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Findling, Inc. - Maryland Engineering & Construction

Findling, Inc. is an engineering consulting and construction firm in Baltimore, Maryland that provides comprehensive geotechnical, civil engineering, and construction related services.

We are a growing firm with over 25 employees. Established in 1997, our employees include Professional Engineers, Geologists and trained, certified technicians with proven expertise in engineering, construction, material testing, geotechnical instrumentation, and construction inspection. Most of our employees are assigned in the field performing construction inspection services on major highways, buildings, streets, dams and hazardous waste sites. Our inspectors possess certification to inspect and test soils, concrete and asphalt from Maryland State Highways and other agencies. Our employees have also attended the 40 hour OSHA HAZWOPER safety seminar to work at hazardous waste sites (1610.120), as well as ongoing training and safety seminars.

Findling is accredited by the American Association of State Highway and Transportation Officials (AASHTO) by demonstrating proficiency for the testing of construction materials and meeting the minimum requirements in AASHTO R18 set forth by the AASHTO Highway Subcommittee on Materials.

Findling is a small, African American owned business, and is certified as a MBE/DBE/LDBE by a number of agencies such as the Metropolitan Washington Airport Authority (MWAA), Washington Metropolitan Area Transit Authority (WMATA), Maryland Department of Transportation (MDOT) and City of Baltimore. We are a member of ACEC (American Council of Engineering Companies), The Maryland Asphalt Association, and Minority Business Enterprise (MBE).

Personnel

Amsalu Duressa, P.E., MSCE
President, Findling, Inc.
Mr. Duressa is a Principal Engineer with over 30 years of experience in geotechnical engineering, construction management, environmental, site assessment and construction inspection services. He has managed and supervised over 500 small and large projects, including subsurface investigation, lab testing, geotechnical analysis and preparation of geotechnical engineering reports. The projects have been located throughout Maryland, Virginia and Washington DC. In addition, Mr. Duressa's experience includes research and technology transfer related to concrete mix design and destructive/ non-destructive concrete testing for the Federal Highway Administration and environmental investigation and testing.

M. Suri Surendra, Ph.D, P.E.
Chief Engineer, Findling, Inc.
Mr. Surendra has over 39 years of experience in various aspects of geotechnical engineering. He has managed numerous geotechnical engineering projects of various sizes and complexity, such as buildings and facilities, highway embankments and bridge structures, off shore containment facility for dredge material, waterfront structures for port facilities, etc.

His work has included structures for Schools and Universities, Correctional Facilities, Police Stations, Sports Facilities and Large Shopping Malls, as well as geotechnical investigations for specialty structures such as correctional, justice and protection facilities.

Mr. Surendra has published in the ASCE Journal in the field of deep foundations (to include Piles and Drilled Shafts), settlement of foundations, and use of Geosynthetic reinforcement to support the dike of a containment facility.

Amsalu Birhan, Ph.D, P.E.
Senior Geotechnical Engineer, Findling, Inc.
Mr. Birhan has over 10 years of experience in various aspects of geotechnical engineering. He has worked on projects that included subsurface investigation, in-situ testing, field testing, and inspection and laboratory testing of soil and concrete materials. He has also performed other tasks relating to geotechnical investigations, including data preparation, preparation of boring logs, and verification of soil classification by performing laboratory tests.

Mr. Birhan has worked on projects relating to Highway Bridges, Retaining Walls, Embankment Slope repair and reconstruction, and waterfront structures including floating piers, bulkheads and sheet pile walls. He has also worked on low-rise structures to high-rise structures that required ground improvement techniques and deep foundations systems.

Jiregna Yadeta, P.E., MSCE
Geotechnical Engineer, Findling, Inc.
Mr. Yadeta has over 12 years of experience in various aspects of geotechnical engineering and subsurface investigations in the Maryland area. He has extensive experience in Construction Monitoring of Structures and Substructures (which include Piles, Drilled Shafts and Ground Improvement methods). He has managed numerous geotechnical engineering projects of various sizes and complexity, and he has managed open-end type contracts.

In addition to field experience, Mr. Jiregna has several years of experience in managing the material testing laboratory. As a Laboratory Manager, he has provided training and supervision to lab and field technicians for various testing procedures in accordance with ASTM for soil, concrete and aggregate. His experience includes sample identification, logging, testing and reporting, record keeping of equipment calibration, proficiency tests/results, and maintaining necessary certifications for laboratory and technicians. He is experienced in geotechnical investigations, load tests on pile foundations and drilled shafts, instrumentation of highway embankments, and evaluating in-situ ground improvement techniques.

John Tallman
Project Manager, Findling, Inc.
Mr. Tallman has 16+ years of experience in Project Management. He is proficient in Microsoft Office Suite, has excellent mathematical skills and strong leadership abilities, and is a team player. He has managed several field investigation projects of varied scope and project duration. He has also managed field inspectors on construction related projects.

FOR WHICH PROJECT ARE THE NEXT 2 PARAGRAPHS???
Mr. Tallman performed inspection of drilling operations at the site during the subsurface investigation for the proposed rehabilitation of the existing sewer. The location of the test borings was first cleared by using vacuum extraction test pitting method in the area of the test borings. The test holes were performed to locate the existing underground utilities that were not marked in the area of the proposed boring locations. The tasks included visual classification of soil samples and rock samples, locating the test borings at the appropriate locations and selecting the appropriate sampling intervals.

Mr. Tallman prepared Traffic Control Plan and coordinated with SHA to obtain the necessary permits, coordinated with property owner adjacent to MD 103, performed inspection of drilling operations including visual classification of soil samples obtained from SPT samples, obtaining appropriate samples of each stratum and recording of field activities. He also performed in-situ infiltration tests in offset boreholes at proposed SWM facilities to determine the in-situ infiltration rates of on-site soils.

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3401 Carlins Park Drive, Baltimore, MD 21215
410-367-1400

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