|
|
Michael S. Morse, Ph.D. (Updated: December, 2009) |
EXPERTISE
Electrical injury
Electrical
safety
Effects of electricity on the human body
Human factors as associated with human interaction with electrical systems
Failure at the human/machine interface
Design of Electrical Systems
Biomedical device failure (electro-mechanical)
Electrical accident reconstruction based on burn pattern
Symptomatology of Disproportionate and Remote Response to Electric Shock (Diffuse Electrical Injury)
EXPERIENCE
Consultation in many electric shock injury, electrocution, electrical safety cases.
Consultation
regarding design and manufacturing defects of electrical products.
Medical Device Failure (electropapillotome) (p)
Electric Shock Injury from an improperly
wired vacuum pump (p)
Accuracy of an
Operation and design of infant apnea
monitors (p)
Failure of a Cincinatti
Sub-Zero heating/cooling blanket. (p)
Failure of membrane switches on a Hill Rom hospital bed.
(p)Failure of an alarm on a respirator (d)
Electrocution on a scissor lift. (p)
Electric shock injury while using a
household pump (p)
Electric shock injury in an industrial
environment
Electric shock injury from an outlet
near a swimming pool (p)
Electric shock injury
-- mis-wired 220v outlet (p)
Electric shock injury
-- industrial
(construction site)
Electric shock injury
-- static
discharge from treadmill (p). (1996)
Electric shock injury
-- contact with
overhead power line (p) (1996 and 1997)
Failure of a man-lift hoist for the
handicapped. (p) (1997)
Electric shock injury
-- child contact
with a transformer (p) (12/97)
Electric shock injury
-- contact between
a loader and a submerged power line (p) (7/98)
Electric shock injury
-- sump pump (p)
(6/99)
Electric shock injury
-- carousel ride
(p) (6/99)
Electric shock injury
-- feed to a buffet table(d) (9/99)
Electric shock injury
-- dental office
compressor switch(d) (10/99)
Electric shock injury
-- contact with
downed power line (2/2000)
Electric shock injury
-- 110V contact
with frayed power cord in hotel (p) (3/2000)
Electric shock injury
-- injury at power
supply pedestal at a mobile home (p) (1/2001)
Electric
shock injury -- 110V contact with frayed cord. For adm.
Electric shock injury
-- power line
contact by child in tree(p) (1/2002)
Electric shock injury -- burn and compressive wave injury from arc (p) (3/2002)
Electric shock injury -- Diffuse injury following jack hammer - power line contact (p) (6/02).
Electric shock injury -- Pain and suffering following v-fib after power line fell on a combine. (p) (8/02)
Electric shock injury -- Symtomatology following 110 volt electrical injury in a bathroom. (p) (2/03)
Electric shock injury -- Symptomatology following electrical injury caused by gas cooktop (p). (2/03)
Electric shock injury -- Electrical injury in mobile home park from underground wiring (p) (4/03)
Electric shock injury -- Pain and suffering: v-fib from induced current in a 345KV transmission line (p) (8/03)
Electric shock injury -- Contact with power line while picking avocados using an aluminum pole (p) (12/03)
Electric shock injury -- Pain and suffering associated with induced current in a transmission line (p) (03/04)
Electric shock injury -- Reconstruction of electrical accident involving lighting system/power line contact. (d) (4/04)
Physiological effects of electricity on the human body (d) (4/04)
Electric shock injury -- Power line/ladder contact – Pain, suffering and human factors (p) (7/04)
Electric shock injury -- Power cord short to metal door (d) (9/04)
Electric shock injury -- Electrical contact (worker’s comp) (3/05)
Electric shock injury -- Contact with mis-wired electrical pedestal (p) (4/05)
Physiological Effects of electric current and current pathway during E.C.T. (p) (8/05)
Electric shock injury -- Defective trouble/drop light (p) (1/06)
Stun Gun Case -- (p) (3/06)
Electric shock injury -- Power line contact by a cement pump (p) (3/06)
Electric shock injury -- Oven (p) (4/06)
Electric Shock Injury -- V-Fib 120 volts (p) (5/06)
Electric Shock Injury -- Roofer contact with overhead power line (p) (6/06)
Electric Shock Injury -- Power line contact while moving a building (p) (11/06)
Electric Shock Injury -- Power line contact with trailer (p) (11/06)
Electric Shock Injury -- 480 volt contact (p) (2/07)
Electric Shock Injury -- Fatal contact with temporary power delivery system (p) (4/07)
Electric Shock Injury -- Contact with downed power line (p) (7/07)
Electric Shock Injury -- Injuries secondary to contact with fence energized by downed power line (p) (10/07)
Electric Shock Injury -- Fatality following power line contact with truck on farm (p) (11/07)
Electric Shock Injury -- Contact with power line while installing greenhouse roof (p) (11/07)
Electric Shock Injury -- Injury in truck following downing of power line (p) (04/08)
Electric Shock Injury -- Injury from power line contact on church roof (p) (4/08)
Electric Shock Injury -- Injury from contact with energized plumbing (p) (5/08)
Electric Shock Injury -- Fatality on manlift (p) 6/08)
Electric Shock Injury -- Electrical injury in office environment (p) (10/08)
Electric Shock Injury -- Power line contact with house/effects of electrical contact (p) (11/08)
Electric Shock Injury -- Power line contact while removing debris from roof (p) (4/2009)
Electric Shock Injury -- Head contact with bus in 480V switch gear (p) (08/2009)
Electric Shock Injury -- Damaged power line leading to injury in a shower (p) (09/2009)
Stun Gun Case -- (p) 11/2009
Electrical injury from overhead power line while line clearing (Canada,
2002)
Electrical injury from static discharge (Dublin, Ireland, 1999.)
POSITIONS
Professor of Electrical Engineering,
University of
-Currently conducting research into symptomatology and nature of electrical injury, current pathway in electrical contact and Diffuse Electrical Injury (DEI)
Assistant Professor, Electrical
Engineering,
- NSF and IEEE initiation grant
- Conducted Speech and Electrical
Stimulation research.
Senior Engineer, General Dynamics,
Electronics Division, San Diego, (October 1985 - June 1987).
Lecturer, Electrical Engineering,
-- Taught Digital Computer Design
EDUCATION
J.D.:
(Admitted to CA
Bar: 12/99)
Ph.D. in Engineering, Clemson University,
Clemson, SC, 1985.
M.S. in Biomedical Engineering, Tulane
University, New Orleans, LA, 1982.
B.S. in Biomedical Engineering, Tulane
University, New Orleans, LA 1981.
HONORS
Tenure Awarded , 1993.
H.K.N. -- Electrical Engineering Honor
Society, 1990.
Sigma Xi -- Research Honor Society, 1986.
Tau Beta Pi
-- Engineering Honor Society 1981.
Edwards Fellowship - Clemson University, 1983.
MEMBERSHIPS
IEEE Member
EMBS -- Engineering in Medicine and Biology
Society
Product Safety Group
Sigma Xi
PATENTS
Multichannel Stimulator for Tuned Stimulation (No. 5041974 -
August 1991).
PUBLICATIONS
Improving Electrical Safety Through Forensic Analysis of Failure, MS Morse, IEEE ESW, Memphis, TN, Feb. 2010.
A Study of Long Term Symptomatology Reported in Non-Head-Involved Low Voltage Electrical Contacts, MS Morse, IEEE EMBC, Minneapolis, MN, Sept. 2009.
The Case of the Imperfect Bird on the Wire -ECM, M.S. Morse, April 2009.
Designing for Electrical Safety that can withstand Legal Scrutiny, Michael S. Morse, IEEE Electrical Safety Workshop, St. Louis, MO, Feb. 2009.
Risks and Injuries Associated with Low Voltage Electrical Contacts - Traditional Theory, Modern Theory, and Pervasive Myths, (Invited Paper), M.S. Morse, International Electrical Safety Congress, Bogota, Columbia, November, 2008.
How Much Damage Can A Low Voltage Shock Do? -- Traditional Theory, Modern Theory, and Pervasive Myths, (Invited/Keynote Speaker), Michael S. Morse, IEEE, Electrical Safety Workshop, Dallas, March, 2008.
Novelty Shock Pens – Harmless Toy or Injurious Weapon? Only a Proper Design Analysis Can Tell, MS Morse, G Tolchinsky, IEEE PSEN Newsletter, , Vol 4, No 1, March 2008, pp 20-30.
The Undetected Trauma -- Low Voltage Electrical Injuries (Poster Only) -- Chris Gilyard, MS Morse, W Mohr, D Ahrenholtz, American Burn Association Meeting, Chicago, April, 2008.
The Undetected Trauma -- Low Voltage Electrical Injury (Presentation Only) -- Chris Gilyard and Michael Morse, Midwestern Regional Burn Conference, Minneapolis, September, 2007
The Case of the 120 Volt Electrocution Mystery, M.S. Morse, EC&M (The Magazine of Electrical Design Construction and Maintenance), October, 2007.
The Case of the Misguided Move, M.S. Morse, EC&M (The Magazine of Electrical Design Construction and Maintenance), May, 2007
Defining and Designing for the Reasonable Person, M.S. Morse, G. Tolchinsky, IEEE PSEN Newsletter, Vol 3, No 1, March 2007.
Other
Webinar: Designing for Electrical Safety the can Withstand Legal Scrutiny, Eaton Corporation, June 3, 2009
Invited participant and presenter
at “Stun Devices: Uncertainties & Gaps In Knowledge Conference”,
Potomac Institute for Policy Studies, Arlington, VA, February 23rd
and 24th.
Contributing
source to an article on diffuse electrical injury entitled “What Happens When Electricity
Doesn’t Play by the Rules?” by Matt Halverson, EC&M (The Magazine of
Electrical Design Construction and Maintenance), June 2004.
Contributing
source to an article on electrical injury entitled “A Little Time and a Lot of
Pressure” by Matt Halverson, EC&M (The Magazine of Electrical Design
Construction and Maintenance), June 2003.
Contributing source to Maxim Magazine (October 2003, page 48) Provided an answer to that age old question of what happens when you stick a fork in an electrical outlet.
Media
Discovery Channel: Machines of Malice (Appearance and technical consultation) 2009
NCIS -- (Technical Consultation) Episode Airdate: 4/28/2009
Bones -- (Fox Network) -- (Technical Consultation) Episode: Player under pressure.