Experienced researcher specializing in Internet of Things (IoT) networks and their integration with Radio over Fiber (RoF) systems. His work focuses on designing efficient architectures, enhancing data transmission reliability, and developing innovative solutions for high-speed, low-latency communication. Passionate about advancing smart infrastructures and next-generation connectivity.

> Teaching and helping students with doubts in the subjects: Algorithm design and analysis, web development and computer science topics.> Conducted tutorials and provided individualized support to students, fostering a collaborative learning environment.> Development of educational materials and assessments

As part of my doctoral project, I worked on the development and characterization of optical frequency comb generators. Using different electro-optical modulators in cascaded arrangements, the main goal was to achieve optical combs with uniform amplitudes of the spectral lines. Mathematical models were implemented in Python and unsupervised learning algorithms were used to analyze the generated data. The results were tested experimentally and the documented results were published.Secondary projects1. Software development for FTTH networks (Mar - July 2023):Engaged in a dynamic project focused on developing software for simulating and calculating budgets in passive optical networks. Implementing innovative algorithms to optimize the use of optical fibers, contributing to advances in optical network planning and resource management.2. Big data and machine learning in COVID-19 research (Mar - July 2021):Played a central role in a collaborative research initiative that utilized computational tools for Big Data analysis during the Covid-19 pandemic in Peru. Utilized Python, the Pandas library, and KMeans for predictive analytics to present a multidisciplinary approach to understanding and addressing the impact of the pandemic.Contribution to other research projects:1. Characterization of the frequency noise of semiconductor lasers: Actively participated in a study to analyze frequency noise in semiconductor lasers using the self-homodyne method. Utilized computational methods to experimental data to successfully identify different types of noise, including Lorentz and Gaussian noise.2. Optical fiber coupling with conical microlenses:Project to characterize fibers with conical microlenses. The focus was on their performance in lateral coupling with optical chips. Use of mode modeling in Lumerical software to evaluate their efficiency.

Assisted professors in planning and delivering lectures for the Waveguide Theory course.> Conducted tutorials and provided individualized support to students, fostering a collaborative learning environment.> Graded assignments and exams, providing constructive feedback to enhance student performance.> Assisted in the development of educational materials and assessments.

> Planning, design an deployment FTTH network.> Oversee Daily field operations: coordinate activities of splicers in the field across multiple markets.> Ensure jobs are completed, and closed in systems for accurate tracking and billing> Ensure field techs are adequately trained and capable of performing assigned duties> Review design drawings to check and validate path and address conflicts.> Identify and align training needs and gaps based on new hire training assessments including training on meters and other test equipment with field staff.

Assisted professors in planning and delivering lectures for the Electromagnetism and Calculus courses.> Conducted tutorials and provided individualized support to students, fostering a collaborative learning environment.> Graded assignments and exams, providing constructive feedback to enhance student performance.> Development of educational materials and assessments.

> Responsible for planning, coordinating, and completing the fiber optics and coaxial cable deployment process for DOCSIS systems for Claro Peru company.> Test and activation of electro-optical nodes, RF amplifiers and network terminations in the taps.> Used fiber optics tools: OTDR, Power Meter, VFL, Fusion Splicer, and Continuity Tester.Changing and updating network plans due to route problems> Responsible for planning, coordinating, and completing the fiber optics and coaxial cable deployment process for DOCSIS systems.> Trained new technicians in the operation and testing of all telecom equipment.> Successfully handled a team of more than 15 subordinates.

> Experience using RF lab equipment including VNA (Vector Network Analyzer), power meters, spectrum analyzers, vector signal generators, and vector network analyzers for measurements.> Writing and creating test plans for products.> Assembling RF test accessories.> RF network planning, site survey, design, commissioning and testing.> Spectrum scanning to avoid interference, planning spectrum channels, microwave links and topology design.> IP addressing, routing and switching, VLAN, Carrier Ethernet.> Measurements of return loss (ROE) in backbone microwave links and measurements of bit error rate (BER).

> General RF system installation for the BTS (Base Transceiver Station), including antennas, azimuth, elevation, tilt, waveguides, booster, TMA (Tower Mounted Amplifier) and Metro Site, Ultra Site equipment.> Use of drive test tools (SAM NOKIA) for measurements of the BTS-BSS system to identify parameters and mechanical configurations that need to be changed in the network optimization phase.> Search for candidates for the development of 2G/3G base stations and TSS (Technical Site Survey).> Design and implementation of PDH Microwave Links with NEC equipment and IP network management system of the system for Telefónica del Perú, Claro and electricity companies.> RF interference analysis to prepare frequency plan for Ericsson SDH Microwave links.

Data encryption project using AES-CCM algorithm for point-to-point data transmission.