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Working Student (MUC) – Applied AI & Optimization Specialist (m/f/x)

  • Internship
    Full-time
    Summer Internship
  • Data
    Engineering
  • Frankfurt

AI generated summary

  • You should have a solid grasp of mathematical optimization, programming skills in Python/C++, and be pursuing a BSc/MSc in a related field with a passion for solving critical problems.
  • You will develop optimization models, enhance algorithms, and collaborate with teams to create interactive tools for decision-makers in various industries.

Requirements

  • Strong foundation in mathematical optimization concepts and algorithms, with enthusiasm to learn and grow.
  • Familiarity with programming languages like Python and C++ (experience with solvers like Gurobi or CPLEX is a big plus!).
  • Currently pursuing a BSc or MSc in Computer Science, Mathematics, or a related field.
  • Passion for using math and technology to solve the world’s most pressing problems.

Responsibilities

  • Build and implement cutting-edge optimization models for problems that truly matter—think workforce scheduling, global supply chains, and energy-efficient production.
  • Collaborate on refining and improving our next-generation algorithms to adapt to complex, dynamic business needs.
  • Work closely with engineering and business teams to create interactive tools that bring optimization into the hands of decision-makers.

FAQs

What is the main focus of Quantagonia's work?

Quantagonia focuses on making real-time, AI-powered optimization accessible for businesses, tackling challenges such as logistics, distribution, scheduling, and production optimization.

What type of tasks will I be responsible for in this role?

You will build and implement optimization models, collaborate on refining algorithms, and create interactive tools for decision-makers.

What qualifications are required for the Working Student position?

You should have a strong foundation in mathematical optimization concepts, familiarity with programming languages like Python and C++, and be currently pursuing a BSc or MSc in Computer Science, Mathematics, or a related field.

Is prior experience with specific software or tools necessary for this role?

While not mandatory, experience with optimization solvers like Gurobi or CPLEX is a big plus.

What learning opportunities does Quantagonia offer to its employees?

Employees have access to mentorship from industry leaders, opportunities for rapid personal and professional development, and the chance to work alongside pioneers in optimization and AI.

What is the working model for this position?

The job follows a hybrid working model, with the preference for on-site work in Frankfurt am Main or Munich, Germany, and a maximum of 1-2 remote workdays per week.

Will I be compensated fairly for my work?

Yes, Quantagonia ensures that your work is valued and you are fairly compensated for your skills and dedication.

What are the benefits of working at Quantagonia?

Benefits include the opportunity to shape the future of decision-making, work on impactful technology, personal and professional growth, a flexible work schedule, and the chance to learn from industry experts.

Do I need to be located in Germany to apply for this position?

While the main offices are in Germany, if you are working remotely, you must be located in an EU country.

How can I apply for the Working Student position?

You can apply by following the application process outlined on Quantagonia's careers page or the specific job listing.

It's your decision. Classical and Quantum. Today.

Technology
Industry
11-50
Employees
2021
Founded Year

Mission & Purpose

Quantagonia is a technology company that specialises in quantum computing solutions, focusing on the development of quantum software and hybrid computing systems. Their ultimate mission is to bridge the gap between classical and quantum computing, enabling businesses to harness the power of quantum technology for real-world applications. The purpose of Quantagonia is to provide innovative and scalable quantum computing solutions that enhance computational capabilities, solving complex problems more efficiently than traditional methods. They aim to drive the adoption of quantum technology across various industries, contributing to technological advancement and helping organisations achieve breakthrough performance in data processing, optimisation, and analytics.