Process Safety Engineer

• provides Process Safety expertise to support Research & Innovation projects process development engineering activities and existing industrial operations.

• contributes to the development of innovative safe technically robust and economically competitive processes and technologies.

• by working closely with R&I Engineering Process Safety and manufacturing teams will use experimental approaches and engineering expertise to identify characterize and mitigate process hazards from early-stage development through industrial implementation.

The role combines Process Safety engineering expertise with hands-on experimental work. While the position is based in Bristol part of the experimental Process Safety activities will be performed at our R&I center in Stamford Connecticut requiring regular collaboration and travel between the two sites.

We count on you to:

• Provide Process Safety expertise to R&I projects process development scale-up Engineering activities and manufacturing sites.

• Define execute and interpret experimental Process Safety studies to characterize chemical and process hazards and recommend appropriate risk mitigation measures.

• Take technical ownership of assigned studies ensuring high standards of scientific quality safety and documentation.

• Translate experimental results into practical recommendations supporting safe process design scale-up and industrial implementation.

• Develop and maintain Process Safety capabilities by identifying new methodologies technologies equipment and collaboration opportunities.

• Capture and share Process Safety knowledge best practices and lessons learned across R&I Engineering and manufacturing teams.

• Actively contribute to internal and external Process Safety networks collaborating with experts universities technical centers and equipment suppliers.

SAFETY RESPONSIBILITIES

Understand and follow key Syensqo safety policies and procedures for the sites youll be working including but not limited to the following:

• Emergency response / Crisis management / evacuation guidelines

• Proper housekeeping

• Know the location of first aid and emergency response equipment chemicals and chemical documentation.

• Knowing and following key Syensqo safety policies and procedures for the site and the labs

• Taking action and reporting any unsafe act / condition / behavior. Everyone on site is empowered to intervene on any unsafe act that they may observe.

• Attending laboratory monthly safety training

• Touring and reviewing safety equipment in the lab.

• Being able to access and understand SDSs - preparing Lab Activity Checklists

• Wearing appropriate PPE while in the laboratory

• Obtaining advanced equipment or process specific safety training when necessary according to the specific dangers of present assignment

You can count on us:

• To carry out guided research where observation independent deduction and directional input will be encouraged.

• To give you the opportunity to interact with the different research teams in several scientific domains (e.g. microbiology analytical...) and markets (Agro Home and Personal Care Coatings Industrial Process Solutions Mining and Polymer Additives)

• Based in Bristol Pennsylvania you will work at the intersection of Process Safety experimental science and industrial innovation contributing to projects from early-stage R&I through scale-up and industrial implementation.

• To build strong technical expertise while collaborating with scientists engineers and Process Safety specialists across a global organization.

You will bring:

• Bachelors or Masters degree in Chemical Engineering or Process Engineering. An advanced degree is a plus.

• 3 years of xperience or strong technical knowledge in chemical/process safety reaction engineering process development or scale-up.

• Experience with Process Safety experimental techniques such as reaction calorimetry adiabatic calorimetry thermal stability runaway reaction characterization flammability or explosion testing is a strong asset.

• Strong analytical and problem-solving skills with the ability to translate experimental data into practical engineering recommendations.

• Ability to work independently while collaborating effectively in multidisciplinary and international teams.

• Strong communication scientific curiosity and commitment to safety and technical excellence.