Jim Jobling

Laboratory Manager

Jim Jobling is the Lab Manager at the Conservation Research Lab, at Texas A&M University.  He runs the day to day operations at the CRL, where artifacts from both underwater and land sites are cleaned and conserved.  His education and training were originally in land Archaeology, with a B.A. Archaeology Degree in 1982, and a B.A. (Hons.) Degree in 1984, from the University of Cape Town, in South Africa.  It was there that he learned to scuba dive and explored countless shipwrecks.  His work in 1982 on the British East Indiaman - the Arniston (1815), is credited as being the first underwater archaeology project in South Africa.  

Jim came to Texas A&M University in 1984 and received an M.A. Degree in Nautical Archaeology.  His professional experience since 1979 has been in the survey and excavation of both land and underwater sites, including all aspects of the conservation of shipwrecks and their artifacts.  In this capacity, he has had extensive experience in land and underwater archaeology, as well as a good working knowledge of field conservation and lab conservation techniques used to preserve artifacts.  He is also well versed in the planning and logistics involved in running a large field operation, including those in a foreign country.  He worked for four years on the Port Royal Project, in Jamaica, under the watchful eye of his mentor - Dr. Donny Hamilton. 

In 1996, after a short hiatus working on environmental surveys, he returned to the Nautical Archaeology Program and refurbished the Conservation Research Lab for the La Belle Project.  The remains of the Belle (1686) were recovered from Matagorda Bay in their entirety, and shipped to the Lab for conservation.  Over a nineteen year period, the 54 foot-long wooden hull and her 1.8 million artifacts were cleaned and conserved.  Over 100 graduate students in the Nautical Archaeology Program participated in this endeavor, and gained valuable hands-on skills and practical experience in the Lab.  The Belle was the first of more than 185 different conservation projects Jim has been involved with, including the CSS Alabama (1864), Heroine (1838), USS Westfield (1863), CSS Georgia (1864), the Alamo cannon, the Castillo de San Marco cannon, and many others -encompassing more than 2 million artifacts. 

Jim’s expertise includes any and all mechanical, electrical, gas, or plumbing system, the rigging and lifting of heavy artifacts like cannon, carpentry, and general repair work. These skills have allowed Jim to grow and shape the CRL into the world-class facility that it is today. He is articulate and passionate about his love of archaeology and conservation, and for the work that he is involved in – Preserving Our Past, For Our Future.

Contract Services

The CRL works with a variety of academic institutions, museums, historical societies, government offices, and private individuals. Our goal is to create viable conservation strategies of the highest standard that can be accomplished at minimal cost. For more information, visit our services page.

About Us


Monetary donations and volunteer workers are vital to the ongoing success of the Conservation Research Laboratory. If you would like to volunteer your time and expertise, please contact us here. If you would like to become one of our donors, please click the link below and direct your gift to: Center for Maritime Archaeology and Conservation.

Technical Reports

Report No. 1 Silicone and Polymer Technologies: An Additional Tool in Conservation

Report No. 2 Re-treatment of PEG Treated Waterlogged Wood

Report No. 3 Re-Treatment of a PEG Treated Composite Artifact - A Sabot

Report No. 4 Conservation of Waterlogged Leather Using Polymers

Report No. 5 Silicone Oil: A New Technique for Preserving Waterlogged Rope

Report No. 6 Conservation of 17th Century Canvas Using Silicone Oils

Report No. 7 Silicone Bulking of Waterlogged Cork Using PS340, PS341 and PS343 Silicone Oils

Report No. 8 Conservation of Waterlogged Corn Cobs Using Silicone Oils

Report No. 9 Consolidation of Formalin Treated Marine Crustacean Specimens Using Silicone Oils

Report No. 10 Conservation Research Laboratory (CRL) Leather Dressing

Report No. 11 Mass Spectrographic Analysis of Out Gasses Created From The Dehydration of Archaeological Wood Samples

Report No. 12 Preservation of a Dog Heart Using Silicone Oils

Report No. 13 Preservation of a Dog Heart Using Silicone Oils: A Second Approach

Report No. 14 Preservation of Kelp Specimens

Report No. 15 Conservation of Devitrified Glass with Methylhydrocyclosiloxanes and Silicone Oils

Report No. 16 Polymerization of Polyethylene Glycol and Glycerine

Report No. 17 Polymerization Potentials of Polyethylene Glycol Compounds Commonly Used in Archaeological Artifact Conservation

Report No. 18 Polymerization of PR-10, PR-12 and PR-14 Silicone Oils In Animal Hides Using Catalyst Fumes - Keratin and Amino Acid Cross Linking

Report No. 19 Polymerization of Archaeological Waterlogged Wood Treated With Polyethylene Glycol

Report No. 20 Comparison of the Bulking Abilities of Polyethylene Glycol 1450 and PS341 Silicone Monomers--In progress--

Report No. 21 Tanning of Animal Hides Using Silicone Oils--In progress--

Report No. 22 Induced Flash Polymerization Using Low Neutron Flux Radiation-In progress