Long Ho, Ph.D. Email & Phone Number

California, United States

Westminster, California, United States

As the Senior Pastor and Church Planter of Unity Vietnamese Church, I lead a vibrant and growing congregation dedicated to worship, discipleship, and evangelism within the Vietnamese-speaking community. My role encompasses preaching and teaching the Word of God, shepherding members across all age groups, and fostering spiritual growth through impactful ministry programs. Since founding the church in 2023, I have guided its development, including building leadership teams, establishing a worship culture, and aligning with a denominational network. My passion lies in cultivating unity and equipping believers to serve Christ and share the Gospel in our community and beyond.

St Bonifacius, Mn

Instructor for Systematic Theology I (THE 3522) – an online course providing a comprehensive survey and critical analysis of foundational Christian doctrines. The course explores revelation, the inspiration of Scripture, the nature and attributes of God, creation, humanity, and sin. Engaging with a variety of theological perspectives, the curriculum emphasizes a nuanced understanding of these doctrines through the lens of the Christian and Missionary Alliance tradition. Delivered in a dynamic online learning environment, the course combines rigorous academic study with practical applications to equip students for ministry and theological engagement. Textbooks include "Introducing Christian Doctrine" by M.J. Erickson (2015, 3rd Edition), "Introducing Christian Theologies" by V. I. Ezigbo (2013), and "Theology in the Democracy of the Dead" by M. Jenson (2019).

La Mirada, Ca

Teaching traditional courses of Intro to Probability and Statistics (MATH 210): Nature of statistical methods, description of sample data, fundamental concepts of probability, probability distributions, sampling, estimation, correlation and regression, application of same. [Since Fall 2018]Teaching online courses in Business Statistics (MATH 190): Collection and presentation of business data, central tendency and dispersion measures for business analysis, sampling and inference for confidence intervals and hypothesis testing, business forecasting with simple and multiple regression, index numbers. [Since Spring 2018]Teaching traditional courses of Quantitative Reasoning for the Natural Sciences (MATH 121): The application of basic mathematics skills to the understanding of quantitative information in natural sciences. [Since Fall 2020]Taught traditional capstone courses in Software Engineering (CSCI 450) to senior undergraduate students majoring in Computer Science. The subjects include concepts, principles, techniques, and documents of software engineering and emphasis on systematic approaches to software engineering and the software life cycle. Directing and coaching students in developing required senior team projects. Prerequisites include Introduction to Computer Science (CSCI 105), Data Structures (CSCI 106), Computer Organization and Assembly Language Programming (CSCI 220), Programming Languages (CSCI 230), Operating Systems (CSCI 311), and Computer Communications (CSCI 430). [For two years]Taught traditional physics lab courses: General calculus-based (PHSC 134; 237) and non-calculus-based (PHSC 117; 118) physics laboratory courses. The subject matters include applications of the laws and theories of mechanics, thermodynamics, electricity, and magnetism. Co-requisites include Calculus I (MAT 105), General Physics I (PHSC 132), and General Physics II (PHSC 233). [For two years]

Greater Los Angeles Area

Satellite Development Center • Led activities to develop and maintain complex architectures, requirements, algorithms, interfaces, and designs of real-time satellite simulation systems. Served as a subject matter expert for software domains, system-specific issues, and development processes. Trained and mentored others in software engineering best practices (6/12-3/16).Satellite Modem • Researched and developed a high-speed modem prototype using SDR-based software and FPGA COTS products. Developed waveforms to demonstrate through live satellites between Boeing Seattle, Boeing Huntington Beach, and MIT’s Lincoln Lab. Developed and integrated multiple software components into a fully functional large-scale military satellite terminal and tactical radio systems (8/2009-6/2012).National Border Surveillance System • Developed software verification plans, test procedures, and test environments. Performed assessment to meet the software requirements from the Customs and Border Protection and complied with the Department of Homeland Security's frameworks (1/08-8/09)Tactical Radio • Researched and developed prototypes including military pilot survival radio, joint radio network management, and secured MANET technologies. Led team to define performance models for simulation of SDR-based embedded platforms and various military waveforms. Established a best-practice in modeling and simulating SDR-based systems concerning performance evaluation, workloads, and resource optimization (4/05-1/08)Software-defined Radio and Network-Centric Operation (NCO) • Researched and developed strategic architecture and technologies including Interoperable NCO, Reference Model for the NCO Industry Consortium, and SOA-Service Discovery Protocol for MANET. Led team to develop an SCA-compliant Test waveform to validate an open architecture standard. Led another team to develop model and application of NCO interoperability to integrate major platforms (JTRS, FCS, C-17, B-52) (3/01 - 4/05)

Greater Los Angeles Area

Military Navigation Systems • Worked with Unix, Ada, assembly languages, MIPS architecture to create solutions for complex problems in GPS User Segment: (a) high-dynamic acquisition and tracking with/out INS aiding (used in Exo-atmospheric Kill Vehicle); (b) anti-jamming capability (used in Conventional Air-Launched Cruise Missile); (c) Direct-P/Y code acquisition; and (d) Selective Availability Anti-spoofing. Developed BIT software to verify the combined health status of GPS receiver, external antenna system, and GPS/INS interface unit.

Cedar Rapids, Iowa Area

Military Avionics Systems • Worked with VAX/VMS mainframe, Jovial, Ada, and a full software life-cycle processes to develop reusable real-time Hardware Abstract Layer (HAL) and Signal Processing Built-in-Test (BIT) components for various GPS receiver platforms: Hand-held (PLGR), airborne (MAGR), and weapon (JDAM). Developed PC-based tools using Windows SDK to analyze performance and fault tolerance of various military GPS receiver form factors.

Ph.D., Educational Studies

Master’S Degree, Christian Ministry & Leadership

Graduated magna cum laude

Master'S Degree, Electrical And Electronics Engineering

www.fullerton.edu/ecs/

Bachelor'S Degree, Electrical And Electronics Engineering, 3.5/4.0

www.dordt.edu/academics/programs/engineering