01
2020 — 2024
Electronics foundation
Bachelor’s training in Electronics and Communication Engineering established a base in electrical systems, technical problem-solving, and engineering fundamentals.
Systems foundationAerospace design · digital twin · electrical integration
Engineering accurate aircraft designs.
Working as a Digital Twin Systems Engineer, I develop digital models of real aircraft using scan-to-CAD workflows and electrical integration. I'm building my skills and experience toward a career in Aerospace Design Engineering.
01 / PROFILE
Current directionAerospace Design Engineering
Current role
Digital Twin Systems Engineer
National Institute of Aviation Research
01 · Overview
A transition built on convergence - not a career reset.
My path into aerospace design brings together three foundations: electronics, computing, and hands-on aircraft digital-twin engineering.
I began with Electronics and Communication Engineering, expanded my systems and analytical thinking through a master’s in Computer and Information Sciences, and then moved closer to physical engineering through CAD modeling, 3D printing, and aircraft re-manufacture work at NIAR.
Today, I work inside real aircraft geometry-reconstructing scan-based surfaces, modeling electrical equipment, developing routing provisions, and integrating harness paths. My next step is to deepen that experience into a broader aerospace design engineering career focused on precise, manufacturable, configuration-controlled aircraft solutions.
Ghouse Tazeem Mohd
02 · Transition journey
From digital systems to aircraft design.
Each stage added a layer now directly applicable to aerospace product definition and integration.
02
2024 — 2026
Computing & systems thinking
A master’s in Computer and Information Sciences strengthened structured thinking, digital workflows, data awareness, and the ability to work across complex technical systems.
Digital engineering mindset03
2024 — 2025
CAD & physical prototyping
CAD modeling and 3D-printing support at Wichita State connected digital geometry with dimensions, print readiness, design improvement, and physical output.
Design-to-physical link04
2025 — Present
Aircraft digital twin engineering
NIAR work placed me directly in an aircraft re-manufacture environment, supporting scan-based geometry, electrical integration, harness routing, and configuration accuracy.
Aircraft-level experience05
Current direction
Aerospace design engineering
I am now intentionally expanding from digital-twin and electrical-integration work toward broader aerospace design, with a focus on geometry quality and configuration-controlled engineering.
03 · Experience
Aircraft engineering in an as-built environment.
Experience centered on configuration-accurate digital-twin development for an aircraft re-manufacture program.
Developing a configuration-accurate digital twin of a retired aircraft platform in support of a re-manufacture program prior to production restart.
Electrical equipment modeling
Modeled and electrified 80+ components with CATIA Part Design, GSD, and Electrical workbenches using scan-captured aircraft data.
Prepared equipment for logical-to-physical integration within the full aircraft electrical architecture.
Routing provision engineering
Designed and placed 4,000+ routing provisions across C1, C2, and C3 zones while respecting structural geometry and installation constraints.
Developed 200+ routing provision assemblies supporting harness paths and digital-twin integrity.
Electrical harness routing
Performed harness routing in CATIA Electrical Harness Installation with attention to bend radius, diameter constraints, continuity, and installation feasibility.
Coordinated across equipment and routing teams to maintain system-level integration.
Reverse engineering
Reconstructed as-built aircraft geometry from scan data using CATIA Wireframe and Generative Shape Design to create accurate surface models.
Building toward deviation analysis between as-built and as-designed configurations.
Supported students in converting early design ideas and reference inputs into dimensionally checked CAD models and fabrication-ready files for physical prototyping.
CAD modeling & design preparation
Created 3D CAD models for student academic work using design concepts, sketches, and reference inputs supplied by students.
Modified and finalized geometry in AutoCAD, checking dimensions, scale, and basic model quality before fabrication.
3D printing & student design support
Prepared CAD files for MakerBot 3D printing and produced physical models supporting student coursework and project development.
Reviewed student models and recommended practical design improvements to improve print readiness and final output quality.
04 · Concept projects
Aerospace design studies planned around real engineering workflows.
These are portfolio concepts I am preparing to develop—not completed professional or academic projects.
Concept 01Planned study
Scan-to-CAD Structural Bracket Reconstruction
Reconstruct an aircraft-style bracket from scan-derived reference geometry, convert the form into controlled CAD features, and prepare it for engineering validation.
- Parametric CATIA part and surface reconstruction
- As-built deviation and geometry-quality review
- Manufacturing drawing with critical dimensions
CATIA Part DesignGSDDrafting
Concept 02Planned study
Aircraft Electrical Harness Routing Digital Mock-Up
Create a small equipment-bay digital mock-up and route an electrical harness through defined provisions while checking installation feasibility.
- Equipment placement and logical-to-physical definition
- Harness bundle routing through support provisions
- Bend-radius, continuity, and clearance validation
Electrical HarnessAssembly DesignL2P
Concept 03Planned study
UAV Equipment-Bay Integration & Mounting Study
Develop a compact equipment tray and mounting arrangement for a conceptual UAV bay with attention to interfaces, access, and maintainability.
- Equipment tray, brackets, and assembly interfaces
- Service-clearance and maintainability assessment
- Exploded assembly view and interface drawing
Assembly DesignPart DesignDrafting
05 · Technical capabilities
Tools and methods aligned with aircraft digital definition.
01
Digital Twin & Reverse Engineering
- Scan-to-CAD modeling
- As-built aircraft geometry
- Surface reconstruction
- Geometry validation
- As-built vs. as-designed analysis preparation
02
Electrical Systems Integration
- Equipment modeling & electrification
- Electrical harness routing
- Routing provision placement
- Provision assembly creation
- Logical-to-physical synchronization
03
CAD & Design Tools
- CATIA & 3DEXPERIENCE
- Part & Assembly Design
- Generative Shape Design
- Wireframe & Surfaces
- Drafting fundamentals & AutoCAD
CATIA3DEXPERIENCEPart DesignAssembly DesignGSDElectrical HarnessAutoCAD
06 · Certifications
Credentials supporting my aerospace design progression.
These cards are placeholders for now and can be replaced with official credential names, issue dates, verification links, and certificate files as they are completed.
CERT · 01
Placeholder
Dassault Systèmes
3DEXPERIENCE Mechanical Design Professional
Placeholder credential for advanced part, assembly, surface, and drawing-development capability inside the 3DEXPERIENCE environment.
CERT · 02
Placeholder
Dassault Systèmes
CATIA Electrical Design & Harness Integration
Placeholder credential highlighting equipment definition, electrical connectivity, harness routing, installation constraints, and digital mock-up integration.
CERT · 03
Placeholder
Professional Development
Aerospace Digital Twin & Reverse Engineering
Placeholder credential covering scan-to-CAD workflows, as-built reconstruction, geometry validation, configuration control, and deviation-analysis fundamentals.
07 · Education & training
A multidisciplinary academic base for digital aerospace engineering.
The combination of electronics and computing supports my ability to understand aircraft electrical integration while working confidently inside modern digital-engineering environments.
2024 — 2026
Wichita State University
Master’s in Computer and Information Sciences
Wichita, United States · CGPA 3.7 / 4.02020 — 2024
Osmania University · MJCET
Bachelor’s in Electronics and Communication Engineering
Hyderabad, India · CGPA 7.8 / 10.0Training
Professional Development
Digital Twins
Udemy08 · Contact
Let’s build the next generation of aircraft—accurately, intelligently, and together.
I am interested in aerospace design, aircraft digital-twin, CAD, reverse-engineering, and electrical-integration opportunities where multidisciplinary thinking creates practical engineering value.