Senior Scientist Job For PhD At ImmunitasBio Pvt Ltd.
Senior Scientist Job For PhD in Molecular Biology, Virology, Gene Therapy & Immunology At ImmunitasBio Pvt Ltd. Interested Candidates can check out the details below and Apply Online.
Job Title: Senior Scientist – Gene Therapy & Cell Engineering
Job Location: Full-time, based in Bengaluru
Job Company: ImmunitasBio Pvt Ltd.
Job Description
They are seeking an accomplished Senior Scientist with a strong background in Molecular Biology, Gene Editing, and Cell Biology to join our group. As a Senior Scientist, you will harness your extensive expertise to pioneer synthetic biology techniques that address intricate challenges and lead projects related to groundbreaking gene therapies for cancer and various diseases. Your experience in laboratory research and proficiency in supervising
technical teams will be instrumental in advancing our innovative initiatives. This role necessitates exceptional interpersonal skills and a collaborative spirit to engage effectively with cross-functional teams within the organization.
Responsibilities:
• Spearhead the evaluation and development of cutting-edge processes and technologies to facilitate the advancement of novel gene-modified cells.
• Apply principles of synthetic biology to conceive, test, and optimize DNA and RNA constructs that enhance gene transfer and integration efficiency.
• Conduct human T cell
transductions, oversee the generation of Plasmid, dsDNA, and mRNA, and conduct a spectrum of essential assays including PCR, NGS, flow cytometry, xCELLigence, ELISA, ELISPOT, and other immunoassays.• Independently devise innovative assays and constructs for the genetic modification of human cells.
• Assess the feasibility and suitability of emerging technologies and products for efficient gene transfer applications.
• Methodically analyze, document, and present experimental findings in compliance with company standards.
• Formulate comprehensive reports, contribute to publications, and deliver oral presentations to communicate research outcomes effectively.
• Develop strategic work plans for both internal and external collaborations, ensuring meticulous execution to meet project milestones.
• Offer guidance and mentorship to technical staff; potentially oversee scientific and technical teams directly or indirectly.
• Flexibility for occasional weekend and evening work may be required.
• Engage in other tasks as assigned to support the organization’s research endeavors.
Basic Qualifications:
- A Ph.D. in Molecular Biology, Virology, Gene Therapy, Immunology, or a related field, accompanied by substantial experience in molecular biology.
- A minimum of 5 years of pertinent research involvement.
- Demonstrated prior experience in leading and managing scientific and technical personnel.
- Proficiency in developing Plasmid, dsDNA, and mRNA constructs, gene editing, cloning, PCR, NGS, cell
culture, flow cytometry, cell viability assays, and fundamental immunoassays. - Comprehensive exposure to gene therapy or gene editing, encompassing viral and non-viral vector
development, expertise in transfection and transduction methodologies. - Proficient utilization of cell-based analytical techniques and applications of flow cytometry.
- Proven ability to independently design, conduct, analyze, and present research projects.
- Effective multitasking abilities coupled with strong organizational skills.
- Exceptional written and verbal communication aptitude.
- Comfort in a dynamic, fast-paced small company environment; adept at independent work and adaptability to evolving research priorities.
How to Apply:
To apply write to us with a cover letter and CV to [email protected]. Only shortlisted candidates will be called for an interview.
Here are five interview questions and sample answers for the Senior Scientist – Gene Therapy & Cell Engineering position at ImmunitasBio Pvt Ltd:
1. Can you describe your experience with synthetic biology techniques and their application in gene therapy research?
Sample Answer: In my previous role as a Senior Scientist at XYZ Biotech, I led projects that extensively utilized synthetic biology techniques in the context of gene therapy research. I applied principles of synthetic biology to design and optimize DNA and RNA constructs, enhancing gene transfer and integration efficiency. These constructs played a pivotal role in the development of novel gene therapies for cancer and other diseases. My expertise in this area allowed us to achieve significant advancements in our research efforts.
2. Could you provide an example of a challenging project you led in the field of gene therapy or cell engineering, and how you successfully addressed the challenges?
Sample Answer: One challenging project I led involved the development of a viral vector for efficient gene delivery in gene therapy. We faced issues related to vector stability and transduction efficiency. To overcome these challenges, I collaborated closely with my team to design a novel viral vector and optimized transduction protocols. Through systematic experimentation and rigorous analysis, we not only improved vector stability but also significantly enhanced transduction efficiency. This project resulted in a successful gene therapy platform that showed promising results in preclinical studies.
3. How do you stay updated with the latest advancements in molecular biology, gene therapy, and cell engineering?
Sample Answer: Staying current with advancements in these fields is essential. I regularly read scientific journals, attend conferences, and participate in webinars to keep myself informed about the latest research and technologies. Additionally, I actively engage in discussions with colleagues and collaborators to exchange knowledge and insights. This proactive approach ensures that I can integrate the most recent innovations into my work and contribute to cutting-edge research.
4. In your experience, what is the most significant contribution you’ve made to a cross-functional team within an organization, and how did your collaborative skills play a role?
Sample Answer: One of the most significant contributions I made was during a project where we needed to integrate our gene therapy research with the efforts of the manufacturing and regulatory teams. My collaborative skills played a crucial role in facilitating effective communication between these cross-functional teams. I established regular meetings, developed a shared project timeline, and ensured that everyone understood the project’s objectives and milestones. This collaborative effort resulted in a seamless transition from research to product development, ultimately expediting our progress and achieving project success.
5. How do you approach mentoring and guiding technical staff, and what strategies do you employ to foster their professional growth?
Sample Answer: Mentoring and guiding technical staff are essential responsibilities. I approach this by providing clear expectations, offering constructive feedback, and creating opportunities for skill development. I encourage team members to take ownership of their projects and provide guidance when needed. Additionally, I promote a collaborative and inclusive work environment where ideas are valued, and continuous learning is encouraged. Through regular one-on-one meetings and mentoring sessions, I aim to empower my team members to reach their full potential and contribute effectively to our research goals.
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