Lead Systems Test Engineer Introduces New Verification Techniques in Medical Device Development "Every moment is crucial in our field," says Venkata Manikanta Deva Harsha Ravuri, a lead systems test engineer at Abbott Laboratories. In the R&D department, Ravuri helps develop cardiovascular diagnostic devices that provide optical coherence tomography (OCT) imaging solutions.
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"Every moment is crucial in our field," says Venkata Manikanta Deva Harsha Ravuri, a lead systems test engineer at Abbott Laboratories. In the R&D department, Ravuri helps develop cardiovascular diagnostic devices that provide optical coherence tomography (OCT) imaging solutions.
These devices capture high-definition, cross-sectional, and three-dimensional images of vessel microstructures during percutaneous coronary intervention (PCI) procedures, enabling cardiologists to make better treatment decisions.
The medical technology sector is quietly changing, and new developments can greatly impact outcomes. Ravuri's approach to system-level verification is one of the advancements transforming the field. His work is designed to reduce errors and increase the reliability of medical devices. This streamlines the verification process and accelerates the development of safer medical technologies.
Ravuri's Interdisciplinary Path in Advancing Medical Technology
Venkata Manikanta Deva Harsha Ravuri's journey in the medical device industry builds on a solid academic foundation and notable professional recognition. He holds a Master's degree in Mechanical Engineering from Western Michigan University, an MBA from Campbellsville University, and a Bachelor's degree from SRM University. He is pursuing a Doctorate in Business Administration, showing his dedication to lifelong learning.
"My educational background in mechanical engineering provided a strong foundation," Ravuri reflects. "But I realised the importance of understanding software aspects to support research and development. This interdisciplinary knowledge has been important in my role."
Building on this background, Ravuri served as a judge at the 2024 Globee Awards for Technology, where he contributed to recognizing and celebrating technological advancements.
His Six Sigma Green Belt and Design for Six Sigma certifications further reinforce his credentials. These qualifications have equipped him with skills in statistical methods, predictive analytics, and data-driven processes, which have been valuable in his method for system-level verification.
Sixty Percent Faster to Market: Ravuri's Verification Techniques
The medical device market is growing steadily, with projections indicating a global market size of $670-890 billion by 2030, expanding at a CAGR of 5-6%. To match the progress, Ravuri's work is introducing more effective practices.
"We have reduced the time needed to gain business confidence by 60%," Ravuri says. "This isn't just about numbers—it's about getting life-saving technologies to medical professionals faster than ever."
Ravuri's framework establishes a baseline for system-level verification. This method assesses the current development status, streamlining the process from concept to market.
From Concept to Confidence: Ravuri's Approach to Streamlined Device Testing
The journey from a medical device concept to a market-ready product includes challenges like regulatory hurdles, rigorous testing requirements, and the need for precision. Ravuri, with his background and experience, addresses these challenges directly.
"My background in mechanical engineering gave me a unique perspective. But I knew I needed to connect hardware and software to make a real impact," Ravuri says. This interdisciplinary approach has been essential for Ravuri, helping him develop a comprehensive view of the verification process.
His method involves carefully analyzing each component of a medical device, from hardware interfaces to software algorithms. Establishing a comprehensive baseline for verification enables his team to quickly identify and address potential issues proactively.
Balancing Speed and Precision: How Ravuri Enhances Medical Device Verification
Ravuri's work prioritizes more than just speed. His approach has improved accuracy and reliability in an industry where precision is crucial. "We're not just working faster—we're working smarter," Ravuri says. "Our verification process now catches potential issues that might have slipped through traditional methods."
Ravuri's contributions have led to his rapid rise within the company. He was promoted to a senior level within two years and then to lead systems test engineer within the next two, the first in his team of about 15 to achieve such progression.
Ravuri emphasizes the need for thoroughness and safety in developing medical devices."Our process isn't about cutting corners—it's about optimizing every step of the verification process. Our approach allows for more thorough testing, not less."
The Future of Medical Device Development
The medical device industry continues to grow, increasing the need for efficient and reliable verification processes. For Ravuri, "The future of medical device development lies in our ability to improve not just the devices themselves, but also how we bring them to market. And my goal is to keep enhancing verification and validation processes."
As medical technology advances rapidly, efforts like Ravuri's ensure that speed and safety go hand in hand, contributing to a healthier future for all.
