Louisiana STEM Program Newsletter: Local Resources and Guide

Louisiana's STEM education has two urgent and distinctive contexts: one of the world's largest petrochemical industries and one of the most threatened coastal ecosystems in North America. Both create direct connections between what students learn in science, chemistry, and engineering class and what their state actually needs. A newsletter that makes those connections explicit is one of the most powerful communication tools a Louisiana STEM teacher has.

The Chemical Corridor and engineering careers

The stretch of the Mississippi River between Baton Rouge and New Orleans has one of the highest concentrations of petrochemical and chemical processing plants in the world. ExxonMobil, Dow, BASF, Shell, and Formosa Plastics all operate here. These facilities employ chemical engineers, process engineers, environmental engineers, and quality control specialists in large numbers.

For students in the River Parishes and Baton Rouge area, chemical engineering is not just a career. It is the dominant local industry. High school chemistry, calculus, and physics directly prepare students for these careers, and a newsletter that makes that connection explicit helps students and families understand why those subjects matter.

Coastal science: Louisiana's most urgent STEM challenge

Louisiana is losing approximately a football field of land every 100 minutes to coastal erosion and subsidence. The causes are complex: levee systems that prevent natural sediment deposition, canal construction through marshes, sea level rise, and land subsidence from oil and gas extraction. The solutions require coastal engineers, hydrologists, ecologists, and climate scientists.

Students who study Louisiana's coastal science are studying one of the most pressing environmental engineering challenges in the United States, and they are studying it in the place where it is happening. Few states offer that level of scientific urgency and relevance in their local context.

LSU and Tulane STEM research programs

LSU in Baton Rouge and Tulane in New Orleans both have strong STEM research programs with K-12 outreach components. LSU's College of Engineering and its Sea Grant program connect school science to real Louisiana research questions. Tulane's ByWater Institute focuses on sustainability and coastal science. Both universities offer summer programs and dual enrollment for high school students.

NASA Stennis Space Center connection

NASA's Stennis Space Center, just across the Louisiana border in Mississippi, tests rocket engines for major NASA programs including Artemis. It is accessible to Louisiana schools and runs education programs. The proximity to a world-class rocket testing facility gives Louisiana STEM programs an aerospace connection that many teachers do not know to leverage.

Template: Louisiana STEM newsletter excerpt

"This semester our environmental science class is studying Louisiana coastal erosion using data from the USGS and the Coastal Protection and Restoration Authority. Students are analyzing land loss maps from the past 50 years and evaluating three different coastal restoration engineering approaches. A coastal engineer from the Army Corps of Engineers is visiting in February to explain how engineers approach this challenge. This is real science happening in Louisiana right now, and students can potentially make careers addressing it."

Louisiana STEM competitions

The Louisiana Science and Engineering Fair connects top students to ISEF. FIRST Robotics Louisiana holds regional events. Science Olympiad Louisiana runs state competitions. These programs give students exposure to scientific thinking and engineering practice outside the classroom and build skills employers specifically value.

Daystage makes it straightforward to build a year-round newsletter series that keeps Louisiana families connected to the STEM programs, competitions, and career opportunities available in their state.