Postdoctoral Associate

Q: What are the required qualifications for this Postdoctoral Associate role?

A PhD in civil engineering , structural engineering , materials engineering , or materials science is required. Key expertise includes cementitious materials and concrete durability , experience designing/supervising experiments, familiarity with low-carbon concrete (LCC) or alternative binders, strong data analysis and publication record, communication skills, multidisciplinary teamwork, and standards knowledge (ACI, ASTM). Explore more postdoc positions or research jobs .

Q: What are the primary responsibilities in this low-carbon concrete research position?

Lead experimental research on LCC mixtures and alternative binders: design/supervise lab/pilot-scale programs, evaluate properties (fresh, stability, mechanical, durability), develop mechanistic insights, contribute to lifecycle carbon/cost analyses , assess supply chains. Lead publications, conference presentations, engage standards organizations, mentor students, and collaborate in multidisciplinary team. See postdoc success tips .

Q: What is the employment duration and type for this MIT Postdoctoral Associate?

This is a full-time , one-year appointment , renewable based on performance and funding. No start date specified. Ideal for researchers in engineering and materials science . Check similar faculty/academic jobs or research roles .

Q: What preferred experiences are valued for this concrete durability role?

Preferred: pilot-scale testing , lifecycle assessment , durability modeling, student mentorship, relevant software/tools, and industry guidance development. Strong fit for those with alternative binders background. Build your profile with free resume template and postdoc advice .

Postdoctoral Associate

POSTDOCTORAL ASSOCIATE, Materials Research Laboratory, to join a team to advance low-carbon concrete (LCC) systems, supporting a national initiative in collaboration with the MIT Concrete Sustainability Hub and lead experimental research to identify drivers of performance, durability, and scalability in LCC mixtures and alternative binders, producing high-quality data for publications, standards, and deployment strategies. Responsibilities include designing and supervising laboratory and pilot-scale programs; evaluating fresh properties, early-age stability, mechanical performance, durability, and environmental exposure; developing mechanistic insights into variability and trade-offs; contributing to lifecycle carbon and cost analyses, and assessing material availability, supply chains, and implementation constraints. Will lead publications, present at conferences, and engage with standards organizations (ACI, ASTM, NRMCA) to develop standards-ready language and industry guidance. Additional responsibilities include mentoring students and contributing to a multidisciplinary research team.

The full job description is available, here.

Job Requirements

REQUIRED: PhD in civil engineering, structural engineering, materials engineering, materials science, or related field; expertise in cementitious materials and concrete durability; experience designing and supervising experiments; familiarity with LCC or alternative binders; strong data analysis and publication record; effective communication skills; ability to work in multidisciplinary teams; familiarity with standards organizations; and ability to contribute to lifecycle and supply chain analyses. PREFERRED: Experience with pilot-scale testing, lifecycle assessment, durability modeling, student mentorship, relevant software/tools, and development of industry guidance.

This is a full-time, one-year appointment, renewable based on performance and funding.

Frequently Asked Questions

🎓What are the required qualifications for this Postdoctoral Associate role?

A PhD in civil engineering, structural engineering, materials engineering, or materials science is required. Key expertise includes cementitious materials and concrete durability, experience designing/supervising experiments, familiarity with low-carbon concrete (LCC) or alternative binders, strong data analysis and publication record, communication skills, multidisciplinary teamwork, and standards knowledge (ACI, ASTM). Explore more postdoc positions or research jobs.

🔬What are the primary responsibilities in this low-carbon concrete research position?

Lead experimental research on LCC mixtures and alternative binders: design/supervise lab/pilot-scale programs, evaluate properties (fresh, stability, mechanical, durability), develop mechanistic insights, contribute to lifecycle carbon/cost analyses, assess supply chains. Lead publications, conference presentations, engage standards organizations, mentor students, and collaborate in multidisciplinary team. See postdoc success tips.

📅What is the employment duration and type for this MIT Postdoctoral Associate?

This is a full-time, one-year appointment, renewable based on performance and funding. No start date specified. Ideal for researchers in engineering and materials science. Check similar faculty/academic jobs or research roles.

⭐What preferred experiences are valued for this concrete durability role?

Preferred: pilot-scale testing, lifecycle assessment, durability modeling, student mentorship, relevant software/tools, and industry guidance development. Strong fit for those with alternative binders background. Build your profile with free resume template and postdoc advice.

🌍Does this position offer visa sponsorship or relocation support?

Visa sponsorship is not mentioned in the posting. Confirm directly with MIT. Location is Cambridge, MA. For international seekers, review postdoc jobs and scholarships for support options.

📝How to apply and access the full job description?

Full details via MIT careers link (external). Tailor application highlighting PhD, concrete durability expertise, publications. Deadline: Jun 13, 2026. Prepare with free cover letter template.

MIT - Massachusetts Institute of Technology

Cambridge, MA