Control System Featured
Altitude Preselect Mode — CN-235
A control-system project concerning altitude preselection for the CN-235 platform.
- Period
- Not specified
- Status
- Not specified
Stack
Not documented
Engineering portfolio
Genta Gemilang
Robotics and IoT engineer building dependable embedded, control, and automation systems.
- Embedded systems
- Control systems
- Digital twin
- Biomedical research
Profile
Engineering across physical and digital systems
I work across robotics, IoT, embedded systems, and controls, emphasizing reliable physical behavior and defensible engineering decisions.
My broader interests include digital twins and automation, alongside technical contributions to biomedical engineering research.
6Documented projects
4Focus disciplines
1Integrated portfolio
Selected work
Featured projects
Representative work across control systems, robotics, and biomedical embedded engineering.
Biomedical Embedded System Featured
Embedded Heart Condition Identification
A biomedical embedded-system project for heart-condition identification.
- Period
- Not specified
- Status
- Not specified
Stack
Not documented
Robotics Featured
X-GRAM Extra Grip Arm
A robotics project centered on the X-GRAM extra-grip arm.
- Period
- Not specified
- Status
- Not specified
Stack
Not documented
Core disciplines
Engineering focus areas
A cross-disciplinary practice grounded in systems thinking, measurable behavior, and maintainable implementation.
Robotics & IoT
Connected physical systems combining sensing, actuation, edge intelligence, and reliable communication.
Embedded & Control Systems
Deterministic embedded platforms and control strategies designed around real-world constraints.
Digital Twin & Automation
Digital representations and automation workflows that improve observability, testing, and engineering decisions.
Biomedical Engineering
Research contributions connecting embedded technology, physiological information, and responsible validation.
Knowledge transfer
Publications & research
Verified research records with links to authoritative publisher sources.
Embedded systems for heart-condition identification
A published contribution connecting embedded-system design with biomedical signal characteristics.
Experience
A systems-level engineering perspective
Experience organized by technical contribution until verified organization and timeline details are available.
Engineering practice
Robotics, IoT, and embedded development
Project work spanning physical systems, electronics, firmware, sensing, and system-level integration.
Systems discipline
Controls, automation, and digital twins
A systems-oriented approach connecting models, control behavior, operational data, and automation workflows.
Research contribution
Biomedical engineering collaboration
Technical contribution to biomedical engineering research with careful separation between prototypes and validated outcomes.
Contact
Let’s discuss an engineering problem worth solving.
Open to conversations around robotics, embedded platforms, control systems, digital twins, automation, and responsible biomedical engineering research.