Industry Interaction

During the visit to Capital Hospital, a government-run tertiary care facility, students witnessed radiology being used in an emergency and trauma setting. They observed portable X-rays and C-arm fluoroscopy in operating theatres, learning the importance of imaging in surgical procedures. The radiology department gave a demonstration of CT scanning procedures, including patient preparation, contrast administration, and post-processing techniques. Exposure to real-life trauma cases helped students understand how imaging supports quick diagnosis and patient management in critical care settings.

At Sunshine Hospital, students explored a wide spectrum of diagnostic and therapeutic radiology services offered in a modern multispecialty healthcare setup. They gained an in-depth understanding of high-resolution ultrasound, particularly in vascular Doppler studies and small parts imaging such as breast and thyroid scans. The radiology team demonstrated how contrast-enhanced CT scans are performed for organ evaluation and trauma cases. Students were also introduced to dual-energy X-ray absorptiometry (DEXA) for bone density analysis and observed how digital mammography is used in early breast cancer detection. This visit enriched their practical understanding of how radiology supports various departments like oncology, orthopedics, and emergency care.

CARE Hospital provided students with exposure to cutting-edge radiological technology and interventional procedures. They observed procedures in MRI, including brain, spine, and musculoskeletal imaging. The students had the unique opportunity to observe interventional radiology procedures like biopsies and drain placements under ultrasound and CT guidance. They also learned about automated injectors, contrast protocols, and advanced 3D reconstruction techniques. This visit gave students a deeper understanding of how radiology plays a crucial role in both diagnostics and minimally invasive treatments in modern medicine

At Bhadrak Hospital, students were exposed to basic and essential radiological services in a rural healthcare setup. They observed the use of conventional X-ray machines and basic ultrasound units, gaining insight into how radiology supports primary healthcare. The staff explained how imaging decisions are made with limited resources, emphasizing cost-effective diagnosis. Students also learned about radiation safety practices, patient positioning, and manual film processing methods still in use in resource-limited environments. This experience highlighted the importance of radiology in rural diagnostics and patient care.

At Spandan Diagnostics and Tata City Hospital students were introduced to a wide range of advanced diagnostic imaging techniques in a well-structured private diagnostic setup. They closely observed the operation of digital radiography (DR) and computed radiography (CR) systems, learning the differences in image acquisition and processing. The technologists demonstrated ultrasound techniques, including abdominal, thyroid, and obstetric scans. Students got hands-on exposure to PACS (Picture Archiving and Communication System) and observed how images are archived, retrieved, and interpreted by radiologists. This visit helped the students understand workflow management in a high-volume private diagnostic center.

students were exposed to basic and essential radiological services in a rural healthcare setup. They observed the use of conventional X-ray machines and basic ultrasound units, gaining insight into how radiology supports primary healthcare. The staff explained how imaging decisions are made with limited resources, emphasizing cost-effective diagnosis. Students also learned about radiation safety practices, patient positioning, and manual film processing methods still in use in resource-limited environments. This experience highlighted the importance of radiology in rural diagnostics and patient care.

Exposure visits to Cure well Laboratory, Bhubaneswar, provide Medical Laboratory Technology (MLT) students with significant academic and practical benefits. During their visit, students gain firsthand experience of a functioning diagnostic laboratory, allowing them to observe and understand real-time laboratory practices and procedures that are essential in modern healthcare. By interacting with qualified laboratory professionals and witnessing the use of high-end automated analysers and advanced diagnostic instruments, students develop a deeper understanding of various departments such as clinical pathology, hematology, microbiology, biochemistry, and molecular diagnostics. These interactions also help in improving their technical knowledge, professional communication skills, and awareness of laboratory safety protocols and quality control measures. Furthermore, the exposure visit bridges the gap between theoretical knowledge and practical application. It enhances students’ confidence, prepares them for future internships and job placements, and motivates them to maintain high professional standards in their careers.