INNOVATE LLC

Added by M.H. Hassan, PhD, PE

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Listed in Automotive, Biomedical Engineering, Computers, Education, Electrical, Electrical Engineering, Electronics, Engineering and Physical Science, Schools, Software Engineering

Company Name: INNOVATE LLC
Education and Credentials:
INNOVATE offers Engineering Expert Witness services including Patent Infringement, Forensic Engineering, Safety Engineering, Electrical Accidents,  Electrical Burns, Electrical Codes and Compliance, Engineering Investigation, Electrical Accidents,  Electrical Fire, Electrocution, , Electronic Evidence, Fire Code and Safety. 

Dr. M.H. Hassan, PhD, PE
* Ph.D. Electrical and Computer Engineering (1988), Wayne State University, Michigan, USA; M.S. Electrical Engineering (WSU); M.S. Electronics Engineering (UT); B.S. Electrical Engineering (UB).
* Licensed Professional Engineer, State of Michigan, License No. 6201034468.1989-present.
* Course in Mechatronic Systems (with Dr. Kevin Craig), Rensselaer Polytechnic Institute, New York, 2001. (Sponsored by the NSF)
* Course in Creativity and Innovation (with Dr. G. Graham Allan and Zinovy Y. Royzen), University ofWashington, Seattle, Washington, 2001. (Sponsored by the NSF)
* Course in Teaching Creative Thinking to Enhance Critical Thinking (with Dr. Sidney J. Parnes), StateUniversity College at Buffalo, New York, 2002. (Sponsored by the NSF)
* Course in Object Oriented Programming, C++ and Java (with Dr. Joseph E. Lang), University of Dayton,Dayton, Ohio, 2002. (Sponsored by the NSF)
* Workshop in NanoEngineering Design and IEEE DesignCon Conference, Silicon Valley, California, 2003.
* IEEE Workshop in Leadership, IEEE Region 4, Romulus, Michigan, 2004.
* Corporate Management Course, Approved by the State of Florida, Florida, 2006.
* Corporate Investment Course, Approved by the State of Florida, Florida, 2007.
* LEED Seminar, Orlando, Florida, Orlando 2011
* Remcom’s XFdtd workshop, Orlando, Florida, 2012, Orlando, FL.
* Comsol’s Multiphysics workshop, Orlando, Florida, 2012, Orlando, FL
* IBM Course in Systems Engineering, INNOVATE Symposium, June 2014, Orlando, FL.
* IBM Continuous Engineering for the Internet of Things Symposium, Sept. 2014, Orlando, FL.
* AmCon Orlando Seminars, April 2015, Orlando, Florida
* National Instruments, Developing Monitoring and Control Systems with LabView & Compact RIO Hands –On, June 2015, Orlando, FL.
* IBM Continuous Engineering for the Internet of Things Symposium, December 2015, Orlando, FL.
* AmCon Orlando Seminars, March 2016, Orlando, FL
* IBM Continuous Engineering for the Internet of Things Symposium, Sept. 2016, Orlando, FL.
Specialties:
INNOVATE offers Engineering Expert Witness services including Patent Infringement, Forensic Engineering, Safety Engineering, Electrical Accidents, Electrical Burns, Electrical Codes and Compliance, Engineering Investigation, Electrical Accidents, Electrical Fire, Electrocution, , Electronic Evidence, Fire Code and Safety. For free consultation, call us at +1-407-780-5585 or email us at innovatellc@gmail.com.
Profile: M.H. Hassan has over 25 years of experience as a professor, consulting engineer, expert witness, and inventor specializing in the field of Electrical Engineering with specific knowledge and expertise in the areas of: Systems Engineering, Electrical Systems, Electronics Engineering, Computer Engineering, Microprocessors, Microelectronics, Analog Integrated Circuits, Digital Integrated Circuits, Mixed-Signal Integrated Circuits, Programmable Chips, Analog Communication Systems, Digital Communication Systems, Communication Networks, Telecommunications, Optics, Fiber Optics, Optical Electronics, Optical Communications, Optical Sensors, Embedded Systems, Signal Processing, Analog Control Systems, Digital Control Systems, PLCs, Computer Vision, Digital Image Processing, Imaging, Document Imaging, Automotive Electronics, AI, Expert Systems, Decision Theories, Decision Under Uncertainty, Analog Circuits, Automation, Batteries, Circuits, Communication, Computer, Control Engineering, Control Systems, Data Acquisition, Data Analysis, Digital Signal Processing, Digital Systems, Electric Devices, Electro-mechanical Devices, Electronics, Embedded Systems, Engineering, Engineering Education & Training, Engineering Electrical, Engineering Electronics, Engineering Consulting Services, Integrated Circuits, Intellectual Property, Internet & Technology, Laser Systems, Microprocessors, Microcomputers, Microwave, Noise Pollution, Alternative Energy, Power Plants, System Analysis, System Design, Technology, Wireless Systems. He published peer-reviewed papers and books on such topics as Computer Engineering, Computer Vision, Digital Image Processing, Automated Vehicles, Communication Systems, Electronics, Optics, and Integrated Circuits. He was also granted three US patents related to Electric Vehicles, Wireless Communications, Optical Switches, and Alternative Energy Plants. Dr. Hassan was awarded the IEEE Best Educator award and served as Vice Chair of IEEE SEM Section, and as the Chair of the Consultants’ Network of the IEEE Orlando Section. He is a licensed professional engineer, a senior member of IEEE, a member of Tau Beta Pi, Eta Kappa Nu, and Sigma Xi, a member of the Inventors Council of Central Florida, and a former member of SPIE and ACM.
Experience:
1. Employer: INNOVATE, LLC, Windermere, Florida, USA
Position: Research Scientist
Dates: July 2007 - Present
Duties:
Product Design and Development
Research and Development
Engineering Consulting Services
Expert Witness Services
Intellectual Properties and Patent Development
Updating of Existing Products
Commercializing Technology
Designing end-to-end system solutions
Applying new technology to create strong value propositions
Aligning technological solutions with business strategy
Product line enhancement and evolution
Creating and protecting intellectual property
Technical evaluation of investment/acquisition candidates.
Prototype development and fabrication
Problem Solving.
Innovative Idea Creation
Education - Course Development
Education – Professional and Training Development
Education – Textbook Development
Realization of specific products or services:
System and product architecture
Standards compliance and implications
Technology evaluation and tradeoffs
Make vs. buy decisions
Develop vs. outsource decisions
Vendor evaluation and selection
Design reviews
Product rollout
User documentation and training
Competitive market analysis
2. Employer: Lawrence Technological University, Southfield, Michigan, USA
Position: Associate Professor
Dates: September 1988 – July 2007 (20 Years Experience of Teaching, Research, and Advising)
Duties:
* Research and Development
* Teaching Undergraduate and Graduate Students
* Course and Program Development (helped to develop a large number of courses and degrees)
* Research Grants Development
* Management and Leadership
* Project Design, Advising, and Implementation
* Student Advising
* ABET Industrial Liaison
* Served on the University Strategic Planning Committee
* Served on the Faculty Senate
3. Employer Name: Wayne State University, Detroit, Michigan, USA
Position: Adjunct University Professor/Graduate Advisor
Dates: Jan. 1985 to May 1988 (as a Teaching Assistant) and Sept. 1992 to July 2002 (an Adjunct Professor and Graduate Advisor) 14 Years of Teaching and Research Experience
* Research and Development (Published numerous papers and reports)
* Teaching Undergraduate and Graduate level courses
* Course Development (developed a large number of engineering courses)
* Research Grants Development
* Management and Leadership
* Project Design, Advising, and Implementation
* Students’ Advising

Awards and Recognition
* Member of the Inventors Council of Central Florida, 2008- Present.
* IEEE Region 3, Certificate of Appreciation Award “in recognition and appreciation of your valued services and contributions as Consultants Network Chair”, 2008-2016.
* IEEE Outstanding Engineering Educator Award, November 12, 2009.
* IEEE Orlando Section, Certificate of Appreciation Award “in recognition and appreciation of your valued services and contributions as Consultants Network Chair”, 2009.
* IEEE Invited Speaker Award “In appreciation of your special contribution,” August 5, 2008.
* IEEE Region 3, 2008 Certificate of Appreciation Award “for Notable Services and Contributions towards the advancement of IEEE and the Engineering Professions,” 2008.
* IEEE Orlando Section, Certificate of Appreciation Award “in recognition and appreciation of your valued services and contributions as Consultants Network Chair”, 2008.
* IEEE Southeast Michigan Section, Certificate of Appreciation Award “for Outstanding Contribution as an Invited Speaker to the Success of the Spring 2004 Section Conference”, March 24, 2004.
* IEEE Region 3, Orlando Section, Chair of the Consultants Network Affinity Group, 2008-Pres.
* IEEE Region 4, Southeast Michigan (SEM) Section, Section Vice-Chair, 2004.
* IEEE Region 4, Southeast Michigan Section, Director of Student Activities, 2001-2003.
* Promoted to a Senior Member Grade, The Institute of Electrical and Electronics Engineers (IEEE),October 27, 1993.
* Licensed Professional Engineer, State of Michigan, February 08, 1989.
* Elected Member, Sigma Xi, the Scientific Research Society, 1988.
* Elected Member, Tau Beta Pi, the National Engineering Honor Society, December 2, 1988.
* Elected Member, Eta Kappa Nu, the Electrical Engineering Honor Society, April 22, 1988.
* Wayne State University Research Scholarship Award, 1988.
* Thomas C. Rumble / Wayne State University Graduate Fellow Award, May 12, 1987.
* Wayne State University Graduate-Professional Scholar Award, May 15, 1985.
* Wayne State University Teaching Scholarship Award (Graduate Assistant II), September 04, 1985.


Courses Developed and Taught
EEE2114 Circuits 1,
EEE2111 Circuits 1 Lab.,
EEE2123 Circuits and Electronics (for non-EE majors),
EEE2211 Digital Electronics Lab.,
EEE2213 Digital Electronics,
EEE3121 Circuits 2 Lab.,
EEE3123 Circuits 2,
EEE3153 Electrical Machines and Control (for non-EE majors)
EEE3221 Advanced Digital Electronics Lab.,
EEE3223 Advanced Digital Electronics,
EEE3231 Microprocessors Lab.,
EEE3233 Microprocessors,
EEE3311 Electronics Lab.,
EEE3313 Electronics,
EEE3422 Advanced Computer Application Lab.
EEE3513 Introduction to Electrical Systems,
EEE4231 Microprocessors 2 Lab.,
EEE4233 Microprocessors 2,
EEE4321 Advanced Electronics Lab.,
EEE4323 Advanced Electronics,
EEE4423 Communication Systems,
EEE4511 Control Systems Lab.,
EEE4513 Control Systems,
EEE4812 EE Projects 1,
EEE4822 EE Projects 2,
EEE4911 Directed Study in Electrical Engineering,
EEE4923 Special Topics in Electrical Engineering
MAT1050 Algebra with Trigonometry,
ECE3580 Electronics Laboratory,
ECE3310 Electrical Circuits Laboratory, and
ECE3630 Digital Circuits Laboratory
EEE5114 Engineering Analysis
EEE5274 Image Processing
EEE5444 Digital Communications
EEE5534 Digital Control Systems
EEE5624 Computer-Aided Design of Integrated Circuits (VHDL)
EEE6534 Adaptive Control Systems
EEE6314 Computer Vision
EEE6624 Digital VLSI Design
ECE5310 Active Filters/Network Synthesis
ECE5700 Digital Communications
ECE5870 Optical Communication Networks
ECE7530 Introduction to VLSI System
ECE7680 Robotics and Machine Intelligence

Design Projects
* Petroleum-Alternative Power Plant (US Patent # 8,729,726; May 20, 2014) https://www.google.com/patents/US8729726
* Digital Communication Method and System (US Patent # 8,559,825; October 15, 2013) https://www.google.com/patents/US8559825
* Green Electric Vehicle Utilizing Multiple Sources of Energy (US Patent # 8,220,569; July 17, 2012) https://www.google.com/patents/US8220569
* Image Thresholding Based on Human Learning Theory (Published Paper)
* Real-Time Image Thresholding Technique Using Digital Filters (Published Paper)
* Polygonal Approximation for Digital Image Segmentation (Published Paper)
* Object Recognition Based on Dempster-Shaefer Reasoning (Published Paper)
* Speed-Sensitive Radio for Automotive Applications (Published Paper)
* Voice Recognition Digital Cipher Lock for Smart Vehicles (Published Paper)
* An Intelligent Approach for Sensor Integration based on Fuzzy Set Theory and Dempster’s Rule for Combining Beliefs (Published Paper)
* Image Segmentation Using Variable Thresholding Functions (Published Paper)
* Microprocessor Guided Vehicles for Manufacturing Applications (Published Paper)
* Diesel Engine Controller for Improved Air Quality and Engine Performance (Published Paper)
* A Microprocessor Controlled Portable Communication System for the Impaired (Published Paper)
* Real Time region Growing Algorithm for Image Segmentation and Target Tracking (Published Paper)
* A VLSI Implementation of a Thresholder for Real-Time Image Segmentation (Published Paper)
* Teaching How to Design Analog and Digital Filters in One Lecture (Published Paper)
* The Introduction of Creativity, Innovation and Research in the Classroom (Published Paper)
* A Low Distortion Tri-Wave to Sine Converter Using FET Difference Amplifier (Published Paper)
* Intelligent Control System Using Dempster-Shafer Theory of Evidence (Published Paper)
* Electrometer and Electrocardiogram Design (Published Report)
* Real-Time Target Recognition (Published Report)
* Real-time Signal Enhancement Method and Apparatus (Published Report)
* Hybrid Electric Vehicle Design and Production (Published Report)
* Identification of Design Glitches with High-Power Light Emitting Diodes (Published Report)
* Automated Guided Vehicle (Published Report)
* Speed-Sensitive Radio for Automotive Applications (Published Paper)
* Voice Recognition Digital Cipher Lock for Smart Vehicles (Published Paper)
* Recognition of Industrial Parts in Noisy Environments (Published Paper)
* Electrical System Design for Residential and Commercial Buildings (Published Report)
* 100 Wrms by 100 Wrms Audio Amplifier (Published Report)
* Infrared Motion Detector (Published Report)
* Polygonal Approximation for Image Segmentation (Published Paper)
* Infrared Remote ON/OFF Switch (Published Report)
* Signal Averaging Module-1 (Published Report)
* Temperature Control Unit using MC68000 (Published Report)
* Electronic Dartboard (Published Report)
* Baseball Scoreboard (Published Report)
* Common Theory and Applications of Field-Effect Transistors (Published Report)
* MIDI: Musical Instrument Digital Interface Channelizer and Status Box (Published Report)
* 1 MHz Digital Oscilloscope for an IBM PC (Published Report)
* 10 Band Graphic Equalizer using Digital Signal Processing (Published Report)
* Radio Frequency Tag Information System (Published Report)
* 16-QAM Wireless Modem (Published Report)
* Automatic Pool Control (Published Report)
* Analog Aquarium Thermometer with Liquid Crystal Display (Published Report)
* Diskette Duplication Station (Published Report)
* Home Audio and Intercom System (Published Report)
* Digital Tachometer (Published Report)
* 180 Degree Pyroelectric Detector (Published Report)
* Home Intercom/Stereo System (Published Report)
* M68000 Based Home Security System (Published Report)
* 512x512 Frame Grabber-Digitizer (Published Report)
* Four Channel Digital Storage Oscilloscope (Published Report)
* Portable Paging System for Offices (Published Report)
* Laser Range Finder (Published Report)
* Connect Four Using MC68000 (Published Report)
* Automatic Windshield Wiper Defrezeer (Published Report)
* Design of a Wide Bandwidth Function Generator (Published Report)
* Design of a Robo-Dragon (Published Report)
* Design of a Light-Effect System Using VHDL (Published Report)
* Design and Implementation of a Portable Power Meter (Published Report)
* VLSI Design of an Electronic Lock (Published Report)
* VLSI Design of a Linear Buffer Circuit (Published Report)
* Rule-Based Expert System for Engine Diagnosis (Published Report)
* Unconventional Imaging Techniques (Published Report)
* Volume Holographic Memories: The Crystal Clear Solution (Published Report)
* The Advisor: An Expert System for Helping Students with their Course Selection (Published Report)
* Fiber Optics for Smart Structures (Published Report)
* A High Density Memory Array of Two Terminal Resistive Switches for Solid State Disk Applications (Published Report)
* Volume Optical Holographic Random Access Memory (Published Report)
* Fiber-Optic Gyroscopes (Published Report)
* The Conversion of the Local Loop to Optical Fibers (Published Report)
* Hierarchical Spatial Data Structures (Published Report)
* Digital Communications Used in Automotive Industry (Published Report)
* Jitter in Digital Communications (Published Report)
* Deep-Space Communications (Published Report)
* Source Encoding with Emphasis on Quantization (Published Report)
* ASIC Design of an Events Counter (Published Report)
* ASIC Design of a 4-way Traffic Light Controller (Published Report)
* ASIC Design of an Elevator Controller (Published Report)
* ASIC design of a Headlight and Wiper Blades Controller (Published Report)
* Bi-Directional Motor’s Speed, Direction, and Operational Cycle Controller with VHDL (Published Report)
* ASIC Design for a Sump-Pump Control System. (Published Report)

Intellectual Properties:
* Petroleum-Alternative Power Plant (US Patent # 8,729,726; May 20, 2014)
* Digital Communication Method and System (US Patent # 8,559,825; October 15, 2013)
* Green Electric Vehicle Utilizing Multiple Sources of Energy (US Patent # 8,220,569; July 17, 2012)
* Unidirectional and Bidirectional Digital Communication Switch, US PTO, Document Disclosure No. 0603780, July 21, 2006.
* Apparatus and Device for a Global Digital Communication System, US PTO, Registration number 598787, April 13, 2006.
* Solar and Wind-Powered Vehicle, US PTO, Document Disclosure No. 598626, April 13, 2006.
* Accurate Tank Gauge, US PTO, Document Disclosure No. 509188, April 01, 2002.
* Accurate Frequency Multipliers, US PTO, Document Disclosure No. 509186, April 01, 2002.

Books
* M.H. Hassan, Systems Engineering Innovation and Design, Nov. 2016, www.amazon.com/dp/1522804552
* M.H. Hassan, Fundamentals of Digital Logic Design With VHDL, 2015,
www.amazon.com/dp/1517086361
* M.H. Hassan, Microprocessors and Microcomputers, 2015, www.amazon.com/dp/1517080479
* M.H. Hassan, Digital Electronics With VHDL Design, 2015, www.amazon.com/dp/1517085438
* M.H. Hassan, “Fundamentals of Digital Logic Design With VHDL”
www.amazon.com/dp/0981619444
* M.H. Hassan, “Digital Electronics with VHDL Design” www.amazon.com/dp/098161941X
* M.H. Hassan, “Microprocessors Hardware and Software Design Using MC68000”, www.amazon.com/dp/0981619401
* M.H. Hassan, “Microprocessors and Systems Design”, www.amazon.com/dp/0981619436
* M.H. Hassan, “ Microprocessors Lab. Manual”, Lawrence Technological University.
* M.H. Hassan, “Advanced Digital Electronics Lab. Manual”, Lawrence Technological University.
* M.H. Hassan, “An AI Approach for Object Recognition”, Ph.D. Thesis.
* M.H. Hassan, “Triangular To Sine Wave Conversion”, M.S. Thesis.

Skills:
* Inventor with 3 granted US Patents # 8,729,726; 8,559,825 and 8,220,569.
* Designed a large number of Complex Systems, Electrical Systems, Digital and Analogue Systems, Mechatronics Systems.
* Knowledge and Design of Microelectronics Systems, Design and Development of Digital/Analog/Mixed Integrated Circuits, ASIC, FPGA, PLDs; High-Performance Reconfigurable Computing, Digital Systems Design; Custom Design of Integrated Circuits at Transistor-level; Semi-custom Design at Cell and Gate levels.
* Used Design/modeling/simulation tools, CUPL, VHDL, Verilog, Schematic Capture, PCB layout, Altara MAX+Plus II/Quartus II, Cypress WARP, Mentor Graphics, Tanner L-Edit, Cadence, Orcad, SPICE, MAPLE, MATLAB, & Circad.
* Designed and Utilized Embedded Systems, Microprocessors, Microcontrollers, Self-Standing Microcomputers Design, Memory, I/Os peripheral interface, Sensors and Actuators. Hardware and Software Assembly. PLCs.
* Knowledge and Design of Digital and Analog Communication Systems; Digital Communication Networks; Wireless and Space Communications; Digital Communication Theory; and Optical Communication Systems.
* Knowledge and Design of Imaging Systems, Medical Imaging, Real-time Digital Image Processing and Computer Vision, Perception, Motion Detection, Image Enhancement and Restoration, Image Segmentation, Image Compression, Image Representation, Object Detection and Tracking, Real-Time Object Recognition, Recognition under Uncertainty, Robotics and Robotic Vision; Digital Signal Processing.
* Knowledge and Design of Sustainable and Alternative Energy, Hybrid Electric Vehicles, and Guided Vehicles, Developed a patented system of a “green electric vehicle”.
* Knowledge and Design of Controls and Dynamical Systems, Continuous and Digital Control Systems Design, System Modeling, Optimal Control, Non-linear Control, Adaptive Control, and Mechatronics Systems Design. Simulation and Design Tools.
* Knowledge and Design of Artificial Intelligence and Expert Systems, Knowledge Representation. Decision Theories, Fuzzy Sets and Fuzzy Logic, Reasoning based on Uncertainty, and Multi-Sensor Fusion.
* Knowledge and Design of Optical Systems and Optical Computing, Fiber Optics, Integrated Optics, Optical Electronics, and Optical Communication Systems.
* Knowledge and Design of Electrical Systems, Wire Harness Design, Design According to National Code of Residential and Commercial Buildings; Automotive Electrical Systems and Automotive Electronics.
* Developed and Taught a Large Number of Undergraduate and Postgraduate Courses.
* Helped to develop a number of Degrees and Programs.
* Advised a large number of Undergraduate and Postgraduate students.
Years in Practice: 10+
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