Robert Cruickshank (born July 20, 1960) is an American mechanical and telecommunications engineer, writer, consultant and is the holder of several United States & International Letters patent.
Early life and education
Cruickshank was born in New Rochelle, New York to Robert and Denise Cruickshank and is the brother of Laura Cruickshank (architect), Suzanne Cruickshank (real estate broker), Kathleen Cruickshank (nurse), Denise Cruickshank (tutor), James Cruickshank (arborist and NYC park manager), Elizabeth Cruickshank (therapist).
As a youth, Cruickshank attained the rank of Life Scout in the Boy Scouts of America (BSA).
Cruickshank graduated from the Peddie School in Hightstown, New Jersey in 1978. During his matriculation he was fortunate enough to have a mentor in John Sprout, an influential New Jersey Mathematics teacher.
Marriage and children
Robert Cruickshank met Laurie Asperas Valayer in 2009 and they married in Bermuda, November 2014. They are the parents of four children Mareva, Aidan, Rowan and Kiara.
In 1979 Cruickshank matriculated to Worcester Polytechnic Institute (WPI) in order to pursue a bachelor of science degree in mechanical engineering.
During his undergraduate years and under the auspices of Ryszard (Rich) J. Pryputniewicz, an esteemed scholar and academic of thermodynamics, efficiency, optical metrology and laser holography, Cruickshank designed 18 credit hours in alternate energy sciences and energy management.
As part of his self-designed and directed curriculum he designed, installed and maintained a solar photovoltaic off-the-grid power system and performed a meteorological energy survey of a wilderness area.
Cruickshank submitted and Worcester Polytechnic Institute accepted his major qualifying project "Renewable Energies, a guide for assessing site energy potential of wind, solar, hydro, biomass and forest products" as well as his interactive qualifying project, "Trading with Utilities, a guide for selling output from co-generating P.U.R.P.A. power plants". Upon their acceptance Cruickshank earned a bachelor of science degree with distinction in mechanical engineering in 1983.
In 1983 Cruickshank was awarded a teaching assistantship working under Ryszard (Rich) J. Pryputniewicz.
As Ryszard's teacher's assistant, Cruickshank performed research and class work in engineering experimentation, instrumentation, data acquisition, heat transfer, thermodynamics, fluid dynamics, laser methods, fiber and free space coherent and non-coherent optical metrology, remote sensing and vision, computer modeling, and robotics. In addition to evaluating homework assignments and tutoring students, he managed procurement and projects to aid facility expansion from one to ten laboratories.
His thesis presentation, "Quantitative Mapping of High Temperature Fields through Fiber Optics." was accepted and he was conferred a Master of Science in 1985.
In 1990, Cruickshank was accepted as a doctoral candidate to the esteemed University of Colorado, Boulder campus (CU Boulder), to pursue a Ph.D in Computer Science and Civil Engineering.
Cruickshank remained ABD until his return in 2016 to complete his dissertation, "Optimal Real-time Distributed Control of Electric Power Generation and Utilization via a Ubiquitous Data Communications Infrastructure".
Postgraduate & Further Education
MIT Sloan Management Training: courses in Leadership, Team Building, Windows, Unix, Mac, Visualization, Helicopters, Motorcycles
Liaison with Colorado and Wyoming PUCs on telecommunications and energy demand side management, 1991-1993
N.A.T.O. Advanced Study Institute on Optical Metrology, Portugal 1983
In 1986, Cruickshank enlisted in and was attached to the Wyoming Air National Guard (WYANG), Cheyenne WY. In 1987, after completion of Officer Training School (OTS) at the Air National Guard, Academy of MIlitary Science at McGhee Tyson Air National Guard Base in Knoxville, TN, Cruickshank was commissioned as a United States Air Force (USAF) Second Lieutenant. Upon commission, he was accepted to and completed Undergraduate Pilot Training (UPT) as a member of class 88-06 at Columbus Air Force Base, Mississippi, and then attended follow-on Lockheed C-130H transition training at Little Rock Air Force Base, Oklahoma. In 1989, he was promoted to the rank of Captain. Foregoing the opportunity to achieve the rank of Major, Cruickshank elected to be honourably discharged from the USAF and WYANG in 1995 in order to complete his studies and develop the international standard cable modem (aka DOCSIS).
- Air Force Training Ribbon
- Small Arms Expert Marksmanship Ribbon (SAEMR)
- Combat Readiness Medal
- National Defense Service Medal
- Air Force Longevity Service Award
- Wyoming National Guard Service Ribbon
- US National Renewable Energy Lab, Golden CO, 2016 – Present, Visiting Researcher
- Cablevision/Altice, Bethpage, NY, 2008 – 2011, 2013 – 2016, Operations Architect, SVP, VP
- Rev2 Networks, Valhalla, NY, 2011 – 2012, Chief Executive Officer and Chief Technology Officer
- ARRIS Group, Inc., Atlanta, GA, 2007 – 2008, Vice President Operations & Business Support Strategies
- C-COR, Inc., State College, PA, Beaverton, OR, 2004 – 2007, Vice President Market Strategy & Chief Architect
- Stargus, Inc., Andover, MA, 2000 – 2004, Co-Founder, Member of Board of Directors
- Road Runner High Speed Online, Herndon, VA, 1998 – 2000, Interim CTO and Vice President Engineering
- Cable Television Laboratories, Louisville, CO, 1994 – 1998, 2016 – Present, VP and Department Head, PNM Technical Lead, PNM Advisor
- Power Networks, Big Indian, NY, 1993 – Present, Founder and General Manager
- United States Air Force, WYANG, Cheyenne WY, 1987 – 1995, Captain and Co-Pilot, C-130H
- University of Colorado, Boulder, CO, 1994, 2016 – Present, Founder ATM Group, Telecom Lab, Research Assistant
- CyberLYNX Gateway Corporation, Boulder, CO, 1991 – 1993, Vice President Energy Management
- AT&T Bell Telephone Laboratories, Denver, CO, 1985 – 1991, Member of Technical Staff
Characterizing Electric Grid System Benefits of MPC-Based Residential Load Shaping
Robert Cruickshank ’83 Back on the grid, with renewed efficiency
Empirical Investigations of the Opportunity Limits of Automatic Residential Electric Load Shaping
Trading with Utilities: Cable Facility and Customer Opportunities
The Souls of DOCSIS: Lehr und Kunst in Developing the World’s First Standard Cable Modem and Internet Protocol Multimedia Delivery System
Emerging Technologies: An Information Business Architecture that Enables Efficient Cable Operations and Enhances Customer Experience
EPNs A Game-Changer for Cable Operators
End-to-End: Ticketing for Care
Financial Model for Measuring Cost Savings Driven by Service Operations
SCTE Digital Home Symposium: Cable Energy Management - Presentation
SCTE Digital Home Symposium: Cable Energy Management - A New Horizon in the Digital Home
Prioritising Undetected Service Outages
Drill Here: Emerging MSO Technology: Systemic Prioritization of Undetected Service Outages to Improve Overall Business Performance
No Troubled Home Or Business Left Behind: Using Service Assurance Software to Raise Cable TV Service Levels While Driving Cost Out of the Business
Proactive Network Visibility: Utilizing Service and Device Mapping for Outage Response & Network Planning
The OSS Lifeline Driving “Availability” with Improved Reporting, Metrics and Response Throughout the Cable System
When to Split: Quantitative Measures for Capacity Expansion & Planning / Quantitative Messungen für die Kapazitätserweiterung und –planung bei Netzsegmentierung
Orchestrating Utility Supply And Demand In Real-Time Via The Internet, Home Networks & Smart Appliances
Listen to The Network: Using DOCSIS to Manage DOCSIS Networks
CableEdge Feature Description: Accurate Reporting of CNR via Fingerprinting, Calibration, and Normalization
CableEdge Connectivity And Traffic Events And Descriptions
CableEdge 1.3.0 Application User’s Guide
CableEdge SNMP MIB Object Collection Requirements
CableEdge SNMP MIB Object Collection Requirements Including Customer Care
The Future of Cable Network Optimization: CableEdge and Next Generation CMTSs
Comprehensive DOCSIS Data Collection with Negligible Network Impact
The Need for DOCSIS Network Management
The Need for EuroDOCSIS Network Management
Standard Performance Metrics in DOCSIS Networks
CableEdge Capacity Optimization Brief
Consumption Monitoring Methods for DOCSIS Networks
Optimal Real-Time Distributed Control of Electric Power Generation and Utilization via a Ubiquitous Data Communications Infrastructure