Senior Electrical Designer - SolidWorks in Doddaballapura, भारत

Navinyaa Solutions is hiring a Senior Electrical Designer – SolidWorks (Wiring Harness & Systems) with 8 to 12 years of hands-on experience in 3D wire harness design, electrical schematic engineering and cabinet-level system integration using the SOLIDWORKS .

Role Summary

Job Title: Senior Electrical Design Engineer - Harness & Systems
Experience: 8 – 12 years (core hands-on)
Location: Doddaballapur, Bengaluru Rural, Karnataka (work from office)
Domain: Gaming cabinets, slot machines, EGM - high-reliability electro-mechanical products
Design Platform: SolidWorks Electrical only (Schematic + Electrical 3D / Routing)
Education: Diploma or B.E. / https://jobeax.com/link/2DENLGgQM7whDhaE / https://jobeax.com/link/s1WvHFV9ITSwCkyS - both routes accepted
Engagement: Full-time or Contract
Notice Period: Immediate joiners preferre d

About the Role

You will own the electrical architecture, 3D cable and wire harness design, schematic generation, component selection and design validation for next-generation slot machines and gaming cabinets.

This is a role for an engineer who works comfortably in both worlds - the schematic and the physical assembly. You will route harnesses through cabinets where space is tight, doors swing and drawers slide, and where a wire that chafes through after two years in the field is a failure the operator will feel. Everything is designed in SolidWorks, and the harness you draw is the harness the shop floor builds.

Requirements

Key Responsibilities

A. 3D Wire Harness & Cable Design

1. Spatial routing: Design and route complex 3D wiring harnesses, looms and cable assemblies within tight, high-density cabinet spaces using SolidWorks Electrical 3D / Routing.
   
2. Dynamic kinematics: Engineer harness paths across moving parts - hinged display doors, retractable player-tracking modules and bill validator drawers - with correct strain relief, bend radii and anti-chafing protection.
   
3. Assembly integration: Work inside the live SolidWorks cabinet assembly to validate clearances, service access and interference against mechanical and sheet-metal models.
   
4. Production deliverables: Generate 2D formboard and nailboard drawings, Bills of Material (BOM), wire cut lists, sleeve specifications and bundle breakdown sheets for manufacturing.
   

B. Electrical Schematics & Architecture

1. Schematic design: Create and maintain multi-sheet electrical schematics and power single-line diagrams in SolidWorks Electrical Schematic - AC mains entry, 12V / 24V DC supplies, UPS backup and logic isolation.
   
2. System interconnections: Map wiring between main logic boards (EGM controllers), bill acceptors, thermal printers, player panels, topper displays and RGB LED controllers.
   
3. Data integrity: Maintain the project database, component libraries, cabling and terminal-strip data so schematics and 3D routing stay synchronised through design change cycles.
   

C. Connector & Component Selection

1. Interconnect specification: Select connectors, pins, headers and terminals (Molex, TE Connectivity, Hirose, Amphenol) for low-power signals, high-speed data and high-vibration environments.
   
2. Cable sizing & protection: Define wire gauges, insulation types, shielding, ferrites and sleeving rated for continuous operation.
   
3. Manufacturing standards: Ensure every harness design conforms to IPC/WHMA-A-620 Class 2/3.
   

D. Testing, ESD, Safety & Compliance

1. ESD protection: Implement chassis grounding, shielding and ESD suppression routes that protect sensitive electronics from static discharge at player touch points.
   
2. Regulatory compliance: Ensure the electrical layout passes gaming certification such as GLI-11, alongside FCC Class A/B, CE, UL 62368-1 and UL 2200.
   
3. Verification testing: Oversee continuity testing, high-voltage insulation and Hi-Pot tests, thermal load limits and signal integrity checks on harness prototypes.
   

Mandatory Criteria

Education - either route accepted

• Route A: Diploma in Electrical or Electronics Engineering, supported by 8 to 12 years of hands-on wiring harness design and schematic engineering experience.
  
• Route B: B.E. / https://jobeax.com/link/2DENLGgQM7whDhaE / https://jobeax.com/link/s1WvHFV9ITSwCkyS in Electrical Engineering or Electronics & Communication Engineering.
  

Diploma candidates who meet the experience requirement are assessed on demonstrated project capability, not on qualification. Both routes are evaluated against the same technical bar and the same software requirement below.

Software Platform - SolidWorks, no equivalents

You must be independently productive in SolidWorks Electrical Schematic for 2D authoring and SolidWorks Electrical 3D / Routing for harness work, including bidirectional schematic-to-3D synchronisation and automated formboard generation.

Coming from EPLAN Electric P8, AutoCAD Electrical, Creo Pro-Cabling, CATIA V5 EHI, Autodesk Inventor or VeSyS? You are welcome to apply - but you will need to demonstrate working SolidWorks Electrical capability at interview, as these platforms are not treated as substitutes here.

What You Bring

• Experience: 8 to 12 years in electrical harness design, schematic engineering and cabinet-level system integration.
  
• SolidWorks Electrical 3D / Routing: Proven 3D harness routing, flattened-route creation and formboard output within live assemblies.
  
• SolidWorks Electrical Schematic: Multi-sheet schematic authoring, library and symbol management, terminal-strip and cabling definition, report generation.
  
• Standards: Working knowledge of IPC/WHMA-A-620, crimp validation, pull testing and harness manufacturing processes.
  
• Domain background (advantage): Slot machines, gaming cabinets, ATMs, self-service kiosks, medical consoles or high-density industrial control panels.
  

About Navinyaa Solutions

Navinyaa Solutions delivers engineering design, IT, finance and BPO services to clients across manufacturing, consumer products, automotive, aerospace, medical devices and industrial equipment. Our engineering practice covers the full product lifecycle - concept development, CAD modelling, analysis, prototyping, design transfer and sustenance engineering.