Westchester County, located in New York, is making significant strides in the field of quantum computing. With companies like IBM in Yorktown Heights and SEEQC in Elmsford leading the charge, there are numerous career opportunities emerging in the quantum sector. Deborah Novick, the Director of Entrepreneurship and Innovation for Westchester County, emphasizes the need for individuals with advanced degrees in quantum computing to drive the field forward.
The county’s focus on quantum computing has been bolstered by the CHIPS Act, which allocates funds for training new workers in semiconductors and telecommunications. Olivia Lanes, the North American Team Lead for Qiskit, a quantum computing program developed by IBM, highlights the unique challenges and immense potential of quantum computing. She explains that quantum computers operate based on different physical laws, requiring specialized algorithms, processors, and infrastructure.
At SEEQC, a quantum computing startup based in Westchester, a diverse range of career opportunities are available. From process engineers to quantum computing research scientists, the company is seeking individuals with various specialties and skills. SEEQC’s CEO, John Levy, notes that while the current team consists mainly of PhD holders, future hires will likely include individuals with STEM bachelor’s or master’s degrees.
SEEQC not only designs and tests quantum chips but also manufactures them in Westchester. The company recently secured $22.4 million in Series A funding, signaling its commitment to developing commercially viable quantum computing systems. Levy anticipates job growth in areas such as chip testing and production as SEEQC continues to scale up its operations.
IBM, a global leader in technology, also offers promising career opportunities in quantum computing at its Thomas J. Watson Research Center in Yorktown Heights. With a substantial investment in computation manufacturing, including chip research and development, IBM is at the forefront of quantum innovation. Lanes mentions IBM’s internship programs and virtual summer classes, which provide valuable learning opportunities for individuals interested in quantum computing.
The expanding field of quantum computing requires a diverse range of skills, from engineering and physics to computer science and business. Lanes emphasizes the importance of finding candidates who can blend technical expertise with business acumen. Beyond individual companies, Westchester County is actively working to promote awareness, development, and career training in quantum computing through initiatives like the QUANTM consortium.
The QUANTM consortium, comprising over 40 stakeholders from various organizations and institutions, aims to foster research and job growth in Westchester’s quantum computing sector. Events like the NYC HAQ hackathon and the NYC Quantum Summit provide platforms for learning and networking in the quantum field. Levy underscores the significance of New York State in shaping the future of quantum computing, highlighting the collaborative efforts of academic, government, and private sectors in advancing the technology.
In conclusion, Westchester County’s foray into quantum computing presents exciting opportunities for individuals interested in this cutting-edge field. With a focus on innovation, collaboration, and skill development, the county is poised to become a hub for quantum technology in the region. As quantum computing continues to evolve, the demand for skilled professionals in this field is expected to grow, offering a promising career path for those looking to make an impact in the world of technology.