Vishakhapatnam, Andhra Pradesh, India
Biomedical and Ceramic Engineer with expertise in biomaterials, additive manufacturing, medical device development, and healthcare technology, supported by postgraduate specialization in ceramic engineering and strong research-driven technical experience. Currently serving as a Fellow at the Centre of Excellence (CoE) – Additive Manufacturing, where I contribute to the development of advanced biomaterial-based and medical device solutions through R&D, prototype development, process optimization, technical validation, quality documentation, and manufacturing support. My work integrates biomedical engineering, materials science, additive manufacturing, and medical device electronics to support innovation across product design, material development, device integration, and scalable healthcare technology solutions. I possess hands-on experience in bioceramics, implant materials, material characterization, advanced processing techniques, performance evaluation, and technical problem-solving, with a strong focus on transforming engineering research into clinically relevant applications. Driven by innovation and precision engineering, I am committed to advancing next-generation medical technologies that create meaningful impact in healthcare. Core Expertise Biomaterials | Additive Manufacturing | Medical Device Development | Medical Device Electronics | Bioceramics | Technical Validation | Product Development | Healthcare Innovation
Fellow – CoE (Additive Manufacturing) Contributing to R&D in additive manufacturing and biomaterials for medical device innovation. Responsible for design validation, prototype development, process optimization, production coordination, quality documentation, technical analysis, and supporting compliance-related documentation for translating research into scalable manufacturing solutions. Skills to add: • Additive Manufacturing • Biomaterials • Medical Device Development • Quality Documentation • Product Development • Process Optimization • Technical Documentation • Research & Development • Validation & Testing • Prototype Development
Engaged in self-employment while actively seeking full-time professional opportunities. During this period, I evaluated academic answer scripts, provided private tuition to students, and undertook various freelance/odd assignments. These experiences helped me strengthen communication, mentoring, and analytical skills, while maintaining financial independence and adaptability. Simultaneously, I continued my job search and professional upskilling, demonstrating persistence and commitment to transitioning into a stable career role.
Civil Services & Government Examination Preparation (2018 – 2023) Dedicated this period to preparing for Civil Services and multiple competitive government examinations. Successfully cleared preliminary and written stages in several exams, demonstrating strong analytical ability and subject mastery, though final selection was not achieved. Built in-depth knowledge of public policy, governance, economics, and current affairs, along with consistent answer writing and test series practice. Developed key transferable skills including structured problem-solving, critical thinking, time management, and the ability to perform under high-pressure, competitive environments—skills that I now bring into my professional career.
Worked as a Research Fellow on a Department of Science & Technology (DST-SERB) sponsored research project, focused on the development of high wet-strength polymeric scaffolds for tissue engineering applications. Involved in scaffold fabrication, optimization of processing parameters, material characterization, mechanical testing, and performance evaluation. Gained extensive experience in experimental research, data analysis, and biomaterials development, contributing to the advancement of polymer-based scaffolds for regenerative medicine and biomedical applications.
During my M.Tech (Research), I gained extensive hands-on research experience through the design, execution, and analysis of numerous experiments in the field of alumina-based ceramics. This work enhanced my understanding of ceramic processing, material characterization, microstructural analysis, and performance evaluation. The research provided valuable insights into scientific problem-solving, experimental methodologies, and the development of advanced ceramic materials for engineering and biomedical applications. #Research #MaterialsScience #Ceramics #AluminaCeramics #MTechResearch #AdvancedMaterials #BiomedicalEngineering #EngineeringResearch #Innovation