27 Agricultural Engineers jobs in India

• Developing and executing comprehensive crop production plans for various agricultural ventures.
• Conducting soil analysis, water testing, and plant tissue analysis to inform management decisions.
• Recommending and implementing best practices for fertilization, pest control, weed management, and disease prevention.
• Monitoring crop development, identifying potential issues, and recommending timely interventions.
• Evaluating new crop varieties, agricultural technologies, and farming techniques for potential adoption.
• Managing and supervising field trials and research plots to assess the efficacy of different treatments and approaches.
• Providing technical guidance and training to farm managers, agronomists, and field staff.
• Ensuring compliance with environmental regulations and promoting sustainable agricultural practices.
• Analyzing yield data and financial records to assess the economic viability of different production strategies.
• Maintaining detailed records of all agronomic activities and reporting findings to senior management.

• Conducting regular field inspections to assess crop health, soil conditions, and environmental factors.
• Developing and executing comprehensive crop management plans, including planting schedules, nutrient management, and water conservation strategies.
• Advising on the selection of appropriate seeds, fertilizers, pesticides, and herbicides based on scientific research and field observations.
• Monitoring weather patterns and their impact on crops, and recommending appropriate adjustments to cultivation practices.
• Managing and analyzing data related to crop performance, soil health, and resource utilization.
• Providing technical guidance and training to farm managers and field staff.
• Staying abreast of the latest developments in agronomy, agricultural technology, and regulatory requirements.
• Collaborating with research institutions and industry experts to explore innovative solutions.
• Ensuring compliance with environmental regulations and promoting sustainable agricultural practices.

NMSU satellite location, New Mexico, United States

Faculty

12-Month Faculty Full-Time

Closing at: Oct :55 MDT

Position Title: Associate Professor or Professor/Forage Crop Production and Management

Employee Classification: LC Faculty NT 12m

College/Division: Agricultural Experiment Station

Department: AG SCIENCE CTR AT TUCUMCARI

Internal or External Search: External - Open to all applicants

Location: NMSU satellite location

Offsite Location (if applicable): Rex E. Kirksey Ag Science Ctr at Tucumcari

Target Hourly/Salary Rate: Commensurate on experience

Appointment Full-time Equivalency: 1.0

Exempt or Non-Exempt: Exempt

Summary: We are inviting applications for a dynamic researcher interested in pursuing research and providing innovative and collaborative leadership at the Rex E. Kirksey Agricultural Science Center (ASC) in Tucumcari, New Mexico. This position will conduct research in southwestern cropping systems, potentially including forage crops, water and nutrient management relevant to New Mexico and the US Southwest.

Classification Summary:

Faculty members at the Tucumcari Agricultural Science Center (ASC) conduct research in soil science and water management, diverse food and forage crops, and integrating livestock with cropping systems to enhance the agricultural, economic, environmental, and social well-being of farmers and rural communities throughout New Mexico. Recent infrastructure investments at the Tucumcari ASC position the center as a top agricultural research facility in the State and enable innovative new research in agricultural irrigation and management of critical water resources, including the reuse of treated municipal wastewater and its influence on diverse crops and the environment. Integrated cropping systems, including small grain forages and forage transformation for improved nutrition, will play a vital role. New pivot irrigation systems at the Tucumcari ASC are dual-sourced and use treated municipal wastewater and canal water.

Classification Standard Duties:

The successful candidate will conduct research in southwestern cropping systems, potentially including forage crops, water and nutrient management relevant to New Mexico and the US Southwest.

Required Education, Experience, Certification/License, Equivalency

Ph.D. (in hand by hire date) in agronomy, forage science, plant science, or related field.

Knowledge, Skills and Abilities

The incumbent is expected to have a broad understanding of agronomic crop production practices, soil-plant-water relations, irrigation water effects on crop performance, soil nutrients and groundwater, and pasture and livestock management. The successful candidate is expected to have experience in educational programming and documented effectiveness in conducting research and securing extramural funding. The individual is expected to work effectively on interdisciplinary research teams and with diverse clientele groups including private, state, tribal and federal stakeholders

Job Duties and Responsibilities

**The position will be located at the Rex E. Kirksey Agricultural Science Center based in Tucumcari, New Mexico.

The Department of Plant and Environmental Sciences (PES) at New Mexico State University (NMSU) invites applications for a dynamic researcher interested in pursuing research and providing innovative and collaborative leadership at the Rex E. Kirksey Agricultural Science Center (ASC) in Tucumcari, New Mexico. The position is 100% research, with the potential to contribute to Science Center leadership and coordination, including potential administrative responsibilities as Research Director for the Center. We anticipate hiring at the rank of Associate Professor or Full Professor (12-month/year, tenure track).

The successful candidate will conduct research in southwestern cropping systems, potentially including forage crops, water and nutrient management relevant to New Mexico and the US Southwest. The incumbent is expected to interact with stakeholders and researchers throughout the State to develop and enhance production practices of value to New Mexico farmers. Research opportunities at the Center include assessing drought- and heat tolerant crops that will thrive in semi-arid environments using alternative water resources, integrating water and nutrient management practices. The selected candidate will also be able to provide leadership and effective research programming for the larger Tucumcari ASC research portfolio relating to regional cropping systems, water conservation, and management Research and program expectations include assisting growers and other stakeholders with crop production and irrigation management. The individual is expected to work effectively on interdisciplinary research teams and with diverse clientele groups, including private, state, tribal, and federal stakeholders.

New Mexico State University is the state's land-grant institution, with more than 22,000 undergraduate and graduate students on the main campus in Las Cruces and four satellite campuses. The Plant and Environmental Sciences (PES) Department is part of the College of Agricultural, Consumer and Environmental Sciences, which is home to seven other academic departments, five extension departments, and approximately 150 faculty members and 1,800 students. PES consists of approximately 46 faculty and research scientists, and 160 undergraduate and 40 graduate students (MS and PhD). Teaching and research concentrations in PES include horticulture, agronomy, plant breeding and genetic improvement, molecular biology, plant physiology, ecology, and environmental, water, and soil sciences. An active mentoring program is in place for new faculty to onboard with senior faculty and successfully progress through the faculty ranks.

Research opportunities exist across NMSU's network of 12 Agricultural Science Centers located around the state, including several facilities near the NMSU main campus. A new container farm laboratory is housed on the NMSU Grants campus and serves as a prototype for economic growth and a means to combat climate change, food insecurity, and inequities in STEM education. Core facilities for microscopy, tissue culture, advanced chemical and omics analysis, and molecular biology are available to complement laboratory, greenhouse, and field experimental facilities. Opportunities exist to participate in undergraduate and graduate training programs sponsored by USDA, NIH, NSF, and HSI/MSI programs. Additionally, NMSU actively collaborates with numerous state, tribal and federal agencies. For more information on PES, see

The City of Tucumcari is in a region with vibrant, diversified dryland farming (400 mm/year), irrigated crops and livestock, including many beginning farmers, ranchers and small landholders interested in locally grown forage and food crops. New Mexico-grown forages are critical for feeding New Mexico's $1.15 billion beef and $1.67 billion dairy industries along with sheep, horses and other livestock. Forage crops and integrated livestock systems are

common in the region, with alfalfa ranked the number one cash crop in the State, extensive irrigated perennial pastures, some 270,000 acres of winter wheat grazed in place, large acreage of non-alfalfa hay, hay-silage and winter cereal silage.

This position also offers numerous opportunities to develop research programs with faculty in diverse departments at the NMSU main campus and with faculty based at the other 11 ASCs across the State. They will also be expected to develop collaborations with NM commodity groups, potentially including the New Mexico Hay Association, New Mexico Cattle Growers, and New Mexico Dairy Producers. The incumbent may also contribute to teaching courses in forage and cover crops and will be expected to seek external research grants, publish in leading journals, and mentor graduate students.

Preferred Qualifications

Experience in agronomic and forage crop production, water and nutrient management, and applied research is preferred.

Special Requirements of the Position

• The following documents are required. Please include on the application:
• Your resume/cv
• Cover letter
• Transcript
• Statement of research interests (2 page maximum)

Department Contact: Sangu Angadi, ext 105,

Contingent Upon Funding: Not Applicable

Bargaining Unit Eligibility: This is NOT a bargaining unit position with American Federation of State, County & Municipal Employees (AFSCME).

Standard Work Schedule: Standard (M-F, 8-5)

If Not a Standard Work Schedule:

Working Conditions and Physical Effort

Environment: Work is normally performed in a typical interior/office work environment.

Physical Effort: No or very limited physical effort required.

Lifting Requirements: Requires handling of average-weight objects up to 10 pounds or some standing or walking.

Risk: No or very limited exposure to physical risk.

Industry: Agribusiness/Horticulture/Protected Cultivation

Employment Type: Full-time

About Us

Breedington Bioindustrial is an enterprise in advanced, sustainable agriculture, specializing in high-value, year-round crop production through cutting-edge polyhouse and greenhouse technology. We are committed to maximizing yield and quality while minimizing resource use. We seek a highly skilled Agricultural Engineer to manage the design, construction, and long-term maintenance of our sophisticated protected cultivation facilities.

Key Roles and Responsibilities (Desirable)

The ideal candidate will be a hands-on technical expert responsible for the entire lifecycle of our protected cultivation infrastructure.

I. Project Management & Construction (Design & Installation)

• Design and Planning: Collaborate with agronomists to design technologically advanced polyhouse/greenhouse structures (e.g., naturally ventilated, fan-and-pad systems) tailored to specific crop and climatic needs.
• Infrastructure Oversight: Manage the installation of key systems, including:
• Climate Control: Exhaust fans, cooling pads, heating units, and automated roof/side vents.
• Irrigation & Fertigation: Design and implement precise drip irrigation and nutrient delivery systems.
• Support Structures: Ensuring structural integrity, foundation, and proper covering/cladding material (UV-stabilized polyethylene films).
• Vendor Management: Source, evaluate, and manage contractors and suppliers for construction materials and advanced farm equipment.

II. Operations & Maintenance (System Optimization)

• Preventive Maintenance (Mandatory): Develop and execute a comprehensive preventive maintenance schedule for all polyhouse and farm systems (structural, electrical, mechanical, and plumbing).
• Troubleshooting & Repair: Promptly diagnose and repair failures in critical systems, particularly automated environmental controls and fertigation units, to minimize crop loss.
• Efficiency Improvement: Monitor and analyze system performance metrics (e.g., Water Use Efficiency, Energy Consumption) and implement engineering modifications to enhance operational efficiency.

III. Technology & Compliance

• Automation: Integrate and manage sophisticated farm automation systems, sensors, and data loggers for environmental monitoring (temperature, humidity, CO2).
• Quality Assurance: Ensure all construction and maintenance work adheres to National Horticulture Board (NHB) and local agricultural engineering standards.

Qualifications

• Education: Bachelor's or Master's degree in Agricultural Engineering, Civil Engineering, or a closely related field.
• Experience: Minimum of 3-5 years of direct, hands-on experience in the design, construction, and maintenance of commercial polyhouses or greenhouses.
• Skills:
• Proficiency in CAD software for structural design.
• Strong knowledge of hydroponics/soilless cultivation systems is a significant plus.
• Excellent project management, team leadership, and communication skills.

Why Join Us?

This is a chance to be at the forefront of India's agricultural transformation. We offer a competitive salary, performance bonuses, and the opportunity to work with cutting-edge Israeli and Dutch protected cultivation technologies. Grow your career by building the future of farming

Job Types: Full-time, Contractual / Temporary

Contract length: 11 months

Pay: ₹51, ₹70,000.00 per month

Benefits:

• Flexible schedule

Application Question(s):

• Mention yout email id
• Mention your WhatsApp Phone number
• How many Polyhouses for Horticulture you have built?
• Describe the large sizes of the polyhouses you worked
• How many years of Polyhouses consruction and management experience you have?
• Which crops you have successfuly grown in Polyhouses

Work Location: In person

WHO ARE WE: Instituted on August 16, 2016 Tata Steel Foundation (TSF) is a wholly owned subsidiary of Tata Steel Limited mandated with the responsibility of executing CSR for Tata Steel. A Section 8 company, TSF is rapidly growing multilocational organization spread across Odisha, Jharkhand, Maharashtra, Bengal, Punjab and Delhi-NCR with over 1600+ people and presence in over 16 units. With a vision to create an enlightened and equitable society, we are committed towards playing a larger role in India’s sustainable development by embedding wider economic, social and environmental objectives through its programmes.

Location of Posting : Jharkhand/Odisha

Employment Type : Contractual

Purpose of the Role: Apply knowledge of engineering technology and agriculture science towards resolving problems and issues concerned with water, land & farm sectors that enhances soil health and promotes sustainable farming practices.

Key Deliverables:

• Conduct site surveys to identify potential sites for watershed development projects.
• Design and cost estimation of soil and water conservation measures.
• Formulation, planning, implementation and monitoring of watershed and climate proofing projects.
• Develop detailed project plans in consultation with local communities and other stakeholders.
• Coordinating with government agencies, NGOs, and other organizations to obtain necessary approvals and permissions for project implementation.
• Provide technical assistance and training to local communities and project partners in areas such as soil conservation, water management and crop cultivation.
• Supervising the construction of various structures required for watershed development, such as check dams, farm ponds and contour trenches.
• Monitor and evaluate the progress of the project and making necessary adjustments to ensure project objectives are met.
• Collect and analyse data related to the project, such as soil and water quality, vegetation cover and crop yields.
• Prepare and maintain project MIS to track progress and for further review by management and other stakeholders.
• Ensure compliance with environmental regulations and safety standards during project implementation.
• Participate in outreach activities to promote the project and its objectives to the local community and other stakeholders.

Minimum Qualification: A full-time B.Tech/M.Tech degree in Agriculture/Civil Engineering from a reputed Institute.

Work Experience: 3-8 Years of relevant experience

Technical Skill Sets:

• Community Engagement and Institutional Building
• Data-driven Planning and Monitoring
• Stakeholder and Partnership Management
• Resource Mobilization and Scheme Linkages
• Livelihood Diversification and Allied Activities

Behavioral Skill Sets:

• Aligned to TATA Values(Integrity, Responsibility, Excellence, Pioneering, Unity & Respect)
• Strong Interpersonal Skills and Collaborative Approach
• Self-Motivated, Result-oriented, Sensitive to cultures & diversity
• Strategic Thinking and Decision Making
• Accountability and Ownership

We are seeking a qualified Agricultural Engineer to oversee and coordinate the supply of leaf material to our drying facility and manage daily production operations. The ideal candidate will ensure timely coordination with suppliers, assist in plant operation, support preventive maintenance activities, and help maintain documentation, process compliance, and product supply. The engineer will work closely with an external consultant responsible for maintenance and supply.

Key Responsibilities

1. Supply Chain Coordination

2. Coordinate with leaf suppliers and representatives to ensure timely and quality delivery of raw material

3. Monitor the quantity and moisture condition of incoming leaf loads

4. Manage incoming material records and communicate supply trends or concerns

5. Production Oversight

6. Oversee operation of leaf dryers to ensure drying below target moisture (below 8 percent)

7. Assist in scheduling, loading, unloading, and monitoring of drying batches
8. Track and report production KPIs such as drying time, efficiency, and losses

9. Identify and help address bottlenecks in daily operations

10. Technical Support and Maintenance Coordination

11. Collaborate with the technical consultant on preventive and corrective maintenance of dryers and equipment

12. Help maintain operational readiness of the plant and report mechanical issues early

13. Ensure safe operation procedures are followed

14. Documentation and Compliance

15. Maintain accurate logs of supply received, batches dried, equipment maintenance, and quality checks in coordination with the procurement team

16. Support the consultant and management in adhering to compliance or audit requirements

17. Implement and update standard operating procedures as needed

18. Quality and Process Improvement

19. Monitor product quality at various stages and suggest improvements

20. Participate in trials or changes in drying processes for efficiency gains
21. Ensure proper housekeeping and hygiene at the facility

Requirements

• Strong coordination and communication skills
• Working knowledge of moisture management and basic equipment troubleshooting
• Ability to maintain detailed records and documentation
• Basic familiarity with quality systems or ISO or GMP documentation preferred
• Willingness to work on-site, including early mornings or extended hours during peak season

WHO ARE WE:
Instituted on August 16, 2016 Tata Steel Foundation (TSF) is a wholly owned subsidiary of Tata Steel Limited mandated with the responsibility of executing CSR for Tata Steel. A Section 8 company, TSF is rapidly growing multilocational organization spread across Odisha, Jharkhand, Maharashtra, Bengal, Punjab and Delhi-NCR with over 1600+ people and presence in over 16 units. With a vision to create an enlightened and equitable society, we are committed towards playing a larger role in India's sustainable development by embedding wider economic, social and environmental objectives through its programmes.

Location of Posting
: Jharkhand/Odisha

Employment Type
: Contractual

Purpose of the Role:
Apply knowledge of engineering technology and agriculture science towards resolving problems and issues concerned with water, land & farm sectors that enhances soil health and promotes sustainable farming practices.

Key Deliverables:

• Conduct site surveys to identify potential sites for watershed development projects.
• Design and cost estimation of soil and water conservation measures.
• Formulation, planning, implementation and monitoring of watershed and climate proofing projects.
• Develop detailed project plans in consultation with local communities and other stakeholders.
• Coordinating with government agencies, NGOs, and other organizations to obtain necessary approvals and permissions for project implementation.
• Provide technical assistance and training to local communities and project partners in areas such as soil conservation, water management and crop cultivation.
• Supervising the construction of various structures required for watershed development, such as check dams, farm ponds and contour trenches.
• Monitor and evaluate the progress of the project and making necessary adjustments to ensure project objectives are met.
• Collect and analyse data related to the project, such as soil and water quality, vegetation cover and crop yields.
• Prepare and maintain project MIS to track progress and for further review by management and other stakeholders.
• Ensure compliance with environmental regulations and safety standards during project implementation.
• Participate in outreach activities to promote the project and its objectives to the local community and other stakeholders.

Minimum Qualification:
A full-time B.Tech/M.Tech degree in Agriculture/Civil Engineering from a reputed Institute.

Work Experience:
3-8 Years of relevant experience

Technical Skill Sets:

• Community Engagement and Institutional Building
• Data-driven Planning and Monitoring
• Stakeholder and Partnership Management
• Resource Mobilization and Scheme Linkages
• Livelihood Diversification and Allied Activities

Behavioral Skill Sets:

• Aligned to TATA Values(Integrity, Responsibility, Excellence, Pioneering, Unity & Respect)
• Strong Interpersonal Skills and Collaborative Approach
• Self-Motivated, Result-oriented, Sensitive to cultures & diversity
• Strategic Thinking and Decision Making
• Accountability and Ownership

Company Description

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Role Description

This is a full-time on-site role for an Agricultural Engineer, located in Chennai. The Agricultural Engineer will be responsible for planning and implementing engineering solutions to improve agricultural processes. Key tasks will include designing and managing irrigation systems, developing pest control strategies, and providing technical assistance to ensure optimal agricultural productivity. The role demands a blend of theoretical knowledge and practical application to solve complex agricultural challenges.

Qualifications

• Expertise in Agricultural Engineering, including design and application of engineering solutions
• Experience in Planning and implementing agricultural projects
• Proficient in designing and managing Irrigation systems
• Knowledge of Pest Control methods and strategies
• Ability to provide Technical Assistance to improve agricultural productivity
• Strong analytical and problem-solving skills
• Excellent communication and teamwork skills
• Bachelor's degree in Agricultural Engineering or a related field