Instrumentation Consultants: 8

Burtness Engineering Services, is a multi-disciplined consulting engineering firm serving municipal, institutional, industrial, and commercial end user clients, civil engineering firms, and landscape architectural firms with MEP services for the construction industry. They specialize in Street and Area Lighting Design, Electrical Engineering, and Forensic Engineering services.

Consulting Services Include:

• Illumination Engineering for Roadway, Street, and Area Lighting
• Electrical Engineering (Through 15kv)
• Monitoring and Control Systems for Street and Area Lighting
• Full Range of MEP Services
• Industrial Instrumentation and Control Systems
• Stakeholder Based Collaborative Design Philosophy
• Focusing on the Marriage of the Art of Aesthetic Design and the Science of Technical Engineering
• Serving as a Prime or a Sub Consultant
• Forensic Consulting and Expert Witness Services

Principal, Thomas H. Burtness, PE, is an Electrical Engineer specializing in both Electrical and Building Construction - equipment selection, specification, and installation (actually “working with the tools”), as well as cost control techniques.

Background - Mr. Burtness has 40+ years of experience in the design, specification, construction contract administration, installation, startup, and troubleshooting of electrical power, on-site generation, distribution, control, and instrumentation systems and equipment for residential, commercial, industrial, and municipal occupancies. His experience also includes water, wastewater, and stormwater treatment plants, and military facilities.

Additional expertise includes Illumination Engineering for street, roadway, and area lighting including photometric footcandle requirements, calculations, field verification, equipment specifications, installation, and analysis of failure, glare, overlighting and underlighting.

Thomas Burtness has written numerous in-depth reports, including municipal master planning documents, as well as operation, maintenance, and testing manuals. He also has extensive experience in public speaking and teaching.

View Thomas Burtness' Expert Witness Profile.

Areas of Expertise: Chet  Sandberg, P.E. received a BS in Mechanical Engineering from MIT and a MS in Electrical Engineering from Stanford. He is a professional engineer in the state of California and an IEEE Fellow.

Background Experience - Litigation Support - Mr. Sandberg is an Expert Lithium Ion Battery  and Heat Transfer Expert with successful litigation in Lithium Ion Battery Failure.  He has court room experience, including testifying before the ITC in Washington DC. Mr. Sandberg is available to attorneys for both plaintiff and defendant. Mr. Sandberg joined the Chemelex Division of Raychem Corporation where he managed technology projects for 30 years. He held various positions at Raychem culminating as Chief Engineer.

For the next 6 years, Mr. Sandberg managed the development of a downhole, self-regulating electrical heater technology for Shell Oil. In 2009, he founded C L Sandberg & Associates, a consultancy specializing in Energy Projects, including managing customer engineering for Altairnano, a lithium ion battery manufacturer.

Mr. Sandberg has been associated with Electrical Energy Storage at EPRI, ESA, Sandia, and PNNL, as well as providing due diligence expertise for venture capital and private equity companies on their technical prospective investments. He has been granted 30 United States Patents and has authored over 70 technical papers on energy usage, electric heat tracing, ground fault technology, fiber optics, sensor technology, and personal computers as design tools. 

Novel Battery Technology Energy Storage Electrical Ground Fault Protection Powerline Carrier Technology Heat Transfer Backup Power Supply Oil Field Heating and Instrumentation Engineering Safety Requirements in Nuclear Power Generation

Hazardous Safety of Explosive Gases Process Control Software Instrumentation Hardware Fiber Optic Data Transmission Fiber Optic Sensors Nitinol Heat Tracing Economic Analysis of Energy Usage

Dr. David Schaafsma, PhD has over 25 years of experience in Optical Systems, Optical Physics, Microscopy & Spectroscopy, Optical Materials, Lasers, Optoelectronics, Sensors, Data Acquisition, Product Development. sales, marketing, business development, operations, and management at small businesses, at government laboratories, and as an independent consultant. Before founding Applied Optical Engineering, Dr. Schaafsma was the director of Sensor Technology at Tetra Tech Data Systems (later Ipitek) and was responsible for all R&D, product development, and commercial activity in fiber optic sensors, and also worked on numerous projects involving fiber communications and embedded systems. As a Senior Scientist at the Naval Research Laboratory, he made the first chalcogenide fused fiber coupler and achieved the first results with single-mode IR-transmitting fiber in mid-IR scanning near-field microscopy. At the National Institute of Standards and Technology in Boulder, Dr. Schaafsma's research focused on Quantum Optics and Fundamental Metrology of Vertical-Cavity Surface-Emitting Lasers, and included the construction of a confocal fluorescence system with a noise floor of 4 photons. As a Senior Characterization Engineer at Bandgap Technology Corp., he oversaw the production of compound semiconductor devices such as surface acoustic wave (SAW) modulators, vertical-cavity surface-emitting lasers (VCSELs), high electron mobility transistors (HEMTs), solar cells, and laser diodes for an industry which was then in its infancy. Dr. Schaafsma holds two patents, a near-field optical microscope with infrared fiber probe and an infrared optical fiber coupler. He has spoken about many topics at professional venues such as conferences, to potential clients and corporate officers of multi-billion dollar companies, as well as to classes of students. Dr. Schaafsma is also a noted authored having written numerous publications in his areas of expertise. Areas of Expertise

Medical Product Design / Development Optics – Geometric, Diffractive, Waveguide, Optical Technology, Optical Materials Networks, Data Links, Protocols Fiber Optics Lasers & Light Systems Embedded Computer Systems, Microcontrollers Infrared Materials, Technology, Products Imaging & Microscopy (SEM & Optical), Spectroscopy

Software & Programming, Embedded & High Level Languages Electronics, Embedded Design Sensors, Data Acquisition Semiconductor Metrology, Photovoltaics, Renewables Project Planning / Management ISO 9000, SPC Tooling / Process Development Market / Patent Research Grant Writing

View Dr. Schaafsma's Expert Witness Profile.

Discovery Engineering is a private Engineering Firm based in Boulder, Colorado, performing investigations into Electrical, Electronic, and Communications Systems.  Discovery Engineering also works with management to analyze risk, improve quality, and understand variability processes.  Clients include industrial, commercial, research, legal, government, and private entities.

Mark McFarland, PE, Founder & CEO, is an Licensed Engineer and Statistician with over 25 years of extensive education and experience in applied statistics, statistical learning, artificial intelligence, electrical engineering, and communications. His practical experience includes the design, analysis, and testing of satellite, cellular, LTE, Internet, wireless, Wi-Fi, RADAR, networks, data communications, communication protocols, standards, public safety communications systems, GPS, instrumentation, and control systems. 

Mr. McFarland understands variability is crucial to improving and controlling processes.  He brings scholarship and practical experience in Statistics and Applied Research to help clients understand variability and improve outcomes.

Applied Research and Analytics Consulting Services:

Data Mining, Inference, and Prediction Quality Improvement and Control Risk Analysis Root Cause Analysis

Research Methods Experimental Design Statistical Engineering Electrical Investigations

View Mark McFarland's Expert Witness Profile.

Arun Kumar, Ph.D. has 34 years of experience in Metallurgy, Materials Science and Failure Analysis of Metallic and Non-Metallic Materials at Rockwell International, Hughes Aircraft Company and EAG Laboratories. He manages and supervises approximately 17 engineers and technicians performing a variety of analytical services and failure analysis. Dr. Kumar provides metallurgical consultation, performs failure analysis and serves as an expert witness in product liability trials involving materials failures. He has extensive experience in metallurgical failure analysis of aircraft, helicopter, automobile and motorcycle components, machineries, medical implants, machine tools and household appliances.

Dr. David W. Riley is an Extrusion Analysis & Plastics Rheological Consultant. Dr. Riley has spent over nineteen years as a consultant in the field of Plastic Processing. He has over forty years of experience in developing Polymer Defect Technology and fifteen years in developing the field of Plastic and Polymer coefficient of friction related to the feed section of the extruder.

Areas of Expertise:

• Expert Witness
• Analytical Instrumentation Adaptation to Processing Equipment
• Friction Analysis
• Melt Rheology
• Extrusion Equipment: Design & Analysis of Production
• Telecommunication Cables and Insulation
• Power Cables and Testing XLDPE
• All phases of PVC Compounding & Extrusion
• Thermal Stability of Polymers
• Surface Chemistry, Metals & Polymers

John Hatcher is an industry leader in Building Systems Engineering including, Information Technology, Audio Visual, Security, Building Automation Systems, Fire Alarm Systems, Intelligent Building Concepts and Commissioning. He has worked on some of the most prestigious facilities in the world including the Americas, Europe, Middle East, Russia, India and Southeast Asia. 

Peter Howell, PE, CSP, CFEI, has almost 50 years of experience in the Design, Operation, Maintenance and Management of Chemical and Petrochemical Facilities with positions such as process engineer, project engineer, maintenance foreman, technical manager, engineering manager, plant manager and vice president and general manager.

Mr. Howell has investigated approximately 125 incidents that occurred in chemical plants, refineries, pulp and paper mills and similar industries for attorneys, insurance companies and regulatory agencies. He has determined the root causes using methodologies consistent with NFPA 921, Center for Chemical Process Safety, United Steel Workers, and the National Safety Council.  The root causes determined were based on the evidence, Recognized and Generally Accepted Good Engineering Practices and federal regulations.

Mr. Howell has extensive experience in developing, implementing and auditing the elements of OSHA's process safety management (PSM) regulation and EPA's risk management plan (RMP). He also has extensive experience in accident and incident investigations involving fire, explosion, and release of toxic and hazardous materials.

Areas of Expertise:

OSHA Compliance Safety Performance Improvement Incident Investigation Recognized and Generally Accepted Good Engineering Practices (RAGAGEP) OSHA PSM Regulation

EPA RMP Regulation Process Hazards Analysis Design, Operation Maintenance and Management of Chemical and Refinery Equipment and Facilities