate web applications. By gaining hands-on experience with these tools, students will be able to apply their knowledge and skills to real-world scenarios, understand how these tools are used in different contexts, and develop practical skills to enhance their employability. Overall, the Hands on Experience on various tools is an important aspect of the course that will help students bridge the gap between theory and practice and gain the skills needed to succeed in the industry.

answer:Certainly! As part of our Business Analyst (BA)/Quality Assurance (QA) training course, we offer Quick Job Placement and On Job Support services to our students. Quick Job Placement is an additional service we offer to help our students find employment opportunities quickly after completing the training course. Our team works with various employers and recruitment agencies to identify potential job openings for our students. We provide industry-specific job search strategies, review resumes, conduct mock interviews, and provide guidance on salary negotiations. On Job Support is another essential feature of our training course. We understand that starting a new job can be stressful, and our team is available to provide support and guidance even after you are placed on a job. We provide ongoing support to our students as they navigate their new roles, help with any challenges that may arise, and provide advice on career development opportunities. Both Quick Job Placement and On Job Support services are designed to give our students the best chance of success as they embark on their new careers in the BA/QA industry. These services ensure that our students have the necessary resources and support to thrive in their jobs and achieve their career goals.

answer:In summary, the Nikon Imaging Centre NIC@IIT focuses on research and development of optical nanoscopy technologies for advanced diagnostics at the nanometer scale. It collaborates with a partner portfolio including Nikon, Coherent, JEOL, JPK, PicoQuant, Okolab, Physik Istrumente, Chroma, ISS, Hamamatsu, Abberior and Leica Microsystems companies. Its research activities include in-vivo imaging, lab-on-a-chip developments, correlative nanoscopy, and portable multimodal nanoscopes. The long-term goal is to develop a new generation of microscopes with the potential to integrate microscopy, spectroscopy, and flow cytometry in the same instrument with all the processing and visualization software onboard.