Luis Humberto Ramirez Herrera

Working as an Electrical Test Engineer at Samsung has been an extraordinary professional and personal experience. Throughout my career, I have had the opportunity to face complex technical challenges, collaborate with multidisciplinary teams, and contribute to the development of innovative products that reach millions of users around the world.

My interest in electrical engineering began at university, where I studied Electronic Engineering. During my studies, I specialized in power systems and test technologies, areas that have always fascinated me due to their importance in the reliability and efficiency of electronic devices. Upon graduation, I was fortunate to join Samsung, one of the world's leading technology companies. From the beginning, I knew that this was an opportunity to grow both professionally and personally. As an Electrical Test Engineer at Samsung, my responsibilities are varied and range from designing and executing tests to collaborating with other departments to ensure the quality of our products. Below, I describe some of the most notable responsibilities of my role:

1.Test Design and Execution.

2.Results Analysis.

3.Interdepartmental Collaboration.

4.Innovation and Continuous Improvement.

Working in such a dynamic and demanding environment as Samsung presents numerous challenges. However, each of these challenges has been an opportunity to learn and grow. Below I describe some of the most significant challenges I have faced:

1.Adapting to Evolving Technology.

2.Managing Complex Projects.

3.Problem Solving.

4.Teamwork and Communication.

Working as an Electrical Test Engineer at Samsung has been an extraordinary professional and personal experience. Throughout my career, I have had the opportunity to face complex technical challenges, collaborate with multidisciplinary teams, and contribute to the development of innovative products that reach millions of users around the world.

My interest in electrical engineering began at university, where I studied Electronic Engineering. During my studies, I specialized in power systems and test technologies, areas that have always fascinated me due to their importance in the reliability and efficiency of electronic devices. Upon graduation, I was fortunate to join Samsung, one of the world's leading technology companies. From the beginning, I knew that this was an opportunity to grow both professionally and personally. As an Electrical Test Engineer at Samsung, my responsibilities are varied and range from designing and executing tests to collaborating with other departments to ensure the quality of our products. Below, I describe some of the most notable responsibilities of my role:

1.Test Design and Execution.

2.Results Analysis.

3.Interdepartmental Collaboration.

4.Innovation and Continuous Improvement.

Working in such a dynamic and demanding environment as Samsung presents numerous challenges. However, each of these challenges has been an opportunity to learn and grow. Below I describe some of the most significant challenges I have faced:

1.Adapting to Evolving Technology.

2.Managing Complex Projects.

3.Problem Solving.

4.Teamwork and Communication.

Graduated and qualified electronic engineer, with a great interest in learning and applying my knowledge in the professional field. Looking for a job opportunity in which to develop my skills and gain experience. I am a person capable of performing the requested tasks, with technological and interpersonal skills. I strive to guarantee excellent results, with a solid knowledge of electronics, programming in C, C#, python and SQL language. Able to work in a team and independently, according to needs, being versatile and capable of simultaneously performing several tasks.

ACADEMIC BACKGROUND 

Electronics engineer graduated in December 2022. Autonomous University of Baja California, Otay Unit – Tijuana BCN. 

ACADEMIC EXPERIENCES 

1. Provide academic tutoring at UABC in the subjects of differential calculus, integral calculus, higher algebra, differential equations and programming. 

2. Design, create, assemble and solder (with a soldering iron) PCBs. 

3. Carry out design and modeling practices of Digital Control using a microcontroller and send information to execute specific tasks. 

4. Make different controllers (P, PI, PD and PID), to control different mechanisms (speed and position of a vehicle (with engine, mechanized crane arm at 1:50 scale, etc.) both analogically and digitally. 

5. 4-band equalizer (regulating the low-pass, high-pass, band-pass and band-reject filters), regulating the sound volume, both mono and stereo. 

6. Make use of structured programming in C, Python and SQL languages to solve different problems such as user data storage, file operations from a GUI such as: opening, closing, editing or deleting a document stored on a PC, etc. 

7. Handling basic electronic tools, such as: multimeter, oscilloscope, function generator, vernier, dynamometer, optical microscopes and analog and digital power supplies.