We aim to become the go-to quantum community hub, and our current business focus is on organizing and executing (online) quantum computing competitions & hackathons - akin to being similar to kaggle with a focus on quantum computing. With a history of orchestrating successful quantum hackathons globally and partnerships with major industry players, we’ve already seen six-figure revenues with more in the pipeline.
As we develop our platform and ecosystem, we seek a talented Chief of Staff to support our operations and business development efforts. This role offers an exciting opportunity for an early-career professional to grow alongside our company and shape the future of quantum computing.
What you will be doing:
Operations Support: Collaborate with the leadership team to streamline day-to-day operations, ensuring efficient workflow and decision-making processes.
Business Development: Analyze growth opportunities, identify potential partners, and contribute to generating new business for the company.
Strategic Planning: Assist in setting strategic objectives and aligning projects with aqora’s long-term vision.
Cross-Departmental Coordination: Serve as a bridge between different teams to ensure smooth communication and collaboration across departments.
Product Enhancement: Work closely with the product team to understand customer feedback and drive product improvements that meet client needs.
What you will need:
1-3 years of experience in business development, operations, or a related field.
Strong analytical skills with an ability to understand and interpret data.
Excellent communication and organizational skills, with an ability to manage multiple tasks simultaneously.
Entrepreneurial mindset with a passion for working in a fast-paced, innovative environment.
Background or interest in deep tech and startups.
Eagerness to learn and grow professionally.
Ability to work well as part of a team and take initiative in a dynamic environment.
This opportunity is a chance to shape the foundation of aqora and make a significant impact in the quantum computing field.
