Jobs at Thermo Fisher Scientific

872,198 open positions

Thermo Fisher Scientific, headquartered in Waltham, Massachusetts, is a global leader in life‑science tools and services. Its portfolio spans laboratory instrumentation, reagents, and software that power research, diagnostics, and pharmaceutical development. In the tech sector, the company invests heavily in bioinformatics, AI‑driven analytics, and cloud‑based data platforms to accelerate discovery.

The company hires software engineers, data scientists, machine learning specialists, and cloud architects for roles in product development, platform engineering, and clinical analytics. Candidates typically undergo a technical interview that tests coding, system design, and domain knowledge, followed by a behavioral assessment focused on collaboration and innovation. Working hours are 40‑hour weeks with flexible schedules in many locations, and employees receive robust health benefits and continuous learning opportunities.

Job Transparency provides the exact salary range for every Thermo Fisher Scientific opening, along with employee sentiment scores and benefit summaries. By comparing this data across similar tech roles, applicants can negotiate better offers, target positions that match their compensation expectations, and evaluate workplace culture before submitting an application.

Japanese Translator

Company: Fisher Investments

Location: Dublin, Ireland

Posted Feb 03, 2025

Calibration Specialist

Company: ATS Scientific Products

Location: Pocomoke City, MD

Posted Jan 27, 2025

Compliance Analyst

Company: Fisher Investments

Location: Sydney, Australia

Posted Jan 27, 2025

Lead Software Engineer

Company: Scientific Games

Location: Other US Location

Posted Jan 29, 2025

Scientific Games is seeking a skilled software engineer with 8-12 years of experience to build and maintain functionality for their next generation Lottery platform. The ideal candidate will have strong technical skills in Java 8, Spring boot, and Microservices, along with experience in MySQL, SQL, and Oracle databases. They should be proficient in Data structure Design patterns, Object-Oriented Programming Principles, and MultiThreaded applications. Knowledge of TDD, JUnit, Mockito, and Messaging middleware like ActiveMQ, RabbitMQ is required. Familiarity with scripting in a Linux environment, Agile methodologies, and excellent analytical and problem-solving skills are essential. Additional skills include performance tuning, automated testing with Jenkins, CI/CD, GitLab/GitHub, documentation tools like Swagger, and bug tracking tools like Jira. Dockerisation of applications is a plus. The role involves designing solutions compatible with the company's strategic direction, building reusable high-quality code, and collaborating with team members to deliver features.

Frequently Asked Questions

What is it like to work at Thermo Fisher Scientific?
Employees describe a mission‑driven culture that blends scientific rigor with innovative tech solutions. The workplace emphasizes collaborative problem solving, cross‑functional teams, and a commitment to continuous improvement. Benefits include comprehensive health plans, generous paid time off, on‑site wellness programs, and a flexible work‑from‑home policy for many tech roles. Career development is supported through internal mobility, sponsorship for advanced degrees, and access to cutting‑edge research projects.
What types of positions are available at Thermo Fisher Scientific?
The company offers a wide range of tech roles, including software engineering (frontend, backend, full stack), data science, machine learning engineering, cloud architecture, cybersecurity, quality assurance, DevOps, and product management for laboratory instrumentation and data platforms. Additional positions exist in bioinformatics, computational biology, and AI research, often requiring strong programming and analytical skills.
How can I stand out as an applicant for Thermo Fisher Scientific?
Highlight domain expertise by showcasing projects that solve real scientific problems—e.g., building a data pipeline for genomic analysis or automating instrument calibration. Demonstrate proficiency in relevant tech stacks: Python, Java, SQL, Kubernetes, and AWS/GCP. Provide measurable impact metrics (speedups, cost reductions, accuracy gains) in your portfolio. Tailor your resume to the specific role by aligning keywords from the job description, and include links to open‑source contributions, GitHub repositories, or published research. Finally, prepare for the interview by practicing system‑design questions that integrate hardware‑software interactions common in life‑science applications.

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