Spearheading business development initiatives by identifying and securing new opportunities in smart farming, IoT, and environmental monitoring solutions.- Building and maintaining strong client relationships with government agencies, research institutions, and private sector clients in agriculture.- Overseeing the end-to-end management of projects, including the supply, delivery, testing, and commissioning of smart systems like fertigation, environmental monitoring, and automated control systems- Ensuring all project deliverables meet client expectations, regulatory standards, and are completed within timelines and budgets- Coordinating cross-functional teams to optimize resource allocation, task execution, and project outcomes.

Acting as the main point of contact for clients, ensuring clear communication and understanding of their needs and expectations.- Building and maintaining strong, long-term relationships with clients, providing them with tailored solutions and addressing any issues or concerns promptly.- Collaborating closely with internal teams, including sales, operations, and technical departments, to ensure the timely and efficient delivery of projects.- Overseeing project timelines, budgets, and deliverables to meet client objectives and company standards.- Addressing client issues and concerns effectively, ensuring solutions are provided in a timely manner.- Acting as a mediator between the company and the client to resolve any challenges that arise during the project lifecycle.- Preparing regular reports on project progress and client satisfaction to share with both the internal team and clients.- Monitoring key account metrics and identifying areas for improvement to optimize service delivery.

- Spearheading the R&D initiatives focused on developing cutting-edge solutions for performance analysis, injury prevention, and recovery management.- Leading a multidisciplinary team of engineers, sports scientists, and technologists to create innovative tools and systems that address the evolving needs of elite athletes and sports professionals.- Working closely with coaches, athletes, and sports physiologists to understand their unique challenges and translate them into technological innovations that enhance training regimens and performance outcomes.- Partnering with external research institutions, universities, and industry experts to drive collaborative projects and stay at the cutting edge of sports technology.- Leading the entire lifecycle of R&D projects, from conceptualization and prototype development to field testing and final deployment.- Ensuring projects were delivered on time and within budget, meeting the high standards expected by national and international sports bodies.- Utilizing data analytics to analyze and interpret large datasets related to athlete performance, biomechanics, and physiology, translating this information into actionable insights for coaches and athletes.- Continuously monitoring and evaluating the effectiveness of R&D outputs, ensuring ongoing refinement and improvements based on real-world feedback

Conduct research and development in the field of engineering and technology to improve the level of sports in the production of technology and innovation to help improve sports performance of national athletes.

- Assisting in the development of both hardware and software components, ensuring that the system was user-friendly, accurate, and effective for patients in various stages of recovery.- Conducting research on existing rehabilitation protocols and integrating biomechanical data to ensure the system’s exercises align with established best practices.- Collecting and analyzing patient movement data to refine the system's algorithms and improve its ability to monitor and evaluate progress in real-time.- Leading the development and testing of system prototypes, working with patients and physiotherapists to gather feedback and assess the effectiveness of the system.- Iterating on design and functionality based on testing results to enhance the precision and adaptability of the rehabilitation exercises.

- Collaborating with senior engineers and sports scientists to ensure the system met the high standards of accuracy and reliability required for professional sports applications.- Working on the integration of wireless modules with existing data acquisition systems, ensuring seamless communication between wearable devices and central monitoring systems.- Researching and selecting appropriate communication protocols (e.g., Bluetooth, Wi-Fi) to optimize data transmission speed and range, while maintaining power efficiency.- Lead in building prototypes of the system, configuring the wireless communication hardware and writing code to manage data flow between the system and SRAM.- Conducting field tests to validate the system's performance under various conditions, including real-time data transmission during athlete training sessions.- Documenting technical specifications, development processes, and testing outcomes for review by senior engineers and research supervisors.- Preparing and presenting progress reports, outlining key milestones achieved during the internship, and suggesting potential improvements for future iterations of the system