Stem Cell Research Specialist II: Neurodegeneration Focus

The Johns Hopkins University; Baltimore (MD); On-site; USD 42,000 - 74,000; Full time

Job summary

The Johns Hopkins University in Baltimore seeks a Research Specialist II to develop assays and protocols for PI approval and to design experimental approaches for laboratory projects. The role involves conducting sophisticated assays, troubleshooting, and guiding other laboratory personnel.

The individual will work with human pluripotent stem cells, CRISPR-based models, and various neural cell types, contributing to manuscripts and new technique development.

Qualifications

• Bachelor's degree in Biology, Chemistry or related field.
• Two years of laboratory experience performing relevant techniques.
• Education substitutions allowed per policy.

Responsibilities

• Conduct assigned laboratory projects.
• Utilize specialized knowledge to interpret results (read controls, evaluate results).
• Work independently and use scientific knowledge to make judgments and decisions.
• Teach/train learners and new technicians in the laboratory.
• Guide and facilitate problem solving for entry-level staff.
• Contribute to protocol development, efficiency and productivity.
• Collaborate in the development of new techniques and instruments.
• Apply published methods to current work and discuss with PI.
• Prepare manuscripts and proposals.
• Process data into figures for publications.
• Order equipment and supplies, interfacing with vendors.
• Other duties as assigned.

Skills

Lab experience

Independent judgment

Education

Bachelor's degree in Biology, Chemistry or related field

Master's degree with related graduate research

Job description

The Johns Hopkins University in Baltimore seeks a Research Specialist II to develop assays and protocols for PI approval and to design experimental approaches for laboratory projects. The role involves conducting sophisticated assays, troubleshooting, and guiding other laboratory personnel.

The individual will work with human pluripotent stem cells, CRISPR-based models, and various neural cell types, contributing to manuscripts and new technique development.