Opening for Research Technologist at ExxonMobil- Apply Now
Job Title: Research Technologist – Film Testing
- Research technologist (RT) for film application works in collaboration with internal customers in the areas of film applications for both Polyethylene & Poly propylene.
- RT is responsible to conduct laboratory testing activities in conformance to international standards, ExxonMobil in house methods to help business to create value of ExxonMobil’s performance product in the market.
Roles & Responsibilities of Research Technologist at ExxonMobil:
- Operate in highest ethical manner in compliance to ExxonMobil’s safety, control, quality expectations
- Conduct laboratory testing activities as per international standards / ExxonMobil’s in house methods
- Maintain laboratory testing equipment’s in healthy state by managing routine calibration, maintenance or other quality control parameters.
- Collaborate within team, cross functional team, demonstrate GI behaviors
- Demonstrate ownership, add value to business through the data generated.
Qualification & Experience:
- Bachelor of Engineering – Polymer /Plastics engineering, Chemical engineering, Mechanical engineering with minimum 6.5 CGPA and above.
- Minimum 1 year of experience in laboratory activities – Testing, calibration, maintenance & use of laboratory management tools ( example: LIMS)
- Experience in the field of Polymers – Testing, manufacturing, packaging development, polymer processing
- Experience in laboratory operations – ASTM, ISO standard
- Hands on experience in laboratory activities – Testing, calibration, maintenance & use of laboratory management tools (example: LIMS)
- Experience in polymer processing techniques – Injection molding, blow molding, blown film, general extrusion is an added advantage
- Knowledge on flexible packaging applications, choice of materials, attributes
- Able to work on fixed, flexible hours, open to travel occasionally.
Opening for Research Technologist at ExxonMobil. Here are Some Possible Interview Questions and Answers:
1. Can you provide an overview of your experience in conducting laboratory testing activities for film applications, particularly in the context of Polyethylene and Polypropylene?
Answer: I have a strong background in conducting laboratory testing activities for film applications, specifically in the areas of Polyethylene and Polypropylene. During my previous role at [Previous Company], I was responsible for conducting various tests, including tensile strength, tear resistance, heat sealing, and film thickness measurements, in accordance with international standards and our in-house methods. These tests were crucial in ensuring the quality and performance of our films in different applications.
2. How do you stay updated with the latest industry standards and testing methods relevant to film applications in the Polyethylene and Polypropylene sectors?
Answer: Staying updated with industry standards and testing methods is essential in my role. I regularly subscribe to industry publications, attend relevant conferences, and participate in webinars and workshops. Additionally, I actively engage with industry associations and networks, such as the American Society for Testing and Materials (ASTM) and the International Organization for Standardization (ISO), to ensure I am up-to-date with the latest developments in film testing methodologies.
3. Can you provide an example of a challenging film testing project you’ve worked on in the past, and how you overcame any obstacles or difficulties encountered during the testing process?
Answer: Certainly. In a previous role, we had to test a Polyethylene film for a critical packaging application with strict performance requirements. We faced challenges with achieving the required seal strength while maintaining film flexibility. To overcome this, I collaborated closely with the R&D team to modify the film composition and optimize the heat-sealing process parameters. Through iterative testing and adjustments, we successfully met the specifications, resulting in a high-performance film that exceeded customer expectations.
4. How do you ensure the reliability and accuracy of your laboratory testing results, especially when dealing with sensitive materials like Polyethylene and Polypropylene films?
Answer: Maintaining the reliability and accuracy of testing results is paramount in my role. I adhere strictly to standardized testing protocols and follow rigorous quality control procedures to minimize errors. Additionally, I regularly calibrate and maintain laboratory equipment to ensure accuracy. I also document every step of the testing process meticulously, allowing for traceability and verification of results. Collaboration with colleagues for peer review and cross-checking is another practice I follow to enhance the accuracy of our testing data.
5. Can you describe a situation where you had to prioritize multiple testing projects with tight deadlines? How did you manage your time and resources effectively?
Answer: In my previous role, I often had to juggle multiple testing projects with tight deadlines. To manage this effectively, I utilized project management tools and techniques, such as creating detailed project schedules, setting priorities based on project importance and deadlines, and allocating resources efficiently. Communication was also key; I regularly updated project stakeholders on progress and potential challenges, allowing for adjustments as needed. By implementing these strategies, I consistently met or exceeded project deadlines while maintaining the quality of our testing work.
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