Vincent Cheruiyot

• Inspecting new tracking devices to ensure strict adherence to design and operation specifications before initiating installation processes.
• Providing thorough and frequent reports on performance of all recently installed trackers, meticulously identifying any potential areas for improvement.
• Ensuring entire team is equipped with top-notch safety requirements to guarantee secure working environment.
• Involved in configuring permanent way solutions in vehicle tracking, tailoring configurations according to specific requirements of each client. This involves using Teltonika configurator software to accommodate variations such as tracking both location and fuel or focusing solely on Global Positioning System.
• Offering detailed project progress reports and regular updates to Senior Engineer tracking.
• Leading projects and providing comprehensive task guidance while closely monitoring performance to ensure achievement of agreed-upon scope with Senior Tracking Engineer. This encompasses effective project delivery within parameters of current engineering and safety standards.
• Consistently achieving both personal and project targets, including utilization metrics, and consistently delivering projects within designated budget and timeline.
• Actively participating in installation of vehicle trackers, meticulously ensuring proper fixation, accurate polling, up-to-date GPS time, and maintenance of vehicle condition post-installation before departing from site.
• Installing door contact sensors and temperature sensors, with door contact sensors utilizing magnets to monitor vehicle door opening and closing, primarily catering to clients involved in transit. Temperature sensors are specifically applied for clients with delicate goods, such as chicks, necessitating stable temperature monitoring.
• Installing fuel sensors, often in tandem with car trackers, utilizing sensors like Omnicomm LLS and Bluetooth sensor. Bluetooth sensors communicate via Bluetooth with tracker, delivering reports on fuel level and consumption. Omnicomm employs wires for communication.
• Actively involved in installation of Escort Bluetooth fuel level sensors, cutting-edge sensor type using ultrasonic fuel sensor technology. This sensor converts fuel level into digital code. Intensively researching and focusing on application of IoT in fuel level sensors, leveraging IoT-enabled sensors to facilitate remote monitoring of fuel tank levels, usage, and optimization of fuel efficiency.
• Continually performing fuel calibration of vehicle fuel tanks, critical process required to set digital output code sent by product to fuel volume in specific tank.
• Executing comprehensive compatibility tests on Tracking Units like FMB 125, FMB 920, FMB 130, and Trikton.
• Facilitating effective communication with clients to proactively follow up on installed trackers and plan check-ups as needed.
• Actively and frequently monitoring installed trackers to ensure optimal performance, with focus on establishing long-lasting installation projects with minimal client complaints.
• Continuing to install 4G radios on vehicles, significantly enhancing communication networks with increased data rates and improved performance for advanced mobile broadband experience.
• Ongoing maintenance and upgrades of tracking devices and 4G radios remain priority, ensuring constant firmware upgrades and regular updates on devices.
• Proactively troubleshooting devices as needed, swiftly addressing any issues that may arise to maintain seamless and uninterrupted functionality.

While on second attachment program, so much was there to learn. Some of the concepts encountered include:

1.Testing and commissioning of protection and control power transformers.

• Differential scheme test and transformer function tests ▪ Voltage regulating tests and over current relay tests ▪ Testing and commissioning of feeder/line protection and distance relay tests
• Circuit breaker testing and commissioning

2. Repair of distribution transformers in Electrical plant (E-plant) workshop

• Un-tanking, rewinding, assembling, oven drying, tanking and testing.

3. Transformer testing techniques:

❖ Vector group verification. Transformer turns and voltage ratio.

❖ Insulation resistance, no load and load loss measurement.

❖ Induced and applied over-voltage dielectric withstand tests. ❖ Transformer oil dielectric breakdown voltage tests.

· Phase balancing

· Transfer of loads

· Rehabilitation of jumpers

· Replacement of faulty TX

· Resagging

· Distribution Transformer Testing

As a volunteer trainee at Elko Tech Solutions during COVID-19, my focus was on gaining practical experience and learning about Access Control and CCTV installations. Responsibilities included:

• Participating in on-site assessments, adhering to health and safety guidelines to understand access control and CCTV needs in physical spaces.
• Collaborating with team members and mentors at Elko Tech Solutions to discuss project plans, timelines, and objectives in person.
• Engaging in hands-on training sessions and workshops to develop a solid understanding of access control and CCTV technologies.
• Conducting research on latest advancements and best practices in access control and CCTV systems applicable to on-site installations.
• Assisting in preparation of project documentation, including site-specific plans and installation procedures.
• Contributing to physical installation and configuration of access control systems, involving card readers, keypads, and biometric devices.
• Participating in installation of CCTV components, including cameras, DVRs, NVRs, and associated equipment.
• Collaborating on cable management strategies and ensuring proper connectivity for both access control and CCTV systems.
• Engaging in on-site testing processes to ensure functionality and integration of installed access control and CCTV systems.
• Adapting to changes and challenges posed by pandemic, such as implementing health protocols during installations.

This experience at Elko Tech Solutions provided valuable insights into security technology industry while actively participating in hands-on installations despite constraints imposed by COVID-19 pandemic.

During 4th academic year at Moi University School of Engineering, short solar training program was organized at Asai Farm and Zena Roses in Cheplaskei, Eldoret. Engaged in various activities during program, including:

• Mounting Racks Construction and PV Module Mountings: Participated in construction of mounting racks for solar panels and subsequent installation of photovoltaic (PV) modules. Involved hands-on work in assembling and securing racks to support solar panels.
• Module Stringing and Terminations: Contributed to process of stringing modules, ensuring proper connection and termination of solar modules. Included meticulous wiring and configuration to optimize overall performance of solar array.
• Power Panels and Cable Tray Installations: Played role in installation of power panels and cable trays, actively participating in organizing and securing electrical infrastructure to optimize functionality and simplify maintenance for solar power system.
• Laying of Underground Cables: Engaged in laying of underground cables, gaining practical experience in proper routing and installation of cables for solar power system. Ensured adherence to safety and design standards during installation process.
• Inverter Installation: Participated in installation of inverters, learning intricacies of configuring and setting up these crucial components in solar power system. Included understanding role of inverters in converting DC power generated by solar panels into usable AC power.

This hands-on training program provided practical insights into various aspects of solar energy systems, from construction and installation of components to wiring and configuration essential for efficient operation. Experience gained during this training further enhanced understanding of solar technology applications in real-world settings.

Inspection of Smart Meters for Large Power:

• Executed thorough inspections of smart meters tailored for large-scale power consumption, ensuring accurate and efficient functionality.

Installation of Smart Meters for Large Industries:

• Spearheaded installation process of advanced smart meters specifically designed for large industrial applications, contributing to enhanced energy management and efficiency.

Manual Reading of Electricity Bills and Voltage Assessment:

• Conducted manual readings of electricity bills and systematically checked voltages and power factors, demonstrating meticulous attention to detail in monitoring and analyzing power consumption data.

Capacitor Installation for Surge Voltage Mitigation:

• Installed capacitors strategically to lower surge voltage, actively contributing to stabilization and optimization of power distribution systems.

ZERA Tests Using RS 350:

• Proficiently performed Zera meter tests utilizing RS 350 equipment, ensuring accuracy and reliability of electrical measurements and readings.

Rewinding of Transformer Coils:

• Applied expertise in precise rewinding of transformer coils, contributing to maintenance and restoration of transformers for prolonged operational life.

Comprehensive Transformer Testing Techniques:

• Verified vector groups, ensuring precise transformer configurations.
• Conducted tests on transformer turns and voltage ratio, ensuring adherence to technical specifications.
• Evaluated insulation resistance to guarantee integrity of transformer insulation.
• Executed meticulous measurements of no-load and load losses for performance assessment.
• Performed induced and applied over-voltage dielectric withstand tests to validate transformer resilience.
• Conducted transformer oil dielectric breakdown voltage tests to assess insulating properties.

Transformer Oven Drying:

• Skillfully performed transformer oven drying processes, ensuring removal of moisture and maintaining optimal performance.

Continuous Improvement and Problem-Solving Contributions:

• Actively participated in continuous improvement initiatives by generating valuable suggestions and engaging in problem-solving activities, contributing to collaborative and innovative team environment.

Skill Development and Application for Operational Enhancement:

• Diligently learned and skillfully applied newly acquired competencies to daily tasks, resulting in noticeable improvement in operational efficiency and productivity.

Versatile Exposure Across Departments:

• Actively engaged in various departments, cultivating versatile skill set and gaining insightful perspectives into diverse facets of company's operations.

Adherence to Company Policies and Procedures:

• Demonstrated steadfast commitment to upholding and implementing company policies and procedures, ensuring consistent and compliant approach in all work-related activities.

Punctual Work Attendance and Project Completion:

• Consistently maintained punctual attendance and successfully met project deadlines, showcasing reliability and contributing to seamless progression of tasks.

Operational Enhancement through Dedication:

• Consistently contributed to operational improvements by demonstrating unwavering dedication, fostering culture of continuous improvement and excellence in work processes.

Training Period Skill Acquisition:

➢ Mechanical Designing:

• Acquired proficiency in creation and refinement of detailed mechanical designs, aligning with specific project requirements.

➢ Mechanical Welding:

• Developed expertise in various mechanical welding techniques, ensuring precision and durability in fabrication of mechanical components.

➢ Electronics Design and Fabrication:

• Mastered art of designing and fabricating electronic components, actively contributing to development of sophisticated electronic systems.

➢ PCB Design:

• Demonstrated mastery in PCB (Printed Circuit Board) design, ensuring optimal layout and functionality of intricate electronic circuits.

➢ Soldering Skills:

• Acquired precision soldering skills, crucial for meticulous assembly and connection of electronic components in complex systems.

➢ Networking and Internet of Things (IoT):

• Developed advanced proficiency in networking and IoT, facilitating seamless integration of interconnected systems and elevating overall connectivity within technological applications.