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CEPEL Tech Stack

Electric power research and grid modernization for Latin America

Research Services Rio de Janeiro, RJ 501–1,000 employees Founded 1974 Public Company

CEPEL is a public research institute under Brazil's Eletrobrás system focused on electrical grid innovation—generation, transmission, and distribution. The tech stack reveals a traditional HPC and simulation environment (C++, Boost, MPI, OpenMP, valgrind) paired with modern DevOps tooling (Git, GitHub Actions, Jenkins), suggesting active modernization of legacy computational models. Current hiring spans research, engineering, and operations roles at mixed seniority levels, with pain points centered on client retention and cross-selling, indicating a shift from pure R&D toward commercial partnerships.

Tech Stack 22 technologies

Core StackC++ GitHub Actions Jenkins Linux Make Jira SAP Git Subversion CppUnit CMake Boost Conan OpenMP MPI valgrind gprof Doxygen Sphinx Microsoft Office Microsoft Project GLPI

What CEPEL Is Building

◆Challenges

Retaining key clients
Cross-selling opportunities
Meeting cost-time-scope kpis
Risk mitigation
Portfolio management

▲Active Projects

Curva do pato
Labme device development
Researcher collaboration with external agencies
New project funding proposals
Intellectual property protection

Hiring Activity

Accelerating6 roles · 3 in 30d

Department

Research

2

Engineering

1

HR

1

Ops

1

Sales

1

Seniority

Intern

2

Senior

2

Junior

1

Mid

1

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About CEPEL

CEPEL was founded in 1974 as Brazil's primary electrical energy research center, operating from Rio de Janeiro as part of the Eletrobrás holding. The institute has accumulated over five decades of capability in electrical engineering, power system modeling, and laboratory testing across generation, transmission, and distribution domains. With 501–1,000 employees and public ownership, CEPEL operates as a research and development organization serving utilities, regulators, and industrial clients across Latin America. Current project focus includes grid modernization work (referenced as 'curva do pato' duck-curve analysis), hardware device development, and structured intellectual property protection, balanced against operational challenges in project delivery and client portfolio management.

HeadquartersRio de Janeiro, RJ

Company Size501–1,000 employees

Founded1974

Hiring MarketsBrazil

Frequently Asked Questions

What technology does CEPEL use for power grid simulation?

CEPEL's primary stack is C++ with high-performance computing libraries (Boost, MPI, OpenMP) and profiling tools (valgrind, gprof), alongside Git/GitHub Actions for version control and Jenkins for CI/CD—typical for large-scale computational modeling in power systems.

What are CEPEL's main research projects?

Active projects include duck-curve analysis ('curva do pato'), hardware device development (LabME), external researcher collaboration, new funding proposals, and intellectual property protection strategy aligned to grid modernization priorities.