Requirements & Concept Evaluation
Clarify functions, interfaces, operating conditions, constraints, performance targets, technical risks, and practical development paths.
Electronic Systems Engineering
Product Development from Concept to Production
MicroFab provides independent electrical and electronic engineering support for organizations developing new products, improving existing designs, solving production problems, or adding electronic capability to a multidisciplinary system.
Engineering Support Matched to Your Development Stage
You may need help defining the system, developing a circuit or subsystem, reviewing a design, evaluating a prototype, resolving a technical limitation, or preparing for reliable production. MicroFab can support a focused task or work as an external engineering resource alongside your team.
Organizations We Support
- Startups developing a new electronic or technology product
- Small and medium-sized companies without a full internal electrical-engineering department
- Mechanical, chemical, biomedical, instrumentation, and manufacturing organizations needing electronic-system expertise
- Semiconductor, microelectronics, equipment, materials, and component companies
- Established manufacturers improving a design or addressing a production problem
Typical Reasons to Engage MicroFab
- Requirements are incomplete, conflicting, or technically uncertain
- A concept must be converted into a practical architecture
- A prototype does not meet performance, reliability, or interface requirements
- A product must be redesigned for manufacturability or production scale
- Independent technical review is needed before committing additional resources
Product-Development Capabilities
The work is organized around the product need, technical evidence, available resources, and decisions the client must make.
System & Circuit Development
Develop or review electronic architectures, circuits, components, sensors, controls, interfaces, instrumentation, and supporting subsystems.
Modeling & Simulation
Use circuit, device, system, thermal, or multiphysics analysis as appropriate to evaluate behavior before or alongside physical testing.
Prototype & Test Planning
Define prototype objectives, measurable requirements, verification methods, test conditions, data needs, and acceptance criteria.
Design Review & Improvement
Identify weaknesses, interface problems, performance limitations, reliability concerns, and opportunities for technically justified improvement.
Manufacturing Readiness
Evaluate component selection, production risks, testability, equipment needs, process capability, quality, reliability, and transition to production.
A Practical Development Path
An engagement may cover one step or the complete path, depending on the project.
Define
Understand the need, operating environment, requirements, constraints, evidence, and decisions to be made.
Develop
Analyze alternatives and develop or review the appropriate system, circuit, component, process, or test approach.
Verify
Plan and evaluate simulations, prototypes, measurements, tests, failure observations, and design performance.
Prepare
Resolve remaining risks and support design improvement, documentation, manufacturing readiness, and production transition.
Relevant Technical Foundation
MicroFab's experience spans electronic systems, semiconductor devices and processes, integrated-circuit design and fabrication, electronic materials, circuit design and simulation, sensors, instrumentation, device modeling, reliability, and manufacturing.
Representative work includes electronic hardware and system integration for a heart-diagnosis system, PCB development, semiconductor and microelectronic device design and evaluation, advanced materials processing, 3D integrated-circuit thermal structures, and analysis of product and component failures.
Principal Consultant — Electronic Product Development
Professor Ibrahim Abdel-Motaleb, PhD, PE, SM IEEE
Professional Engineering License: 062049152
Professor Ibrahim Abdel-Motaleb is an electrical engineer, educator, and registered professional engineer with experience in electronic products, semiconductor devices and processes, integrated circuits, electronic materials, circuit and device modeling, sensors, instrumentation, prototyping, testing, manufacturing, reliability, and failure analysis.
His work combines product-development engineering with leadership of a multimillion-dollar microelectronics research and development laboratory containing a 7,000-square-foot cleanroom. This background supports clients from requirements and feasibility through design review, verification, manufacturing readiness, and technical problem resolution.
What Are You Developing or Trying to Improve?
Describe the product, its development stage, the technical difficulty, and the decision you need to make. A focused initial discussion can determine whether MicroFab is the right engineering resource.
Request a Product-Development Consultation