Jayavardhan Pippalapalli

At INTEWA GmbH, I specialize in system integration, automation, and remote monitoring for water management solutions. My focus includes designing control applications, integrating sensor-based systems, and optimizing system performance. I contribute to R&D projects and ensure seamless operation of greywater treatment and DRAINMAX systems. With expertise in control engineering, automation, and mechatronics, I drive innovations in water management technologies.

1. Designed and modelled a varied range of 3-dimensional models, utilizing CAD software like CATIA/SolidWorks based on client requirements and functionality. 2. Transformed 3D models into 2D drawings and modified them in AutoCAD and engendered BOM and dimensional drawings with ASME Y14.5 GD&T. 3. Simulated the relative kinematic movements of the assembly mechanisms and documented operating instructions along with the mechanism’s working procedure.

1. Monitored client servers and troubleshoot the issues as the first level of problem detection on 28 different consoles like IBM Tivoli, IP Monitor, and SolarWinds. 2. Executed user-requested jobs and even scheduled them in the Batch Redwood Monitoring tool and used them to resolve any minor server issues. 3. Action on alerts generated and co-actively plan the Defect Prevention process accompanying concerned departments to resolve the issues. 4. Developed a short program in Excel to automate the process.

1. Developed a program in Python for any generalized mechanism to continuously generate all the multibody parameters over a time period. 2. The program depicts the actual time-mechanical behavior of any machine before investing capital and energy in it. 3. Evaluating attributes for any generalized mechanism consisting of numerous bodies, revolute and translational joints, including springs and dampers. 4. Created a mathematical model to animate the mechanism movement over a defined period.

1. Created a program in MATLAB to generate the combined Jacobian matrix for a complete planar multibody system. 2. Additionally, internally developed reaction forces are evaluated by considering external conditions and body physical properties. 3. Computed Jacobian matrix at every step about the global frame. 4. Numerous mechanisms are simulated by varying kinematic and dynamic properties prior to physical-world usage.

Developed mathematical programs in MATLAB programming software to illustrate theories in practical model by simulating animations, helped students for better understanding of these concepts. Maintained regular, positive interactions with the professor and provided discussions and feedback about the advancements in course.

Responsible to explain concepts and working procedure, demonstrate laboratory experiments and operating tools and analyse student’s results, observation obtained from experiments, resolved any errors and clarified queries.

Focus Fields : Mechatronics, Power Transmission system Grade : 2 [1-high, 5 -low]

1. This refrigeration systemis a unique design. It is a single pressure, 3-fluids refrigeration system. 2. The flow of liquids in the system is accomplished by gravity and relative density across various temperatures. 3. Solar panels are used as an energy source instead of a traditional generator and a bubble pump is introduced to achieve a natural vapour flow. 4. C program is developed to calculate system parameters for different data inputs.

Focus fields: Solid Mechanics, Machine Design, Robotics Grade : 2.55 [1-high, 5-low]