Senior Scientist - Organic Chemist, High-Throughput Experimentation

Founded in 1999, Asymchem has grown into a leading global integrated Contract Development and Manufacturing Organization (CDMO), renowned for its innovative solutions and commitment to excellence. Our mission is to drive smarter, greener, and more cost-effective manufacturing to support pharmaceutical and biotech research and commercialization. We recently announced the acquisition of research laboratories and a small molecule API pilot plant at Discovery Park, Sandwich, UK, establishing our first manufacturing facility in Europe and expanding our capabilities to meet the needs of global clients. The Sandwich facility will act as the flagship site for European R&D and we are looking to recruit into key roles. This is a fantastic opportunity to join an innovative, collaborative, dynamic team of scientists and help shape our operations and the future of our organisation.

We offer competitive compensation, a flexible benefits package including health insurance, retirement plans, opportunities to buy or sell holidays, as well as a good work-life balance. Enjoy a fun and rewarding career with daily opportunities to collaborate with highly talented scientists. The successful candidate will have a passion for synthetic organic chemistry and a desire to join our highly innovative High-Throughput Experimentation (HTE) group, playing a pivotal role in advancing research and development.

As a key member of the team, you will be responsible for designing and developing efficient routes and processes for the large-scale manufacture of small molecules, including complex Active Pharmaceutical Ingredients (APIs), for the pharmaceutical and other industries. Using state-of-the-art technologies and robotics, you will contribute to the development of novel synthetic methodologies, from organometallic chemistry to biocatalysis. With your expertise in organic chemistry and a strong understanding of the contemporary literature, you will play a crucial role in driving our projects forward and making a meaningful impact on patients' lives.

At Asymchem UK, we foster a dynamic work environment focused on process chemistry excellence, collaboration, innovation, and personal growth. Engage in wider departmental science and share your knowledge.

• Develop advanced skills in data-centric process design, enabling the development of the most efficient, sustainable, robust and safe large-scale manufacturing processes.
• Deliver innovative solutions to chemical challenges utilising state-of-the-art automated technologies to execute and analyse high-throughput reaction screens.
• Utilise statistics, machine learning and data visualisation approaches to gain compelling insights into chemical reactions and processes.
• Become an industry recognised subject matter expert in HTE, whilst gaining valuable experience in delivering scientific excellence through others.
• Apply a continuous improvement mindset to identify opportunities for improved work processes to deliver increased productivity, value and quality.

A Ph.D. in Chemistry is required. While a background in related areas such as laboratory automation, High-Throughput Experimentation, or organometallic chemistry is desirable, it is not essential. We value a strong foundation in organic chemistry and a willingness to learn.

Extensive knowledge of contemporary literature and organic chemistry, including synthetic reagents, methodologies, reaction mechanisms, reaction work-up, and isolations. Creative and analytical problem-solving skills, with a proven ability to apply knowledge to new challenges and develop innovative solutions. Experience in overseeing scientific projects and providing colleague mentorship is highly desirable.

We believe that diversity drives innovation and success, and we are dedicated to providing personalised mentorship and career development opportunities to support the professional growth of all employees. Join us in creating a workplace where diversity is celebrated, and inclusivity is at the heart of everything we do.