Alejandro Pinto
Alejandro Pinto

Hello, I'm
Alejandro Pinto

Tech Manager & Tech Lead

Passionate about innovation, agile methodologies, and continuous improvement. I specialize in leading technical teams and driving digital transformation through effective leadership and cutting-edge technology solutions.

Alejandro Pinto

Professional Profile

As a Tech Manager and Tech Lead, I combine technical expertise with leadership skills to drive innovation and deliver exceptional results. My approach focuses on empowering teams, optimizing processes, and leveraging cutting-edge technologies.

Leadership

Guiding technical teams with clear vision and strategic direction to achieve organizational goals.

Mentorship

Nurturing talent and fostering professional growth through knowledge sharing and guidance.

Digital Transformation

Leading organizations through technological evolution to enhance efficiency and innovation.

Full-Stack Development

Comprehensive expertise across the entire development stack, from frontend to backend technologies.

Agile Methodologies

Implementing and optimizing agile frameworks to enhance team productivity and product delivery.

Collaboration

Building bridges between technical and business teams to align technology with organizational objectives.

Competencies & Skills

An overview of my technical expertise and interpersonal strengths, showcasing my proficiency in software development, leadership capabilities, and commitment to agile methodologies and collaborative teamwork.

JavaScript / TypeScript
React
Vue.js
Angular
NodeJS
Next.js
GraphQL
C#
Java
Azure
AWS
API REST
Microfrontends
Flask
.NET Framework
Python
Spring
Struts

Cloud (AWS)

Lambdas
EC2
ECS
CloudFormation
S3
CloudFront
CloudWatch
SQS
SNS
EventBridge
Step Functions

Tools & Platforms

Git
Docker
Kubernetes
Jenkins
Datadog
Dynatrace
NewRelic
JIRA
Confluence
Figma

Databases

MongoDB
PostgreSQL
MySQL
Oracle
Redis
DynamoDB

Professional Experience

Summary of my career journey, highlighting key roles, achievements, and contributions across various projects and organizations within the technology sector.

Technical Tribe Lead

BICE Vida

Jan. 2024 - Oct. 2024

Led a tribe of multiple agile teams, overseeing technical direction and implementation of strategic initiatives. Facilitated cross-team collaboration and alignment with business objectives.

Technical Manager

BICE Vida

Jul. 2023 - Dec. 2023

Managed technical teams and resources, established technical standards, and ensured alignment with organizational goals. Implemented process improvements and mentored team members.

Technical Lead

BICE Vida

Apr. 2022 - Jul. 2023

Provided technical leadership for development teams, designed system architecture, and guided implementation of complex features. Collaborated with stakeholders to define technical requirements.

Software Developer Engineer

BICE Vida

Feb. 2021 - Apr. 2022

Developed and maintained web applications using modern JavaScript frameworks. Collaborated with cross-functional teams to deliver high-quality software solutions.

Software Developer Engineer

Principal Financial Group

Jun. 2018 - Feb. 2021

Developed and maintained financial applications, implemented cloud migration strategies, and contributed to the adoption of microfrontend architecture.

Full Stack Engineer

University of Concepción

May. 2017 - Jun. 2018

Designed and developed the Lectum platform, a digital solution for academic document management. Implemented full-stack solutions using modern web technologies.

Highlighted Projects

A selection of impactful projects that demonstrate my technical skills, problem-solving abilities, and innovative approach in delivering high-value solutions.

Digital Channels Transformation
BICE Vida

Led the transformation of digital channels and implemented OKRs methodology to align technical initiatives with business objectives. Resulted in improved user experience and increased digital adoption.

React
Node.js
Microfrontends
AWS
GraphQL
Cloud Migration & Microfrontend Transition
Principal Financial Group

Spearheaded the migration of legacy applications to Azure cloud and implemented microfrontend architecture. Improved scalability, reduced deployment time, and enhanced team autonomy.

Azure
Kubernetes
Vue
Microfrontends
CI/CD
Lectum Platform
University of Concepción

Developed and implemented the Lectum platform, a comprehensive solution for academic document management. Enhanced accessibility and streamlined document workflows for faculty and students.

Python
Flask
PostgreSQL
JavaScript
RESTful APIs

Education & Certifications

Academic background and professional certifications that support my technical expertise and continuous learning in the field of technology.

Academic Education

Master in Computer Science
University of Concepción | 2014 - 2016

Focused on advanced algorithms, data structures, and computational theory. Conducted research on efficient data representation and query optimization.

Engineer in Computer Science
University of Concepción | 2010 - 2015

Comprehensive education in software engineering, database systems, computer networks, and software architecture. Graduated with honors.

Bachelor of Engineering Sciences
University of Concepción | 2010 - 2014

Focused on software development methodologies, project management, and system design.

Professional Certifications

  • Leadership Techniques in the Digital Age

    University of Los Andes2023

  • Application of Communication Techniques

    Moove2022

  • Leadership and Empowerment Techniques for Task Execution

    Moove2022

Publications & Conferences

A selection of my contributions to the field through publications and conference presentations, showcasing my research and engagement with the academic and professional community.

Improved Queryable Representations of Rasters

Presented novel approaches for efficient querying and representation of raster data in geospatial applications. Proposed algorithms demonstrated significant performance improvements for large-scale datasets.

Listing Dense Subgraphs in Small Memory

Introduced memory-efficient algorithms for identifying dense subgraphs in large network datasets. The proposed methods enabled analysis of complex networks with limited computational resources.