Senior Mechanical Engineer

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COMPANY OVERVIEW

Jital Solution Pvt. Ltd. is a pioneering sustainability company that transforms organic waste into high-quality protein-rich animal feed and organic fertilizer using advanced Black Soldier Fly Larvae (BSFL) technology. The company supports the UN Sustainable Development Goals through innovative bioconversion processes that create a circular economy solution for food waste and protein shortages.

POSITION OVERVIEW

We are seeking an experienced Mechanical Engineer to join our team to oversee the installation, operation, maintenance, and optimization of our advanced BSFL processing equipment. The successful candidate will be responsible for managing complex mechanical systems including disc dryers, screw presses, evaporators, and auxiliary processing equipment with capacities ranging from 500 kg/h to 2 tons/h.

ESSENTIAL REQUIREMENTS

Educational Qualifications

·       Bachelor's degree in Mechanical Engineering from a recognized institution

·       Master's degree in Mechanical Engineering or related field preferred

Industry Experience (Mandatory)

5-8 years of experience

·       Specific experience with thermal processing equipment, drying systems, and oil extraction machinery

·       Background in Good Manufacturing Practice (GMP) environments strongly preferred

KEY TECHNICAL RESPONSIBILITIES

Equipment Design & Engineering

·       Design and optimize mechanical systems for BSFL processing including disc dryers with 44m² heating surface area and 34 carbon steel discs

·       Engineer screw press systems with hardened worm equipment and 15 kW drives for oil extraction processes

·       Develop specifications for heating systems operating at 0.6MPa working pressure and 380V three-phase power supply

·       Design and implement proportioning screw systems with double jacket thermal oil heating and frequency transformer control

Process Equipment Management

·       Oversee operation of steam cookers with hollow screw rotors, adjustable rotation speeds (1-10rpm), and VFD control systems

·       Manage double screw press systems with conical screws for high pressing efficiency and optimum meal rendering

·       Supervise disc dryer operations with double-layer disc technology, 148m² total heating area, and jacket heating systems

·       Control evaporator systems operating under vacuum conditions with falling film technology and PLC automation

Specialized Systems Engineering

·       Engineer chamber filter press systems with 9.9 m² filter area, hydraulic closure, and eccentric screw pumps

·       Design and maintain crude oil tank systems with 1.3 m³ capacity, stirrer drives, and pillow plate heating

·       Implement decanter systems operating at 4000 rpm with separation coefficients of 3100 for sludge separation

·       Manage HVAC and air handling systems for odor control and environmental compliance

TECHNICAL SPECIFICATIONS EXPERTISE

Material Science & Engineering

·       Expertise in stainless steel grades (SS304, SS316) for food-grade applications

·       Knowledge of carbon steel construction (16mm thickness) with stainless steel cladding (3mm) for corrosion resistance

·       Understanding of wear protection materials including stainless steel U-caps and scraper bars

·       Experience with propylene filter plates and carborundum hard alloy steel coatings

Process Control & Instrumentation

·       Programming and operation of Siemens PLC systems with 9" touch panel interfaces

·       Installation and calibration of PT100 temperature probes for automated process control

·       Design of level switches, sensors, and automated pumping systems

·       Implementation of VFD control systems for variable speed operations

Thermal & Fluid Systems

·       Steam system design including pressure reducing valves, expansion joints, and steam traps

·       Heat exchanger design with SS304 construction and specific heating areas (14m², 200m²)

·       Vacuum system engineering with pumps operating at specific flow rates (0.6m³/h cooling water)

·       Thermal insulation systems using 80mm Rockwool with TIG welded stainless cladding

MECHANICAL ENGINEERING COMPETENCIES

Core Technical Skills

CAD Software:

Finite Element Analysis (FEA):

P&ID Development:

Process Flow Design:

Specialized Knowledge Areas

Thermodynamics & Fluid Mechanics:

Rotating Equipment:

Food Safety Engineering:

Pressure Vessel Design:

OPERATIONAL RESPONSIBILITIES

Maintenance & Reliability

·       Develop and implement preventive maintenance programs for complex processing equipment

·       Manage spare parts inventory including synthetic temperature grease, carbon rings, and mechanical seals

·       Conduct root cause analysis for equipment failures and implement corrective measures

·       Ensure equipment uptime targets are met through proactive maintenance strategies

Project Management

·       Lead installation and commissioning of new equipment with vendor support teams

·       Coordinate with international suppliers for equipment procurement and technical support

·       Manage project timelines, budgets, and resources for equipment upgrades and modifications

·       Oversee installation materials including pipes, valves, and steel sheets for complete plant erection

COMPLIANCE & SAFETY

Regulatory Knowledge

·       Understanding of food processing regulations and safety standards

·       Knowledge of pharmaceutical GMP requirements for equipment qualification

·       Experience with environmental compliance for odor control and waste management systems

·       Familiarity with pressure equipment regulations and safety protocols

Quality Assurance

·       Implementation of quality control measures for processing equipment performance

·       Documentation and record-keeping for all maintenance and modification activities

·       Ensuring compliance with food safety and quality standards throughout operations

·       Risk assessment capabilities for mechanical systems and process safety

PERFORMANCE EXPECTATIONS

Operational Metrics

·       Maintain equipment availability above 95% through effective maintenance planning

·       Optimize processing capacity to achieve target throughput (500-2000 kg/h depending on equipment)

·       Reduce energy consumption through process optimization and heat recovery systems

·       Ensure product quality consistency through precise equipment control

Innovation & Improvement

·       Identify opportunities for equipment modifications to improve efficiency and reliability

·       Develop cost-effective solutions for equipment upgrades and process enhancements

·       Implement Industry 4.0 technologies for predictive maintenance and process monitoring

Contribute to sustainable manufacturing practices and waste reduction initiatives