Working student (m/f/d) for B2B Marketing in Quantum Computing Start-Up

Your role

Dealing at the forefront of the cutting-edge Quantum Computing technology, Kipu Quantum is looking for a motivated Working Student to support our marketing team in driving awareness and engagement for our quantum solutions. The focus of this position is on technology marketing, i.e. strategic B2B marketing activities aimed at industry experts such as investors, scientists and strategic decision-makers.

Your responsibilities

• Assist in creating and executing digital B2B marketing efforts, including content creation and targeted B2B campaigns
• Manage and optimize CRM tools and our social media activities on LinkedIn to engage with enterprise customers
• Support the planning and execution of marketing campaigns, product launches, and industry events
• Collaborate with internal teams and external agencies to ensure effective communication of complex technological topics
• Support our marketing team in operational day-to-day tasks

Your profile

• You are a Bachelor (> 3rd Semester) or Master student enrolled at a German university with focus on Marketing, Economics, Business Administration, or a related field
• You have gained first practical experience in B2B Marketing, e.g. in internships, ideally in a Start-Up environment
• You are interested in high-tech industries and are able to translate complex technologies into convincing marketing content.
• Experience with CRM tools (e.g. Hubspot), CMS tools and image editing tools (e.g. Photoshop or Lighroom) is an advantage
• Strong verbal communication skills for collaborating with teams and external partners like 
• Creative mindset with the ability to adapt quickly to new challenges 
• Fluency in English and German

Why join us?

• At Kipu Quantum, you have a unique opportunity to shape the future of technology by contributing to one of the most exciting startups in quantum computing. Your work will have a lasting impact as we tackle groundbreaking challenges and redefine what is possible in this cutting-edge field
• Take the exceptional opportunity to learn and grow, supported by dedicated mentorship at the start of your professional journey
• We pride ourselves on fostering a collaborative, international culture where openness, transparency, and innovation thrive. Here, you will be part of a team that genuinely cares about our work and each other
• Enjoy the flexibility to balance your professional and personal life with our adaptable working hours and the option to work up to 100% remote
• Compensation per hour: 17,00 EUR gross

Contact

Is this you? We hope so!
Are you confident that our mission can’t succeed without YOU on board? Don’t hesitate - submit your application today using our online form! Be sure to include your CV (in English or German) and your earliest possible start date. Have questions or want to discuss the role in more detail? Reach out to Svenja Anderer, our Lead People & Culture at Kipu Quantum. We’d love to hear from you!

WEB.https://kipu-quantum.com/career/ 
MAIL.    
MOBILE. 0049 172 399 5868

KARLSRUHE OFFICE. Kipu Quantum GmbH, Roonstraße 23a, 76137 Karlsruhe
BERLIN OFFICE. Kipu Quantum GmbH, Greifswalder Str. 212, 10405 Berlin

About us

Kipu Quantum is a German startup focused on quantum computing, with offices in Karlsruhe and Berlin. We specialize in developing quantum algorithms tailored for specific applications and hardware. Our solutions help various industries, including pharmaceuticals, chemicals, logistics, and finance, to tackle complex problems using existing quantum hardware. We aim to make practical quantum computing accessible by significantly reducing the time needed to achieve quantum advantage for real-world applications.
In December 2023, Kipu Quantum secured €10.5 million in seed funding, led by HV Capital and DTCF (DeepTech & Climate Fonds), with participation from Entrada Ventures, Quantonation, and First Momentum Ventures. This funding will support the development of our hardware-specific quantum algorithms and accelerate the commercialization of our quantum solutions.