Radhakrishna Suppanee

· Identification and assessment of clinical needs, market analysis, sales and preparing tender documents

· Sourcing suppliers or well-known manufacturers and managing portfolio of international brands

· Carrying out market intelligence and bench-marking of products

· Assessing competitiveness, lifetime, robustness of products and feed-backing to Manufacturers for sustainable market position

· Planning, allocating resources, preparing budgets, monitoring progress and keeping stakeholders informed throughout project lifecycle

· Carrying out risk management analysis and measure project performance using appropriate project management tools such as Gantt Chart

· Advising hospital administrators on planning, acquisition and use of medical equipment – x ray machine, clinical chemistry, hematology, coagulation and immunology analyzers

· Conducting site survey and specifying installation design requirements

· Installation, testing, commissioning of medical equipment

· Conducting operation and application training to users

· Design re-validation as part of audit and quality management

· Carrying out preventive maintenance and implementing reliability centered maintenance program for continuous monitoring of all equipment installed

· Implementing failure mode effect and critical analysis (FMECA) to identify failure mode of subsystems and re-modify where required

· Spare-part and stock inventory management

· Evaluation, installation, operation and maintenance of mechanical and electrical related systems for hospital and laboratory setup

· Design, fabrication, supervision of MEP (Mechanical, Electrical, Plumbing) systems and associated civil & structural works

· Drafting 2D engineering drawings using AUTO-CAD and carrying out structural mechanics analysis & calculations using CAD packages

· Installation, testing, commissioning and maintenance of scientific analyzers and non-destructive test (NDT) equipment

• Conducting various clinical visits to Epsom Hospital (UK) and collected specific data about patients and conducted interviews about their real life situations
• Translating clinical requirements into engineering solutions
• Conducting research on state of art medical imaging techniques at disposal of hospital to identify suitable technique to obtain image of the deformity
• Medical image processing
• Constructing 3D model of pathology
• Simulating real life physiological conditions.

• Assessing along with land surveyors topography of pipeline route
• Designing, supervising and establishing critical pipeline performance objectives in conjunction with ASME Codes
• Working alongside a team of architects, civil engineers, environmental engineers to allow for design considerations and contingency plans in case of oil spills (EIA report)
• Carrying out Non Destructive Tests as per ASTM
• Writing bill of quantities and prepared cost estimates
• Preparing tender documents and studying conditions of contracts and specifications.